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Mechatronics engineering projects ideas for final year students

Mechatronics engineering is a rapidly advancing field that combines the principles of electrical and mechanical engineering to create practical and innovative solutions for various industries. With its interdisciplinary nature, mechatronics has become indispensable in the development of cutting-edge products and technologies.

One fascinating area within mechatronics engineering is robotics. As robotics continues to revolutionize industries such as manufacturing, healthcare, and transportation, mechatronics engineers play a crucial role in designing and programming robots that can perform complex tasks autonomously.

For aspiring mechatronics engineering students, brainstorming project ideas to work on can be an exciting yet challenging task. To provide some inspiration, here is a curated list of intriguing project ideas:

• Autonomous Drone Delivery System: Design and develop a drone delivery system capable of autonomously navigating through obstacles and delivering packages to specified destinations.
• Smart Home Automation: Create a home automation system that integrates various sensors and actuators to intelligently control devices, such as lighting, temperature, and security systems.
• Assistive Robotic Arm: Build a robotic arm to aid individuals with limited mobility in performing daily tasks, such as eating, gripping objects, or writing.
• Automated Agricultural Monitoring: Develop a system that utilizes sensors and data analysis techniques to monitor soil moisture, temperature, and plant health, enabling better agricultural management.
• Gesture-based Human-Machine Interface: Create an intuitive interface using gesture recognition technology to control electronic devices, eliminating the need for physical contact.
• Robotic Exoskeleton for Rehabilitation: Design a wearable exoskeleton that offers assistance and rehabilitation for individuals with mobility impairments, improving their quality of life and facilitating recovery.
• Autonomous Surveillance Robot: Construct a mobile robot equipped with cameras and sensors capable of patrolling designated areas and detecting suspicious activities or intrusions.
• Intelligent Traffic Management System: Develop a smart traffic management system that utilizes real-time data and AI algorithms to optimize traffic flow and reduce congestion.

Remember, these project ideas are meant to spark your creativity and serve as a starting point for your own unique project. Feel free to modify or combine them to align with your specific interests and goals. Good luck with your mechatronics engineering journey!

Five Finger Myoelectric Anthropoid hand

Our mission is to enhance the functionality and usability of MYO-electric prosthetic hands for individuals with limb differences. Our project focuses on the development and implementation of an advanced MYO-electric hand with a range of customizable grip patterns, tailored to meet the unique needs and preferences of each user.

To achieve our objectives, we have identified several key areas for improvement. First and foremost, we aim to optimize the design of the hand, ensuring a comfortable fit and natural range of motion. We will also refine the electrical circuitry, enhancing its efficiency and reliability for seamless control and feedback.

In addition, we plan to introduce an intuitive control system that allows users to easily switch between different grip patterns based on their specific tasks and activities. By incorporating advanced sensor technology and intelligent algorithms, we can achieve precise finger positioning and responsive movement.

Aesthetics is another aspect we prioritize, as we believe that the aesthetic appeal of prosthetic devices plays a crucial role in boosting users’ confidence and acceptance. We will work towards creating a sleek and visually appealing design that resembles the appearance of a natural hand as closely as possible.

Through a multidisciplinary approach that combines expertise in mechanics, electronics, control systems, and user experience, we are confident in our ability to create a state-of-the-art MYO-electric hand that significantly improves the quality of life for individuals with limb differences.

 Flapping Wing Unmanned Aerial Vehicle (UAV)

 unmanned lead vehicle.

The purpose of this project was to develop both hardware and software components for a highly versatile semi-autonomous vehicle. This vehicle has been specifically designed to excel in various applications, including both rescue missions and military operations. By integrating state-of-the-art technology and advanced algorithms, the vehicle offers unparalleled performance, efficiency, and reliability. Whether it’s traversing challenging terrains or navigating through complex environments, this vehicle is equipped to handle it all. Its cutting-edge features and robust design make it an invaluable asset in critical situations, ensuring the safety and success of missions.

• Making the quad-bike vehicle autonomous by Implementing Model Predictive Control (MPC).
• State space Modeling and Simulation of vehicle in visual studio and Webots.
• IBVS technique used for controlling the motion of vehicle.
• Target Tracking of any desired object in OpenCV.
• I recommend mechatronics engineering students to have a look on this project.

Unmanned Ground Vehicle (UGV)

Unmanned Ground Vehicles (UGVs) are vehicles that operate without the presence of an onboard human. They are specifically designed to navigate and carry out tasks on the ground autonomously. UGVs have become increasingly popular in various industries and applications where it may be inconvenient, hazardous, or simply not possible for a human operator to be physically present.

One notable field where UGVs excel is in mechatronics engineering projects. These projects often involve the development and control of versatile terrain platforms with flipper arms for enhanced mobility. These platforms are equipped with advanced features such as bomb-disposal capabilities and the ability to assist in urban search and rescue operations. The integration of a 6 degree of freedom manipulator allows for precise and intricate tasks to be performed.

Additionally, we worked on a small UGV that can be thrown into urban environments for surveillance purposes. This compact and agile UGV enhances situational awareness and enables effective monitoring in challenging urban terrains. Its ability to navigate and gather real-time intelligence in urban settings proves to be invaluable for various applications.

UGVs continue to advance in technology and find novel applications across different industries. Their autonomous capabilities and versatility make them a promising solution for tackling complex tasks and improving operational efficiency.

Design and fabrication of Aerial Robot (quadcopter) for condition monitoring of paved surfaces.

Quadcopters, also known as multi-rotor aerial vehicles, are commonly used for aerial imaging and surveillance purposes. In this project, we have developed a quadcopter specifically designed to detect cracks in roads and pavements. Our innovative solution incorporates various tasks and features to ensure accurate crack detection.

• Designing and fabrication of quadcopter
• PID control and stabilization of vehicle
• Implementation of crack detection algorithm

Domestic Assisting Robot using ROS and iCreate

The domestic assisting robot is designed and built with the Robocup@Home league in mind. Its primary purpose is to assist users in a domestic environment by performing various tasks. These tasks include facial recognition, user identification, speech recognition, obstacle avoidance, and local area mapping. The robot is based on the iCreate platform and utilizes ROS (Robot Operating System) for software and control. With its advanced features and capabilities, the robot provides seamless assistance and enhances the overall domestic experience.

Development of Manipulator, control and Analysis of Unmanned Ground Vehicles.

The objective of this project is to design and construct a 4DOF manipulator that can be mounted on a tele-operated SUGV (Small Unmanned Ground Vehicle). The manipulator consists of three revolute joints, making it an RRR manipulator. Furthermore, it is equipped with a versatile gripper capable of securely grasping and releasing objects of varying sizes, with a maximum weight capacity of approximately 4 to 5 kilograms. To enhance situational awareness, a surveillance camera is integrated onto the manipulator, providing live video feed to the operator.

To facilitate control and operation, a user-friendly GUI has been developed using the C# programming language. This interface allows the operator to effortlessly control the UGV and its manipulator, while simultaneously providing a real-time display of the camera feed. To ensure structural integrity, a comprehensive static analysis has been conducted to anticipate and address any potential stresses that may arise within the manipulator, SUGV, and TREC UGV.

In order to maintain precise control, a closed-loop control system has been implemented, which utilizes encoders to provide feedback and regulate the SUGV’s drive. This ensures accurate positioning and maneuverability of the robotic system.

Overall, this project aims to deliver a robust and versatile manipulator system that enhances the capabilities of the tele-operated SUGV, enabling it to perform a wide range of tasks with efficiency and precision.

Elevator Control and Conveyer Control System using PLC

The elevator system is controlled using Siemens’ S7-1200 PLC, offering efficient and reliable operation. This advanced PLC programming technology supports the automation of elevator functions, including the management of three-story buildings and door systems. The system follows the FIFO (First In, First Out) principle to efficiently handle incoming requests.

For the conveyor system, an Allen Bradley PLC is utilized. The conveyor sensor plays a crucial role in detecting objects, ensuring seamless and accurate functionality. To enhance the performance of the conveyor system, a pre-fabricated simulator with a 24-volt DC motor is incorporated, allowing precise control and efficient stamping operations.

By integrating these advanced technologies, the elevator and conveyor systems achieve optimal performance, enabling seamless and reliable operations in various industrial settings.

*[PLC]: Programmable Logic Controller *[DC]: Direct Current

Brain Computer Interface

A brain-computer interface (BCI) is a fascinating technology that allows individuals to communicate with the outside world by decoding electronic signals from the brain.

In our project, we have developed an advanced 6-degree-of-freedom upper limb prosthesis that incorporates an asynchronous online BCI system. This innovative system can acquire real-time brain signals and effectively differentiate between different types of movements based on these signals.

By harnessing the power of this BCI technology, individuals can regain control and functionality of their limbs, greatly enhancing their quality of life. This remarkable breakthrough not only showcases the potential of BCI in the field of prosthetics but also opens up new possibilities for human-computer interaction.

• Opening of hand
• Closing of hand

The developed prosthesis is capable of providing adaptive gripping on individual fingers.

On-Board Diagnostic Scanner for IVECO LRV

The On-Board Diagnostic Scanner, or OBD, is a device used to detect Data Trouble Codes (DTCs) generated by a vehicle’s Electronic Control Unit (ECU). It also performs PID tests to check the performance of the vehicle. The primary goal of this project is to establish communication with the IVECO’s ECU and develop a scanner with the following features:

• Efficient Communication: The scanner ensures reliable and fast communication with the vehicle’s ECU, allowing for quick and accurate diagnosis of any issues.
• Comprehensive Diagnostic Capabilities: It is equipped to read and interpret a wide range of DTCs, providing detailed information about specific problems within the vehicle’s systems.
• Real-Time Monitoring: The scanner offers real-time monitoring of various parameters, enabling users to analyze live data and identify potential malfunctions or abnormalities.
• User-Friendly Interface: With an intuitive and user-friendly interface, the scanner simplifies the diagnostic process, allowing even non-experts to effectively use the device.
• Wide Compatibility: It supports a variety of IVECO vehicle models, ensuring compatibility with different makes and models within the IVECO range.

By investing in this advanced OBD scanner, users can effectively troubleshoot issues, improve vehicle performance, and save time and money on unnecessary repairs.

• Checks the different parameters of the vehicle (PID’s).
• Checks the DTC’s (Data Trouble Codes) generated by the ECU.

Hybrid Prosthetic Limb (Wrist Joint)

The Myo-Electric prosthesis is a device specially designed for the amputees to provide them a replacement for the conventional artificial limb. The patient  is able to perform natural motary movement of hand and wrist using the device. The hybrid prosthesis (wrist joint) is based on the incorporation of wrist joint in the hybrid prosthetic limb. The design of wrist joint encompasses the mechanical design and analysis, electrical design and simulations and implantation of control followed by manufacturing of actual model. The 1 DOF writs joint is manufactured and 3DOF wrist joint have been designed and analyzed.  This is very famous project among mechatronics engineering students.

Segway Electric Vehicle

Segway electric is a to wheeled, self-balancing human transporter. It is an effective mode of transportation for shorter distances. It has low cost, uses no fuel, reduces human exertion, and is an environment friendly vehicle.Our project includes the design, fabrication and control of Segway vehicle. we have produced a fully-operational Segway with a compact design and an efficient control system.

Navigation, Human Tracking and Object manipulation by Mobile Robot in Unknown Environment

This project idea focuses on the navigation of mobile robot in an indoor stochastic environment by the implementation of Simultaneous Localization and Mapping (SLAM) Algorithm on a Roomba ICreate based Robot using the Robotic Operating System (ROS) Environment. The project also focuses on using motion planning algorithm to pick up simple objects using 4-DOF manipulator and skeletal tracking of humans in an unknown environment. The aim of this project is the integration of robots in human lives with development of service and assistive robot that can be used in the home environment.

Robotic Powered Ankle Foot Prosthesis

Prosthesis is an artificial device that replaces a missing or injured part of one’s body. We have catered the problem of below knee amputation. EMG based control is implemented to achieve desirable results. An agronomic design with actuators and motors takes care of movement in which feedback and control of the input is based on output from sensors. The purpose of this project is the development of assistive robotic prosthesis that can be used by amputated people in everyday environment to obtain natural gait. It can also be used as a research object, based on which better products can be developed for the betterment of human lives. Developed general prototype after modification and further research would be ready to get commercialized on the prosthetic market.

Wireless Communicated Simulation Mine

We are developing a system mechatronics engineering based which will help to train army personals to detect land mines effectively and furthermore, will give birth to better mine detection system. The equipment used involves a casing which is of the size of a landmine which in capsules an Arduino mini pro microcontroller , a Force resistive sensor which is mounted on top of the casing for sensing if load is placed on top and a RF transceiver.As soon as a mine is stepped on, it will transmit a signal, containing the address of that mine to the Control Room. The control room microcontroller will then receive the code and raise a flag on the GUI, which is built in Matlab.

Fabrication of an automated elbow joint

The need of an automated elbow joint was established when we realized that the user needs to be able to control both hands independently. Our project involves the design of a gearbox that enables the user to easily life up to 5 kg load using the artificial arm.We have also ensured that the arm is compatible with other projects of prosthesis allowing easy interface between them and this product.

Several types of hands have been designed to mimic the dexterity of human. Mechanical grippers have been widely used because of light weight and consuming less energy, as prosthetic tools to replace missing carpals. To ensure the reliability of the grip force, the gripper should have sufficient strength and stiffness. This gripper has ne actuator. This gripper comply with the medical development and is worthy of consideration.

Improvement of an On-board Diagnostic (OBD) Scanner for Troubleshooting of Complaint Vehicles

Our project deals with the improvement of the indigenously developed generic On Board Diagnostic Scanner and its working on Honda staff car & other vehicles. We use a laptop to interact with our scanner using RS-232 (Serial) communication. This scanner shows the live vehicle parameter, including rpm of engine, battery voltage, speed, throttle pedal position, intake air temperature etc. as well as the diagnostic trouble codes for different passenger vehicles and military vehicle Land rover defender. We have developed a flexible and easy to use GUI which acts as an interface b/w the Engine Control Unit of a vehicle and user. This scanner helps the mechanism and user s to get information about the vehicle parameters and check the faults if any known as Diagnostic trouble Codes (DTCs). The scanner also include service functions which are present in the HONDA OEM diagnostics scanner including VTEC test, ETCS, A/C clutch test, Fuel Pump test, and other functional tests.

Study and development of Android Application for OBD-II

On-Board Diagnostics (OBD) is a term used to describe the self-diagnostic and reporting capabilities of modern automotive vehicles. It enables the vehicle’s electronic control unit (ECU) to perform thorough diagnostics and provide essential data for troubleshooting and maintenance purposes.

In our research, we have developed an efficient procedure for extracting data from the ECU using a custom-built scanner. The scanner, equipped with a standard Bluetooth module, establishes a connection to an Android phone. Through this wireless connection, the scanner sends commands to the ECU to retrieve diagnostic information.

Once the ECU responds, the scanner securely transmits the data to the Android application we have developed. This user-friendly application decodes and presents the diagnostic information in a comprehensible format on the smartphone screen. By leveraging this OBD-II solution, users can easily monitor the status, performance, and health of their vehicles.

Our innovative solution simplifies the diagnostic process, empowering vehicle owners to make informed decisions about maintenance and repairs. By providing real-time access to vital information, our OBD-II solution ensures optimal vehicle performance, enhances safety, and helps users stay ahead of any potential issues.

With this advanced technology, users can gain deeper insights into their vehicles, enabling them to take proactive measures to maintain and prolong the lifespan of their cherished automobiles.

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13 thoughts on “Mechatronics engineering projects ideas for final year students”

Hii aslamoalikum how are you brother ???? I am student of mechatronics engineering final year student so plzz I want some help from you for my final year project so plzz can u give me your cell number or email where I can talk to you privately…

I hope you got your answer

Can You Suggest me Some Good Projects for Final Year Mechatronics with LOW BUDGET… Please… Thank You..

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can you give some good msd project with details(synosis ) ,.pls… give ur no

Hi, can you suggest to me the topic i can carryout research and simulation with modeling of for undergraguate programme.

Can you suggest some topics for research/thesis with simulation (not hardware project topic) for undergraduate program.

Hii aslamoalikum how are you brother ???? I am student of mechatronics engineering final year student so plzz I want some help from you for my final year project so plzz can u give me your cell number or email where I can talk to you privately…

Your contents are completely awesome and share worthy. I really appreciate your efforts that you put on this. Keep sharing.

Hey, I’m a final year student in Mechatronic Engineering and i need help, please can you suggest some good low budget project topics for me. Thank you

Hey I’m a final year student in Electromechanical engineering and I want a help please ,can you give me a suggest thesis title? thank you!

can you suggest me a good project for my final year

HI, I am Final year Mechatronics student . Can you suggest me final year project ideas ?

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Course info.

• Prof. David Trumper

Departments

• Mechanical Engineering

As Taught In

• Digital Systems
• Electronics
• Robotics and Control Systems
• Dynamics and Control
• Mechanical Design

Mechatronics

Course meeting times.

Lectures: 2 sessions per week, 1.5 hours per session

Labs: Self-scheduled

Description

This course is an introduction to designing mechatronic systems, which require integration of the mechanical and electrical engineering disciplines within a unified framework. There are significant laboratory-based design experiences. Topics covered in the course include: Low-level interfacing of software with hardware; use of high-level graphical programming tools to implement real-time computation tasks; digital logic; analog interfacing and power amplifiers; measurement and sensing; electromagnetic and optical transducers; control of mechatronic systems.

Prerequisites

We assume that you have taken a course in frequency-domain based control system design. Examples include:

• 2.14 Analysis and Design of Feedback Control Systems
• 6.302 Feedback Systems
• 16.06 Principles of Automatic Control

Specifically, you need to be able to design control loops for performance and stability using concepts of loop shaping via lead / lag controllers. You should also know about root locus and Nyquist analyses.

We also assume that you have a basic familiarity with electronic circuits and operational amplifiers. Either of these courses:

• 6.002 Circuits and Electronics
• 6.071J Introduction to Electronics, Signals, and Measurement

Laboratory Assignments

The class will use LabVIEW —based control electronics, and it will be best if you have a running version of LabVIEW 2013 installed on Windows on your own laptop. We do not assume prior experience with LabVIEW, but you will need to learn it during the course. MIT students borrow an NI myRIO unit during the course.

We will occasionally use the scheduled lab sessions, but you will mostly work in the lab on a self-scheduled basis. If you are a registered student in the class, and once we set up the access list, your MIT card key should give you access to the lab. This freedom to use the facility also entails the responsibility to take good care of it. Please be sure the lab is locked when you leave it. Do not let others into the lab; registered students should be able to get in with their own MIT ID. Please let us know if something is wrong with any of the equipment, and be careful to leave the lab benches and equipment ready for the next person to use. When you leave, please be sure equipment other than the computers is powered off.

A pre-lab will be assigned in the week preceding the lab exercise. The pre-lab will help you to get prepared and make calculations and design choices for the laboratories. The pre-lab may also contain homework-like problems. The pre-lab is generally due in class one week after the lab assignment goes out. Late pre-labs will not be accepted. Please turn in a copy of your work to us, retaining the original, as you will generally need the pre-lab material for your lab experiments. Attach the original of your pre-lab to the back of the lab report, to be turned in at the lab check-off.

Lab Reports

Your lab report is due at a scheduled check-off with one of the teaching staff. This check-off consists of a 30 minute interview in which we will ask you to demonstrate your working lab experiments. Check-offs will be scheduled about a week in advance. Please come to the lab well in advance of your check-off to be sure that you have a properly functioning lab setup in order to be able to demonstrate your system, and make good use of the 30 minute time window. Lab check-offs will not generally be rescheduled other than in the event of an emergency or illness. Late lab reports will not be accepted.

Final Project

The final project will take place in the last 3.5 weeks of the semester. You can work in groups of 2–3 people for this project. The project will be of your own definition, although we have a number of example systems you can work with if desired. The final project will count the same as two labs, and will include a presentation to the class.

Every team will have 30 minutes, with 15 minutes presentation with slides and 15 minutes hardware demo, plus questions and answers. Please come early to prepare the hardware and rehearsal your talk to make sure it fits the time constraints.

Some suggestions for the slides: It will be good if you present the hardware overall design, major results, and any take-home message that you want to deliver in the first slide. It is a great way to catch the attention of your audience.

The grade of each lab is based upon the pre-lab (30%), check-off (35%), and lab report (35%) scores.

Collaboration Policy

Collaboration in the form of discussion between students is permitted and encouraged in all aspects of the course. You can learn a great deal from the perspectives of others in the class. However, what you turn in for pre-lab, lab, and project reports must be your individual solution. The check-offs are one-on-one, and give you a chance to show us your own understanding of the material. If you make use of insights from another student, good scholarship entails citing their contribution in your report. We will think more highly of you if we see such assistance acknowledged.

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IEEE/ASME Transactions on Mechatronics

The IEEE/ASME TRANSACTIONS ON MECHATRONICS (TMECH) is a bimonthly periodical that began as a quarterly in 1996 as a joint publication of the IEEE Industrial Electronics Society, IEEE Robotics and Automation Society, IEEE Lasers and Electro-Optics Society, ASME Dynamic Systems and Control Division, and ASME Design Engineering Division. The aim of the present transactions is to establish a high-quality archival journal which presents the state of the art, recent advances and practical applications of mechatronics. Its scope encompasses all practical aspects of the theory and methods of mechatronics, the synergetic integration of mechanical engineering with electronic and intelligent computer control in the design and manufacture of industrial products and processes. The covered ten technical areas included are:

• Actuators and Sensors
• Automotive Systems
• Intelligent Control
• Manufacturing
• Micro Devices and Opto-electronic Systems
• Modeling and Design
• Motion Control
• System Integration
• Vibration and Noise Control

and other applications that involve novel and synergistic integration of information processing, electronics and mechanical devices with engineered and/or non-engineered systems.

Early Access TMECH articles, popular articles, and all other past and present articles, can be found on IEEE Xplore.

Please read the  Information for Authors  before preparing and submitting a manuscript.

On-line manuscript submission:  http://mc.manuscriptcentral.com/tmech-ieee

TMECH's Scope

The IEEE/ASME Transactions on Mechatronics publishes high quality technical papers on technological advances in mechatronics. A primary purpose of the IEEE/ASME Transactions on Mechatronics is to have an archival publication which encompasses both theory and practice. Papers published in the IEEE/ASME Transactions on Mechatronics disclose significant new knowledge needed to implement intelligent mechatronics systems, from analysis and design through simulation and hardware and software implementation. The Transactions also contains a letters section dedicated to rapid publication of short correspondence items concerning new research results.

2024 Best Paper Award Update

The 2024 TMECH Best Paper Award  co-winners and finalists have been posted.

Our congratulations go out to the authors.

Upcoming Focused Sections

The Fifth Edition of the Focused Section on TMECH/AIM Emerging Topics

Opens Nov. 1, 2023

AIM 2024 Call for Papers

Contributed and Invited Papers and TMECH Presentation Only Due February 8, 2024

Mechatronics

Simplest definition of Mechatronics is the combination of mechanisms or mechanical motions with electronics. A mixture of mechanical engineering and electronics engineering to achieve more complex operations in robotics and automation.

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• Social Distancing & Mask Monitor Drone
• DIY Oxygen Concentrator Generator For Covid 19
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• 20 Liter Jar Automatic Cleaning and Washing machine
• Automatic Automobile Brake Failure Indicator with Buzzer
• Design and Fabrication of Vertically Wall Climbing Glass Cleaning Robot
• Alcohol Detection with Go Kart Ignition Locking Project
• Pneumatic Reciprocating Power Hacksaw Machine Project
• Pneumatic Paper Cup Making Machine Project
• Design and Fabrication of Battery Powered Monowheel
• Pneumatic Powered Metal Pick and Place Arm
• Six Legged Spider Bot using Klann Mechanism
• IOT Color Based Product Sorting Machine Project
• Wireless Humanoid Bionic Arm on Robotic Vehicle
• RF Controlled Beach Cleaner Robotic Vehicle
• E Skateboard With Motion Sensing
• Pneumatic Powered Wall Climbing Robot
• Remote Controlled Mini Forklift
• Rough Terrain Vehicle Using Rocker Bogie Mechanism
• Motorized Chain Mechanism Hacksaw
• Coin Based Cola & Soda Vending Machine
• Automatic Vacuum Cleaner Robot Project
• Design & Fabrication of Automated Punching Machine
• Design & Fabrication of Motorized Scissor Jack
• Rough Terrain Beetle Robot
• Mini Windmill Power Generation Project
• Steering Mechanism Vehicle With Joystick Control
• Plant Irrigation Water Sprinkler Robot
• Automatic Seed Sowing Robot
• Design & Fabrication of Attachable Wheelchair Automator
• 2 Wheel Drive Forklift For Industry Warehouses
• Smart Solar Grass Cutter With Lawn Coverage
• Bedini Wheel Using Electromagnetic Flux Generation
• High Performance Hovercraft With Power Turning
• Automated 5Dof Robotic Arm Mechanism
• Automated Coconut Scraping Machine
• Automated Double Hacksaw Project
• Pedal Powered Water Purifier Project
• Automatic Blackboard / Whiteboard Cleaner System
• Automated Drain/Gutter Cleaner Project
• Automatic MotorBike Stand Slider
• Contactless Eddy Braking System
• Gearless Transmission Using Elbow Mechanism
• Pulley Based Movable Crane Robot
• Push Based Box Transport Mechanism
• Sand Filter & Separator Project
• Fire Fighter Robot With Night Vision Camera
• Long Range Spy Robot With Night Vision
• Long Range Spy Robot With Obstacle Detection
• Long Range Spy Robot With Metal Detection
• Remote Controlled Automobile Using Rf
• Remote Controlled Robotic Arm Using Rf
• Android Controlled Robotic Arm
• Hand Motion Controlled Robotic Arm
• Hand Motion Controlled Robotic Vehicle
• Rf Controlled Spy Robot With Night Vision Camera
• Hovercraft Controlled By Android
• Fully Automated Solar Grass Cutter Robot
• Remote Controlled Pick & Place Robotic Vehicle
• MC Based Line Follower Robot
• Agricultural Robot Project
• Mini Conveyor Belt Mechanism
• Dual Motor Electric Go-Kart For Rough Terrain
• Fire Fighter Robot Project
• Motorized 2 Wheel Scooter Project
• RF Controlled Robotic Vehicle
• RF Controlled Robotic Vehicle With Metal Detection Project
• Obstacle Avoider Robotic Vehicle
• Voice Controlled Robotic Vehicle

• Question Papers
• Scholarships

1000+ Electronics Engineering Presentation Topics

These are 1000+ Presentation Topics for Electronics Engineering Students, Researchers, Teachers, and other professionals. Here we have given the latest and best electronics engineering presentation topics which can be used for PowerPoint paper presentations, seminars, webinars, oral or PPT presentations and discussions.

List of presentation topics for electronics engineering

These are the latest Presentation Topics for Electronics Engineering students.

Table of Contents

3G vs WiFi Wireless Internet Access

4G Wireless technology

5G Wireless technology

64-Point FT Chip

Air Powered Car

All-Optical Transistor

An Optical Switch Based on a Single Nano-Diamond

Artificial retina using thin-film transistor technology

Automatic solar tracker

Bio Battery

Brushless DC motor

Bubble Power

Carbon Nanotubes

Cellular Radio

Concentrating collectors

Detection and Tracking Algorithms for IRST

Digital Imaging

Drawing and Writing in Liquid With Light

DSP based motor control

E-Paper Technology

Electronics advance moves closer to a world beyond silicon

Electrooculography

Embedded system in automobiles

Embedded System Security

Fractal Robots

High-Speed Packet Access (HSPA)

How Advanced Solar Cells Work?

Humanoid Robot

IBOC (In-band on-channel)

Impedance Glottography

Integrated Circuits: The Dominator of Electronics

Is the electronics sector still waiting for the economy to recover?

Kirlian photography

Matrix inversion generator architecture

Microelectronic Pill

MIMO Technology

Mobile Phone Cloning

Money Pad Future Wallet

Nano-Optics

Nanomachines

New Techniques Produce Cleanest Graphene

The new way to dissolve semiconductors

Next-Generation Semiconductors Synthesis

Observer-Based Sensorless Control

Paper battery

Plastic Photovoltaics

Plastic Semiconductors

Riding an electron wave into the future of microchip fabrication

Smart antennas

Synaptic transistor

The power of wireless devices

Turning Plastic Bags Into High-Tech Materials

Use of DNA to assemble a graphene transistor

Wireless Communication technologies

Witricity (WIRELESS ELECTRICITY)

Wi-Vi technology

World’s Smallest FM Radio Transmitter

More Electronics Engg. Topics (Alphabetical List)

Here is the list of thousands of presentation ideas for presentations for electronics and telecommunication engineering students.

21st Century Electronic Devices

3 Axis Digital Accelerometer

3- D IC’s

3-D Chip Stacking Technique

3D Internet

3D optical Data Storage Technology

3D Solar Cell Technology

3-Dimensional Printing

3G Vs. 4G mobile Networks

5G Wireless Systems

6.5 digit professional multimeters

A 64 Point Fourier Transform Chip

A Basic Touch-Sensor Screen System

AC Performance of Nanoelectronics

Accident identification with auto dialler

Acoustic to articulatory inversion

Active pixel sensor

Adaptive Active Phased Array Radars

Adaptive Blind Noise Suppression

Adaptive Cruise Control

Adaptive Missile Guidance Using GPS

Adaptive Multipath Detection

Adaptive Optics in Ground-Based Telescopes

Adhoc Networks

Advanced electronic war equipment

Advanced Mobile Presence Technology

Advanced Packet Classification Technique

Advanced Plastics

Advances in DCS Systems

Advances in motion-capture technology

Advances in Thin-Film Technology

Advertising display using LED & LCD

AFM ultrafast Imaging

Agricultural Plant watering systems

AI for Speech Recognition

Air pollution monitor

All-flash microcontrollers

Aluminum Electrolytic Capacitors

Amplifiers: single-and multi-stage

An Efficient Algorithm for iris pattern

Analog Circuits

Analogue CMOS

Analog Gyros

Analog-Digital Hybrid Modulation

Analog-Digital Hybrid Modulation for improved efficiency over Broadband Wireless Systems

Analysis of electromechanical systems employing microcomputers

Animatronics

ANN for misuse detection

Antenna Effect in VLSI Designs

Anthropomorphic Robot hand: Gifu Hand II

Antiroll suspension system

Aperture Synthesis (SAR and ISAR)

Application-Specific IC’s (ASICS)

Applications of dual-axis Accelerometers

Applications of Fuel cells

Architectural requirements for a DSP processer

Articulatory synthesis

Artificial Eye

Artificial immune system.

Artificial intelligence for speech recognition

Artificial Intelligence In Power Station

Artificial Intelligence Substation Control

Artificial Neural Network Systems

Artificial neural networks

Aspheric lenses

Astrophotography

Asymmetric digital subscriber line

Asynchronous Chips

Asynchronous Transfer Mode

ATM with an eye

Augmented Reality

Automated eye-pattern recognition systems

Automated Optical Inspection

Automated Remote Data Logger

Automatic Electric billing system

Automatic Number Plate Recognition

Automatic Railway Gate Controller

Automatic taxi trip sensing and indication system through GSM

Automatic Teller Machine

Automotive Infotainment

Autonomous Underwater Vehicle

Avalanche diode

Avalanche photo diode

Baseband processor for licence-free digital PMR radios

Bench top wind tunnels

Bio Telemetry

Bioinformatics

Biologically inspired robots

Bio-metrics

Bio-Molecular Computing

Bioreactors

BIT for Intelligent system design

Blu Ray Disc

Blue Gene Supercomputer

Blue tooth technology

Bluetooth based smart sensor networks

Bluetooth Network Security

Boiler Instrumentation and Controls

Border Security Using Wireless Integrated Network Sensors

Brain Chips

Brain finger printing

Brain-computer interface

Brake Assisting Systems

Broadband Wireless Systems

Broadcasting as a Communication Primitive in Intercommunication Networks

Brushless Motors

Buffer overflow attack: A potential problem and its Implications

Business Process Execution Language (BPEC)

Capacitive Sensors

Carbon Chips

Carbon Nanotube Flow Sensors

Carbon Nanotubes -Adaptations & Applications

Cargo storage in space

Case Modeling

Cauchy’s and Euler’s equations

CCD vs. CMOS – Image

CCD: Charge-coupled device

CDMA & CDMA 1x Ev-Do

Cellonics Technology

Cellular Communications

Cellular Digital Packet Data

Cellular geolocation

Cellular Neural Network

Cellular Positioning

Cellular Technologies and Security

Cellular through Remote Control Switch

Chameleon Chip

Chip Morphing

Chip stacking Technology

Cholestric Flexible Displays(Ch LCDs)

Class-D Amplifier

Clockless Chips

Clos Architecture in OPS

Code Division Duplexing

Code Division Multiple Access

Collision warning system

Common Address Redundancy Protocol

Communication Onboard High-Speed Public Transport Systems

Compact peripheral component interconnect (CPCI)

Computational Optical Sensing and Imaging

Computer Aided Field Of Vision

Computer memory based on the protein

Concentrating Collectors

Contactless energy transfer system

Content-based image and video retrieval

Continuous phase modulation

Control system compensators

Convergence of Microcontrollers And DSPs

Co-operative cache based data access in ad hoc networks

Cordless power controller

Core Connecting Rod Design

Cortex M3 Micro controllers

Cross-media content production

CRT Display

Cruise Control Devices

Crusoe Processor

Cryptology in communication systems

Crystaline Silicon Solar Cells

CT Scanning

CVT: Continuously variable transmission

Cyberterrorism

Data Compression Techniques

Data Loggers

DD Using Bio-robotics

Deep-Submicron Effects and Challenges

Delay Tolerant Networking

Dense wavelength division multiplexing

Design of 2-D Filters using a Parallel Processor Architecture

Development of transistors

Digit recognition using neural network

Digital Audio Broadcasting

Digital Audio’s Final Frontier-Class D Amplifier

Digital Cinema

Digital circuits

Digital filtering techniques-Aliasing

Digital HUBBUB

Digital Micro-mirror Device

Digital quartz MEMS for stabilisation and motion sensing

Digital Signal Processing

Digital steganography

Digital stopwatch

Digital Subscriber Line

Digital Visual Interface

Direct Current Machines

Direct Hydrocarbons for Fuel Cells

Direct to Home Television (DTH)

Discrete-time Fourier Transform

Display technology

Disposable Nano Pumps

Distributed COM

Distributed Integrated Circuits

Distrubuated control System

DLNA: Digital Living Network Alliance Technology

DLP: Digital Light Processing

DNA Based Computing

Driving Optical Network Evolution

DSP Enhanced FPGA

DSP Processor

DTCP: Digital Transmission Content Protection

DTL (Diode–transistor logic)

Dual Energy X-ray Absorpiomsetry

DV Libraries and the Internet

Dynamic virtual private network

Dynamic VPN

Earth Simulator

Earthing transformers For Power systems

EC2 Technology

ECC: Elliptical curve cryptography

ECL (Emitter-coupled logic)

EDGE: Enhanced Data for GSM Evolution

EDRAM: Embedded Dynamic random-access memory

E-Intelligence

Elecromagnetic Valves

Electrical Impedance Tomography Or EIT

Electricity from the sun’s energy – photo-voltaic cells

Electro Dynamic Tether

Electromagnetics

Electronic Cooling and Thermal Issues in Microelectronics

Electronic Data Interchange

Electronic Devices

Electronic exchange& optical fiber network

Electronic humidity sensor

Electronic paper

Electronic Road Pricing System~

Electronic voting machine

Electronics Meet Animal Brains

Electronmagnetic Bomb

Element Management System

Embedded System in Automobiles

Embedded systems

Embedded Systems and Information Appliances

Embedded Systems In Automobiles

Embedded Web Technology

Embryonic approach towards integrated circuits

Embryonics Approach towards Integrated Circuits

Emergency Control of Power systems

Energy efficient turbo systems

Enhanced Data rates for Global Evolution

Enhanced data rates for gsm evolution (edge).

Environmental Remediation Systems

EPG: Electronic Program(me) Guide

EUV Lithography

Evolution Of Embedded System

Extended Markup Language

Extreme ultraviolet lithography

Eye Gaze Human-Computer Interface

Eye gaze systems

Fabrication of Si solar cells for concentrator applications

Face Recognition Technology

Face recognition using artificial neural networks.

Face Recognition Using Neural Network

Fast convergemce algorithms for active noise control in vehicles

Fault Diagnosis Of Electronic System using AI

FDDI: Fiber Distributed Data Interface

FED: field emission display

Femtotechnology

FFT: Fast Fourier transform

Field Emission Display Screens

Field-effect transistors

Field-programmable gate array

FinFET Technology

Finger print based library management system

First order equation (linear and nonlinear)

FLASH PIC micro Micro controllers

Flexible CRT Displays

Flexible Power Gateways

Flip Chip Technology

Floating gate Transistor

Fluid Focus Lens (18)

Fluorescent Multi-layer Disc

Flyash Utilisation

Fly-By-Wire technologies

Flying Robots

FM direction finder

FOC: Fibre Optic Communication

FPGA in Space

FPGA: Field Programmable Gate arrays Technology

Fractal Antennas

Fractal Image Compression

Fractal Robot

FRAM (Ferroelectric RAM)

Free space laser communication

Free Space Optics

Free-Core LVDT Position Sensors

Frequency Division Multiple Access

Fusion Memory

Fuzzy based Washing Machine

Fuzzy Logic

Gaic algorithm for iris comparison

Gas Transfer Systems

Gauss and Green’s theorems

General packet radio system

Genetic Programming

Glass computer memory for reduced cost of medical imaging

Global Positioning System

Global System for Mobiles

GNSS Augmentation Systems

Graphics processing unit

Grating Light Valve (GLV) Display Technology

Greenhouse Gas Control Technologies

GSM Based remote measurement of electricity and control system for home

GSM Security and Encryption

Guided Missiles

Hall Sensor Applications

Handheld Radiation detector

Harsh Environment LVDT Position Sensors

HART Communication

Harvesting Wave power

HBTs: Heterojunction Bipolar Transistors

Heliodisplay

HEMT Modeling and Fabrication

High Altitude Aeronautical Platforms

High Capacity Flash Chips

High-frequency RF design

High Performance Computing On Grid Databases

High Performance DSP Architectures

High Speed Packet Access HSPA

High-Speed Uplink Packet Access (HSUPA)(84)

High-speed USB chips

High-Temperature LVDT

High-availability power systems Redundancy options

Higher-order linear differential equations with constant coefficients

HIPPI (High-Performance Parallel Interface)

HMDI- New Digital Video Interface

Holographic Associative Memory

Holographic Data Storage

Holographic Memory

Holographic Versatile Disc (HVD)

Home Audio Video Interpretability (HAVi)

Home Networking

Homeplug – powerline communication

Hot Standby Routing Protocol (HSRP)

Hot Swapping

Humanoids Robotics

Human-Robot Interaction

Hydrogen Super Highway

Hydrophones

HY-Wire Cars

IBOC Technology

Illumination With Solid State Lighting (4)

Image Authentication Techniques

Image Coding Using Zero Tree Wavelet

Image compression

Image processing techniques in PCB inspection systems

Image Sensors

Imaging radar

Imbricate cryptology

Immersion Lithography

I-Mode (Information Mode)

Implementation of Zoom FFT in Ultrasonic Blood Flow Analysis

Improving Multi-Path Radio Reception

Indoor Geolocation

Infinite Dimensional Vector Space

IN-MOTION RADIOGRAPHY

Innovation at Bell Labs

Instruction detection system

Integer Fast Fourier Transform

Integrated Power Electronics Module

Integrated sensor systems, and radio-frequency systems

Integrated Vehicle Health Management Technology

Integrated Voice and Data

Intel express chipsets

Intelligent RAM (IRAM)

Intelligent Sensors

Intelligent transport

Intelligent Wireless Video Camera

Interactive Voice Response System

Interferometry

Intermediate band quantum dot solar cells

Internet Cryptography

Internet Protocol Television

Intervehicle Communication

Introduction to the Internet Protocols

Inverse Multiplexing over ATM

Ion Conductivity Of Solid Oxide Fuel Cell

Iontophoresis

IP Telephony

Ipv6 – The Next Generation Protocol

IR Tracking Robots

Iris Scanning

IRQ Numbers

ISO Loop magnetic couplers

Isolated PSE controller chipset

Jelly Filled Telephone Cables

Jet Stream windmill

Josephson junction

JTAG Boundary Scan

Junction transistors

Klystron tube

Landmine Detection Using Impulse Ground Penetrating Radar

Laplace transform

Laser communication systems

LCD screen harvests energy from indoor and outdoor light

LCOS Technology

LDMOS Technology

Led Wireless

Lenses of Liquid

Leo Satellite

LIDAR (LIght Detection And Ranging) for Automobile/ industrial/military applications

Light-emitting polymers

Lightning Protection Using LFAM

Linear lumped elements

Linear Time-Invariant (LTI)

Line-Reflect-Reflect Technique

Low Energy Efficient Wireless Communication Network Design

Low Memory Color Image Zero Tree Coding

Low Noise Amplifiers for Small & Large Photodiodes

Low Power UART Design for Serial Data Communication

Low Power Video Amplifiers

Low Power Wireless Sensor Network

Low Quiescent current regulators

Low Voltage Differential Signal

Low voltage differential signaling-Electronics

Low-density parity-check code

Lunar Reconnaissance Orbiter Miniature RF Technology Demonstration

LVDTs for proportional control valve applications

LVDTs for the Power Generation Industry

Magnetic Amplifiers

Magnetic Resonance Force Microscopy(MRFM)

Magnetic Resonance Imaging

Magnetoresistance on nanoscale

Maser Device

Mean value theorems

Media Oriented Systems Transport (MOST) Network

Membranes for Control and Energy Harvesting

MEMS CMOS processing

MEMS Microphone

Mesh Topology

Meso Technology

Metamorphic Robots

Microcontroller based Automatic Flush Control Systems

Microcontroller based security system using sonar

Micro-Display

Micro Electronic Pill

Micro Electronics

Micro Fluidic MEMS

Micro Mouse

Micro Robotics

Micro System Technology in Security Devices

Microbial Fuel Cells

Microcontroller based Auto-Dialer Home Security System

Microcontroller based sky car parking system

Microcontroller based talking key pad for blind people

Microcontroller based traffic density controller

Microcontroller based wireless energy meter

Microelectronic Pills

Micro-fabricated Bio-sensors

Micro fuel Cells

Micromechanical System For System-On-Chip Connectivity

Micro-mirror based projection displays

Microphotonics

Microvia Technology

Micro-wave Based Telecommunication

Microwave Superconductivity

MIFG(Multiple Input Floating Gate)

Migration to 4G: Advantages and Challenges

MiliPede Technology

Military Radars

MILSTD 1553B

Mixed-signal IC’s

MOBILE IPv6

Mobile Processor

Mobile Train Radio Communication

Mobile Virtual Reality Service

Modern Irrigation System Towards Fuzzy

Molecular Electronics

Molecular Fingerprinting

Molecular hinges

Molecular Surgery

Moletronics- an invisible technology

Molten oxide electrolysis

Money Pad, The Future Wallet

MOS (metal-oxide-semiconductor)

MOS capacitor

MOS field-effect transistors

MST in Telecommunication Networks

Multithreading microprocessors

Multichannel DC Convertors

Multimedia Messaging Service

Multiple description coding

Multiple integrals

Multisensor Fusion And Integration

Myword – ‘the text editor’

NAND Flash Memory

Nano Ring Memory

Nano-Communication

Nanocrystalline Thin-Film Si Solar Cells

Nanoimprint Lithography

Nanomanipulation

Nanopolymer Technology

Nanosensors from nature

Nanosized Resonator

Nanotechnological proposal of RBC

Nanotechnology

Nanotechnology Assembler Design

Nanotechnology for Future Electronics

Narrow Band & Broad Band ISDN

Navbelt and Guidicane

NCQ: Native Command Queuing

Near Field Communication

Neo -wafer 3d packaging.

Network Coding

Network on Chip

Neural Networks

Neuroprosthetics

New Applications For Carbon Nanotubes

New Generation Of Chips

New methods to power mobile phones

New Sensor Technology

New trends in Instrumentation

Next Generation Internet

Night Vision Technology

Non Visible Imaging

Nonlinear limits to the information capacity of optical fibre communications

NSAP: Network Service Access Point

Nuclear Batteries-Daintiest Dynamos

NVSRAM- Non-Volatile Static RAM

Object-Oriented Concepts

OCT: Optical Coherence Tomography

Optic Fibre Cable

Optical Burst Switching

Optical Camouflage

Optical Character Recognition

Optical Communications in Space

Optical Ethernet

Optical Integrated Circuits

Optical Mouse

Optical networking

Optical packet switch architectures

Optical Packet Switching Network

Optical Satellite Communication

Optical Switching

Optimization of the sorting architecture of rof

Organic Display

Organic Electronic Fibre

Organic LED

Organic Light Emitting Diode

Orthogonal Frequency Division Multiplexing

Ovonic Unified Memory

Oxygen User technology

PAC: Programmable Automation Controller

Packet Cable Network

Packet Switching chips

Palladium cryptography

Paper Battery

Passive InfraRed sensors (PIRs)

Passive Integration

Passive Millimeter-Wave

Passive Optical Sensors

PC – Based OSCILLOSCOPE

PCD: Protein-Coated Disc

Personal Area Network

Pervasive Computing

PH Control Technique using Fuzzy Logic

Photonic Chips

Photovoltaics

PID (Proportional-Integral-Derivative) control

Piezoelectric Actuators

p-I-n diode

Pivot Vector Space Approach in Audio-Video Mixing

Plasma antenna

Plasma Display

Plasma Television

Plastic circuitries

Plastic electronics

PMR ( Private Mobile Radio) Revolution

PolyBot – Modular, self-reconfigurable robots

Polycrystalline Si solar cells

Polymer memory

Polymer Memory

Polytronics

Porous Burner Technology

Portable X-ray Fluorescence Analyzer

Power Consumption Minimisation in Embedded Systems

Powerless Illumination

Power Line Networking

Power of Grid Computing

Power over Ethernet

Power System Contingencies

Power-supply ICs for slim LED-backlit TVs and PC main power systems

Precision IR thermometers

Printable RFID circuits

Printed Memory Technology

Printed organic Transistor

Project Oxygen

Proteomics Chips

Psychoacoustics

Push Technology

QoS in Cellular Networks Based on MPT

Quadrics network

Quantum Computers

Quantum cryptography

Quantum dot lasers

Quantum Dot Lasers

Quantum dots

Quantum Information Technology

Quantum Wires

QXGA – (Quad eXtended Graphics Array)

Radiation Hardened Chips (12)

Radio Astronomy

Radio Frequency Light Sources

Radio Network Controller

Real-Time Operating System (RTOS)-VxWorks

Real-Time Simulation Of Power Systems

Real-Time Speech Translation

Real Time System Interface

Real-Time Image Processing Applied To Traffic

Real-Time Obstacle Avoidance

Recent Advances in LED Technology

Remote Access Service

Remote Accessible Virtual Instrumentation Control Lab

Remote energy metering

Remote Monitoring And Thought Inference

Remotely Queried Embedded Microsensors

Residue theorem

Reversible Logic Circuits

RIFD: Radio Frequency Identification

Robot driven cars

Robotic balancing

Robotic Surgery

Role of Internet Technology in Future Mobile Data System

RPR: Resilient Packet Ring

RTOS – VxWorks(42)

Sampling theorems

Satellite Digital Radio(44)

Satellite Radio

Satellite Radio TV System

SCADA for power plant

SCADA system

Scalable Coherent Interconnect (SCI)

Screening for Toxic Nanoparticles

Search For Extraterrestrial Intelligence

Seasonal Influence on Safety of Substation Grounding

Secure Electronic Voting System Based on Image Steganography

Securing Underwater Wireless Communication Networks

Security In Embedded Systems

Self Healing Computers

Self Healing Spacecrafts

Self Phasing Antenna Array

Sensorless variable-speed controller for wind power generator(67)

Sensors on 3D Digitization

Sensotronic Brake Control

Serial Attached SCSI

Service Aware Intelligent GGSN

Short channel effects/ Latchup in CMOS

Signaling System

Significance of real-time transport Protocol in VOIP

Silicon on Plastic

Silicon Photonics

Silicon Technology

Silicon transistors

Silicon-carbide JFETs for high-end audio applications

Single Photon Emission Computed Tomography SPECT(59)

Slow Light For Optical Communications

Small Satellites

Smart Antenna

Smart Autoreeling mechanism

Smart Cameras in Embedded Systems

Smart Fabrics

Smart heat Technology in Soldering Stations

Smart Note Taker

Smart Pixel Arrays

Smart Quill

Smart rectifiers

Smartwire-DT communication system

SMF BAtteries

SMS based vehicle Ignition controlling system

SOFC, MCFC, Fuel cell performance models

Soft lithography

Software Radio

Software-Defined Radio

SOI Technology (Silicon On Insulation)

Solar Power Satellite

Solar-powered plane -Solar Impulse plane

Solid Electrolyte Dye-Sensitised Solar Cells

Solid-State Lighting

Solid-State RF Switches

Solid-state Viscosity

Souped-Up Mesh Networks

Sources of error in digital systems

Space Quantum Cryptology

Space Robotics

Space Shuttles and its Advancements

Speaking I-Pods

SPECT (Single-photon emission computed tomography)

Spectrum Pooling

Speech Compression – a novel method

Speech recognition: using dynamic time warping

Speed Detection of moving vehicle using speed cameras

Spin Valve Transistor

Spintronics

Spring-Loaded LVDT Position Sensors

STAP: Space-Time Adaptive Processing

Stealth Fighter

Stealth Radar

Steganography In Images

Stereoscopic Imaging

Storage Area Networks

Stream Processor

Super Capacitor

Superconductive Magnetic Energy Storage

Surface Mount Technology

Surface Plasmon Resonance

Surface-conduction Electron-emitter Display (SED)

Surge Protection In Modern Devices

Surround sound system

Swarm intelligence & traffic Safety

Synchronous Digital Hierarchy

Synchronous Optical Network

Synthetic Aperture Radar System

System on chip

Sziklai Pair (configuration of two bipolar transistors)

Tagged Command Queuing

Taylor’s and Laurent’ series

Tele-Graffiti

Tele-Medicine

Teleportation

Telestrator

Tempest and Echelon

Terahertz Transistor

Terahertz Waves And Applications

Terrestrial Trunked Radio

The Architecture of a Moletronics Computer

The Bionic Eye

The future of wireless network infrastructure

The InfraRed Traffic Logger

The making of quantum dots.

The mp3 standard.

The p-n junction

The speedes Qheap: a priority-queue data structure

The Synchronous optical network(SONET)

The Thought Translation Device (Ttd)

The TIGER SHARC Processor

The Ultra Battery

The Vanadium Redox Flow Battery System(35)

Theorems of integral calculus

Thermal Chips

Thermal infrared imaging technology

Thermography

Third Generation Solid State Drives

Three-dimensional integrated circuit.

Time Division Multiple Access

Time Reversal Terahertz imaging

Tiny Touch Screens

Token ring – IEEE 802.5

Tools and techniques for LTI control system analysis (root loci, Routh-Hurwitz criterion, Bode and

Nyquist plots)

Toroidal surface-mount power inductor for consumer electronics devices

Touch Screens

Tracking and positioning of mobiles in telecommunication

Transient Stability Assessment

Transistors and Moore’s law

Transparent Electronics

Transparent LCD displays

Treating Cardiac Disease With Catheter-Based Tissue Heating

Trends in appliance Motors

Trends in Mobiles & PC’s

Tri-Gate Transistor

Trisil – electronic component

TTL (Transistor–transistor logic)

Tunable lasers

Tunnel diode

Turbo codes

U3 Smart Technology

Ultra Conductors

Ultra-high frequency

Ultra Nano Crystalline Diamond

Ultra Small MCUs

Ultra Wide Band ( UWB)Sensors

Ultra-wideband technology

Ultra-Wideband

Ultrabright white SMD LEDs

Ultracapacitors

Ultrasonic Motor

Ultrasonic Trapping In Capillaries

Ultraviolet

Uniform linear array

Unijunction transistor

Unintentional radiator

Universal Asynchronous Receiver Transmitter

Unlicenced Moblie Access ( UMA) technology

USB Power Injector

User Identification Through Keystroke Biometrics

Utility Fog

UWB SENSORS: FOR EXCELLENT HOMELAND SECURITY

Vacuum Electronics For 21st Century(50)

Vacuum tube

Valence band

Vector field

Vehicle-to-Grid V2G

Vertical Cavity Surface Emission Lasers

VHSIC hardware description language

Vintage amateur radio

Virtual circuit

Virtual ground

Virtual Keyboards

Virtual Reality Visualisation

Virtual Retinal Display

Virtual retinal display (VRD) Technology

Virtual Router Redundancy Protocol (VRRP)

VIRTUAL SURGERY

Virtual worlds come to life

Visual Neuro Prosthetics

visual prosthetic

VLSI Computations

Voice morphing

Voice over internet protocol

Voice recognition based on artificial neural networks.

VT Architecture

VXI bus architecture

Wafer Level -Chip Size Packaging (WLCSP) Technology

Wardenclyffe Tower

Warner exemption

Wave impedance

Wave propagation

Waveguide antenna

Wavelength division multiplexing

Wavelength Division Multiplexing

Wavelet transforms

Wavelet Video Processing Technology

Wearable Biosensors

Wearable Technology innovations in Health care

Web-based home appliances controlling system

Web-based remote device monitoring

Web camera motion control

Welding Robots

Wheatstone bridge

Whip antenna

White facsimile transmission

White LED: The Future Lamp

WIDEBAND – OFDM

Wideband modem

Wideband Sigma Delta PLL Modulator

Williams tube

Wink pulsing

Wireless access point

Wireless Application Protocol

Wireless Charging Of Mobile Phones Using Microwaves

Wireless communication

Wireless community network

Wireless DSL

Wireless Fidelity

Wireless Integrated Network Sensors (WINS)

Wireless Intelligent Network

Wireless LAN Security

Wireless LED

Wireless Microserver

Wireless Mimo communication systems.

Wireless Networked Digital Devices

Wireless power transmission.

Wireless Video Service in CDMA Systems

Wisenet (Wireless Sensor Network)

Worldwide Interoperability for Microwave Access

XLR connector

Zener diode

Zero dBm transmission level point

Zero-dispersion wavelength

Zero-Energy Homes

ZIF (Zero insertion force)

Zigbee – zapping away wired worries(13)

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• Introduction to ME 106 and Mechatronics [ppt]
• Syllabus [doc]
• Term project guidelines [doc]
• Review of basic electronics [ppt]
• Signal sources [ppt]
• RC filters [ppt]
• Notes on Lab 1 Intro to the Mechatronics Lab [ppt]
• LM35 data sheet [pdf]
• icrocontroller fundamentals [ppt]
• Pin map and schematic for the Arduino controller [pdf]
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• Addendum to bit manipulation handout [doc]
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• Blocking vs. non-blocking code [pdf]
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• Rectification and simple power supplies [pdf]
• Transistor action [pdf]
• Diode and transistor summary [pdf]
• Pinball flipper example [pdf]
• 2N3904 NPN transistor data sheet [pdf]
• 2N2222 NPN transistor datasheet [pdf]
• TIP 120 NPN Darlington transistor datasheet [pdf]
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• IRF520 N-type, standard power MOSFET datasheet [pdf]
• SN754410 Quad half-H bridge driver datasheet [pdf]
• ctuators for mechatronics applications [ppt]
• RC servo fundamentals [pdf]
• Motor sizing procedure [pdf]
• Motor sizing example outline [pdf]
• Motor sizing example calculations [pdf]
• Motion control mechanics [pdf]
• Stepper motor fundamentals [pdf]
• Practical aspects of stepper motors [pdf]
• Operational amplifiers [pdf]
• INA126 instrumentation amplifier datasheet [pdf]
• Comparators [ppt]
• Digital-to-analog and analog-to-digital conversion [ppt]
• Ladder DAC and successive approximation ADC [pdf]
• ADC input range example [pdf]
• DAC and ADC Summary [pdf]
• Digital logic [ppt]
• Logic functions and Boolean algebra [pdf]
• Logic gate universality example [pdf]
• 7447 BCD to 7-segment display internals [pdf]
• 5 V TTL and CMOS logic [pdf]
• 555 timer [pdf]
• I2C and SPI [pptx]
• Course review [doc]
• Information for the final exam [ppt]
• Mechatronics: where to go from here? [doc]

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Mechatronics

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Mechatronics project topics for Engineering students

Mechatronics project topics : Mechatronics  may be a  multidisciplinary branch of engineering  that has a mixture  of  engineering  , electronics, telecommunications engineering, computer engineering, systems engineering and control engineering. As technology is progressing, the subbranches of engineering multiply and adapt.  the target  of mechatronics  may be a  design process that unifies these subbranches.

Actually, mechatronics just included  the mixture  of mechanics and electronics.  therefore the  word  may be a  combination of mechanics and electronics; however, as technical systems  became  more and more complex the definition has been broadened  to incorporate  more technical areas.

Many people treat “mechatronics” as  a contemporary  buzzword synonymous with robotics and “electromechanical engineering”.

Course Structure

Mechatronics students take courses in various fields:.

Mechanical engineering and materials science and engineering; Electronics engineering; Electrical engineering; Telecommunications; Computer engineering (software & hardware engineering); Computer science; Systems engineering; Control engineering; Optical engineering.

Applications

mechatronics project topics for students

Machine vision; Servo-mechanics; Automation and robotics; Sensing and control systems;  automotive technology  , automotive equipment  within the  design of subsystems  like  anti-lock braking systems; Computer-machine controls,  like  computer driven machines like CNC milling machines, CNC waterjets, and CNC plasma cutters; Expert systems; Industrial goods; Consumer products; Mechatronics systems; Medical mechatronics, medical imaging systems; Structural dynamic systems;

Transportation and vehicular systems; Mechatronics  because the  new language of the automobile; Computer aided and integrated manufacturing systems; Computer-aided design; Engineering and manufacturing systems; Packaging; Microcontrollers / PLCs.

Some related branches of mechatronics

Biomechatronics is an emerging branch of the mechatronics.  the aim  of biomechatronics is to integrate mechanical parts with  a person’s  being.This is usually  wiped out the shape  of removable gadgets  like  an exoskeleton. Biomechatronics  is that the  “real-life” version of cyberware.

diy Mechatronics Project

Furthermore  there’s  an another  sort of  the branch is Motion control for Advanced Mechatronics, which presently is recognized as a key technology in mechatronics. The strength of motion control  are going to be  represented as a function of stiffness and a basis for practical realization.

The control stiffness which  might be  variable  consistent with  the task reference sets the parameters of the motion sensing. The strength of the motion sensor is defined by the stiffness of the motion controller.

Avionics  is additionally  a  sort of  mechatronics  because it  combines several fields  like  electronics and telecommunication with Aerospace Engineering.

The Internet of things (IoT)  is that the  inter-networking of physical devices, embedded with electronics, software, sensors, actuators, and network connectivity which enable these objects  to gather  and exchange data. IoT and mechatronics are complementary.

Mechatronics Project Ideas

Pneumatic powered metal pick and place arm.

The aim of the project is  to style  and fabricate pneumatic arm for pick and place of cylindrical objects. The handling of materials and mechanisms  to select  and place of objects from lower plane to higher plane and are widely found in factories and industry manufacturing.

Electromagnetic Braking System

Electromagnetic braking is applying brakes using electronic and magnetic power. This uses the principle of electromagnetism  to realize  friction less braking. This increases the  lifetime  and reliability of brakes as  there’s  no friction  results in  less wearing out of brakes. Also it requires less maintenance and oiling.  this is often  an upcoming technological replacement for traditional braking systems.

Design & Fabrication of Attachable Wheelchair Automator :Mechatronics project topics

The wheelchairs are generally driven by manual efforts. The disabled drive wheelchairs by their hands while another person is required to push wheelchair of disabled .  an easy  attachable extension attaches to a wheelchair  and may  transform wheelchairs into E wheelchairs  that require  no manual efforts. mechatronics

Agricultural Robot

An agricultural robot  may be a  robot used for agricultural purposes.  the most  area of mechatronics application of robots in agriculture today is at the harvesting time. New applications of robots or drones in agriculture include planting seeds, harvesting, weed control, cloud seeding, environmental monitoring and soil analysis etc.

Hand Motion Controlled Robotic Arm : Mechatronics project topics

This system allows controlling a robotic arm by hand movements.  this technique  uses RF receiver having interface with the 8051 microcontroller which controls  the driving force  IC which is further  liable for  control of the arm movement.

Automated Coconut Scraping Machine

Coconut is widely  utilized in  food Industry within industrial food plants  also  as at homes. Scraping coconuts  may be a  very time consuming task. Manually doing so requires  tons  of efforts and  isn’t  so economical. So here we propose  an automatic  coconut scraping machine mechatronics project.

Automatic  vacuum  Robot Mechatronics project topics

A vaccum cleaner robotic system  that permits  for automatic cleaning of  a specific  area or room by covering  the world  using border analysis. The robot follows a zigzag path  to hide  entire room floor space. The system uses ultrasonic sensors for boundary sensing and operates accordingly  so as to hide  entire room.

Mini Windmill Power Generation Project

Renewable energy is on an increasing demand  within the  recent  thanks to  over stress on non-renewable resources and their increasing cost. Thus producing electricity with  the utilization  of  natural resource  like Wind energy

Six Legged Spider Bot using Klann Mechanism

Wheel robots are unable  to travel  through rough terrain. For this purpose  we will  use a legged robot. It can step over curbs , climb stairs or traveling places which wheels cannot do. The advantage of this mechanism is that, it doesn’t demand  batch  or microprocessor control of actuator mechanics.

Following  is that the  list of Mechatronics Project Topics:

• IOT Color Based Product Sorting Machine
• Wireless Humanoid Bionic Arm on Robotic Vehicle
• RF Controlled Beach Cleaner Robotic Vehicle
• Pneumatic Powered Wall Climbing Robot
• Remote Controlled Mini Forklift
• Rough Terrain Vehicle Using Rocker Bogie Mechanism
• Motorized Chain Mechanism Hacksaw
• Plant Irrigation Water Sprinkler Robot
• Coin Based Cola & Soda  slot machine
• Design & Fabrication of Automated Punching Machine
• Design & Fabrication of Motorized Scissor Jack
• Rough Terrain Beetle Robot
• Steering Mechanism Vehicle With Joystick Control
• Automatic Seed Sowing Robot
• 2 Wheel Drive Forklift For Industry Warehouses
• Smart Solar Grass Cutter With Lawn Coverage
• Bedini Wheel Using Electromagnetic Flux Generation
• High Performance Hovercraft With Power Turning
• Automated 5Dof Robotic Arm Mechanism
• Automated Double Hacksaw Project
• Pedal Powered Water Purifier Project
• Automatic Blackboard / Whiteboard Cleaner System
• Automated Drain/Gutter Cleaner Project
• Automatic MotorBike Stand Slider
• Contactless Eddy Braking System
• E Skateboard With Motion Sensing
• Fully Automated Solar Grass Cutter Robot
• Remote Controlled Pick & Place Robotic Vehicle
• MC Based Line Follower Robot
• Mini  conveyer belt  Mechanism
• Dual Motor Electric Go-Kart For Rough Terrain
• Fire Fighter Robot Project
• Motorized 2 Wheel Scooter Project
• RF Controlled Robotic Vehicle
• RF Controlled Robotic Vehicle With Metal Detection Project
• Obstacle Avoider Robotic Vehicle
• Gearless Transmission Using Elbow Mechanism
• Pulley Based Movable Crane Robot
• Push Based Box Transport Mechanism
• Sand Filter & Separator Project
• Fire Fighter Robot With  night-sight  Camera
• Long Range Spy Robot With  night-sight
• Spy Robot With Obstacle Detection
• Long Range Spy Robot With Metal Detection
• Remote Controlled Automobile Using Rf
• Remote Controlled Robotic Arm Using Rf
• Android Controlled Robotic Arm
• Hand Motion Controlled Robotic Vehicle
• Rf Controlled Spy Robot With  night-sight  Camera
• Hovercraft Controlled By Android
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Mechatronics Final Year Project

54 Comments

This was my Mechatronics Final Year Project at the Faculty of Mechanical Engineering in Skopje. It objective was to develop a device that will enable interaction of real arm movements with 3D computer models. I integrated three different fields in one device, t.e. mechanical, electrical and computer engineering:

• Solidworks to design the 3D model that represent the movements of the arm.
• Arduino Mega 2560 card for connecting the real world with the computer.
• MATLAB / Simulink to program the control of the 3D model

In the next video you can see a presentation of the project. This is its content:

• An Introduction. Here I briefly talk about the Mechatronics as a field of study which enabled me to develop this kind of a device.
• The Arduino Mega 2560. Some basic features of this Arduino Board which I used in this project.
• 3D Models in Simulink Environment. How to transfer 3D Model from Solidworks to Matlab / Simulink using the SimMechanics Link.
• Development of the device. Here I talko about the components that I used to build the device and how they work, as well as the Simulink Model, the program that is running on the Arduino Board and enables the interaction between the real world and the computer
• You can watch the following video or read the written tutorial below.

Building the device

Parts used in this project.

• Arduino Mega 2560
• 3-Axis Accelerometer
• Linear Potentiometer x5

The accelerometer is used for tracking the orientation of the arm. As the arm moves, the values from the X, Y and Z axis from the accelerometer change and are being read in the Analog Inputs of the Arduino Board. According to them the 3D Model moves as well.

The potentiometers are used for tracking the position of the fingers. I attached a spring (pen spring) to each of the potentiometer. The spring holds the potentiometer slider at a certain position and as the fingers move the slider is being pulled and the resistance of the potentiometer is change. That values are being read in the Analog Inputs of the Arduino Board and according to them the 3D Model’s fingers moves as well.

I used a plastic cover from a calculator as a base on which i attached the five potentiometrs. On top of them I put the Breadboard on which i secured the Arduino Board and the Accelerometer using a tape. On the picture below you can see the final appearance of the device.

Circuit schematic of the device

The 3D Model

The 3D Model is a representation of a human arm. First, I modeled it using Solidworks and then I transferred it into Matlab / Simulink using the SimMechanicsLink from Matworks.

The MATLAB / Simulink Model

Before building the Simulink model, first I had to install the Arduino IO Package which consists the Simulink library for communication with the Arduino board. Also using the Arduino IDE i had to upload the code to the Arduino board that comes with the package to enable the Simulink library. Here I would highly recommend my Tutorial for Matlab and Arduino IO Package so that you can understand the working principle and see the code.

I organized my Simulink model into six subsystems:

• Arduino analog inputs blocks for the values from the accelerometer and the potentiometers
• Correction of the analog reads according to my needs
• PID control for getting smoother movements
• Joint Actuators blocks for driving the joints of the 3D model
• The 3D Model which was automatically generated using the SimMechanicsLink
• Joint sensor block for tracking the position the 3D model

You can Download the Simulink Model here:

Simulink Model - Mechatronics FYP

Check my Extension of this Project.

I reprogrammed the Arduino Glove to work as a Game Controller.

Automatic sorting machine – Mechatronics Student Project

Flower 3D Model

54 thoughts on “Mechatronics Final Year Project”

what kind of potentiometer you used? and how many kilohms?

I used 10k potentiometers, but it doesn’t really matter, you could any value for it.

Hello, Dejan nice project. what is the value of linear potentiometers?

I think it was 1K, but it doesn’t matter much, anything from 1K to 100k could do the job.

Excellent work! I want to make one too! Could you share more code and other details about this project with us?

Thanks. That’s all I have for this project.

I love this tutorial very much! I’d like to make one by myself. But I can not find the arduino code in this tutorial and how to use the SimMechanicsLink ? Could you help me out? Really appreciate!

The Arduino code comes with the Arduino IO Package and I have an example tutorial how to use the SimMechanicsLink here on the website. However, take a note at the version of your Matlab, because the latest versions don’t work with this Arduino IO Package, they have made a different one.

hi dejan that very good project i did not understand how you linked to 3d animation ,because i think i don’t the mat lab so can please put a link where i can learn this integration of all the three things.so we can make some different thing

Thanks. Well there are already few tutorials related to this Project on my website.

Hello , Dejan! What you’ve done is great! Congratulations! I got the idea to follow the rotary chassis , boom, arm and bucket of the excavator and always know how much have to dig. Much like your project. I’m curios how accurately can measure angles between components with combined accelerometer an gyro sensors. The rest is mathematics. Greetings for best tutorials that you have shown here ! Keep going!

Hi there, Well the gyro tends to drift and make errors. There are different filters that can reduce these errors but they could be complicated to be implemented. So, a project like that would work for sure, although the mathematics would be complicated and as for the accuracy I could say anything specific. Cheers!

great job, really it has helped me a lot.

Thanks, nice to hear that!

I am trying to build your system out of curiosity, with your help, the solidwork model now works, but, I am facing error when I run the simulink model in Matlab 2015. They show a algebraic loop error inside the PID controller. How did you get past this error? How can I do proper simulink rebuild? Awaiting your help. Thanks.

In the Simulink model you provided, how can I connect the imported xml model from the Solidworks file and the arduino hardware? I would be highly grateful if you help me out. Thanks

Check my other video tutorial for this one, Solidwroks and Matlab / Similink similation, you might find useful information.

Awesome bruh!! 🙂

WOW.You are perfet my friend,PERFECT! I realy like the way you do things,BRAVO!

just one question: can it work for the other 3d models like a MAYA or 3D MAX model? if the answer is yes, can you guid me about it?

Thanks! Well it can work if you can transfer the model into Matlab/ Simulink.

Great Work, very interesting. The 3D Arm model you have uploaded here shows rebuild errors in Solidworks 2016. Is it possible to upload the file again?

Thanks! Yea it gives those errors because it is a .step file. Nevertheless, now I uploaded the Solidworks files as well.

Thank you very much. You are truly awesome for being so helpful to people all around the world.

hai…great work you have there…I’m wahid from malaysia..I’m doing my final year project this year..I want to ask, is it possible make the GUI for 5 axis robotic arms using the way you create yours?if it is possible, can you teach me how to do the integration between all the software?

Well yes it is possible but I can’t see how I can help you. That project would require quite big and time consuming.

awesome project ^^ plz where can i find the code source of arduino thxx 😉

Thanks. Well the code is from Matworks Arduino IO Package. Check my Arduino and Matlab Tutorial, you should find more details about that in that post.

BROTHER YOU HELPS ME ALOT THANKS DUDE…

Can I translate it to Turkish to make it benefical for people who cant speak english.

Well all my projects and tutorials are my original work on which I have put enormous amount of time and effort. All the photos, videos and illustrations are copyrighted. Just translating them to your language would be the same as copying them which is not allowed. If you want to do that, you should rebuild (recreate) them on your own, with your own content (photos, videos, illustrations, text). Thanks for understanding!

First thing you are doing great projects. the second and most valuable thing is you are sharing this information with public. I really appreciate that..

Can you give me full instruction please…. Or give me some link that i can learn an do this project…. Thanks….

Good project bro… I just like to know what sensor you use in this project…? Can you give the code you use for this..? I like to make it… If you help me, the will be so kind… Thanks for your post….

I’m using the code from the Arduino IO Package from Matwork/ Matlab. Check my Arduino and Matlab Tutorial in order to see how it works.

What sensor you use for this…?

Amazing bro. you have done great work.I’m mechatronics engineer and i also want make this project ,can you please share the arduino code.

i am mechatronics engineer bro. and i want to make this project,please share the code of arduino….

The Arduino code is the code from IO Library Package from Matworks/ Matlab.

Ammazing bro.. can i use arduino atmega328p instead of Arduino Mega 2560?

Thanks! Yes of course you can use that one or any other as well.

Nyc bro.Its a fantastic project. U r a brilliant.i want to make this project as final year project.To what have u connected the pen spring ???

Thanks! Well they are connected on the sliders. One side is to the slider itself, and the other end to the one side of the housing of the slider.

Please how could we add a button to turn it ON and OFF.

BRO ,you are awesome ,you work hard and you give the information clear .simple

Hey Dejan, awesome work. I really liked your informative videos and I finally understand how I2C works, which I never able to grasp before 🙂 Thanks buddy. Keep up the new projects and informative videos about how things work. You really teach in simply way by putting up examples as well. Thumbs up 🙂

Thanks! I’m glad to hear this.

Awesome work bro……hats off..

Very good project mate, Are you on Facebook? I have some queries.

Thanks! You can find me on Facebook here: https://www.facebook.com/howtomechatronics

awesome project.keep it up ……………with more useful thoughts

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Hey I'm Dejan, a maker, a techie and a mechatronics engineer. I love making electronics and robotics projects for you to learn and make something cool on your own.

Don't forget to check my 650K+ subs YouTube Channel .

Introduction to Mechatronics

Jan 27, 2014

2.51k likes | 5.56k Views

Introduction to Mechatronics . Jr-Lung (Eddie) Lin. Department of Mechanical and Automation Engineering, I-Shuo University. Introduction.

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• strictly specialized
• cad cam cae
• technological processes
• timer microcontroller mahdi hassanpour

Presentation Transcript

Introduction to Mechatronics Jr-Lung (Eddie) Lin Department of Mechanical and Automation Engineering, I-Shuo University

Introduction Mechatronicsis synergistic integration of mechanical engineering, electronics and intelligent computer control in design and manufacture of products and processes

What CAD/CAM/CAD • CAD: Computer-Aided Design • CAM: Computer-Aided Manufacturing • CAE: Computer-Aided Engineering

CAD/CAM/CAE software • CAD – 2D drafting • AutoCAD, TwinCAD, etc. • CAD – Solid modeling • Solid Edge, SolidWorks, Mechanical Desktop(MDT), etc. • CAM • SOLIDCAM, SURFCAM, MasterCAM, SmartCAM, etc. • CAE • ANSYS, ABAQUS, NASTRAN, ADAMS, MOLDFLOW, etc.

Microprocessor • CPU for Computers • No RAM, ROM, I/O on CPU chip itself • Example：Intel’s x86, Motorola’s 680x0 Many chips on mother’s board Data Bus CPU General-Purpose Micro-processor Serial COM Port I/O Port RAM ROM Timer Address Bus General-Purpose Microprocessor System Mahdi Hassanpour

Microcontroller • A smaller computer • On-chip RAM, ROM, I/O ports... • Example：Motorola’s 6811, Intel’s 8051, Zilog’s Z8 and PIC 16X CPU RAM ROM A single chip Serial COM Port I/O Port Timer Microcontroller Mahdi Hassanpour

Microprocessor vs. Microcontroller Microprocessor • CPU is stand-alone, RAM, ROM, I/O, timer are separate • designer can decide on the amount of ROM, RAM and I/O ports. • expansive • versatility • general-purpose • Microcontroller • CPU, RAM, ROM, I/O and timer are all on a single chip • fix amount of on-chip ROM, RAM, I/O ports • for applications in which cost, power and space are critical • single-purpose Mahdi Hassanpour

GPIB PC Board Serial/paralell CAN BUS PC-based Measurement and Control

Sensors and Actuators • Sensor A device that converts an environmental condition into an electrical signal. • Actuator A device that converts a control signal (usually electrical) into mechanical action (motion). (Taken together, sensors, actuators, controllers, and power supply form the basic elements of a control system.)

Actuators-Motors

The Following Special Formulation is Offered Mechatronics studies synergistic fusion of precise • mechatronical units, • electronic, • electro technical and computer components for the purpose of designing and manufacturing qualitatively new • modules, • systems, • machines and complexes of machines with intellectual control of their functional movements

Comments to the Definition • Mechatronics studies special conceptual approach to construction of machines. • The definition emphasizes synergetic character of components’ integration in mechatronic objects. • Integrated mechatronic components are always chosen at the designing stage. • Methods of parallel designing serve as methodological basis for Mechatronic Systems (MS) development. • The main objects that mechatronics studies are mechatronic modules. • MSare intended to perform a set movement. • In MS methods of advanced intelligent control are used to secure high quality in performing precise movements.

Principles of Construction MS Generalized Scheme of Machine with Computer Control of Movement The structure of a traditional machine e.g.: cutting forces for machining processes, contact forces and moments of forces at assembly, reactive force of the liquid jet at hydraulic cutting determ non-determ

Examples of Mechatronic Systems computer disk drive clothes washer

Computer Control Device Basic Functions • Control of mechanical movement process on-line with current sensor data analysis. • Arrangements to control MS functional movements. • Interaction with operator via human-machine interface off-line and on-line interaction at the moment of MS movement. • Data exchange between peripheral devices, sensors and other devices of the system.

The Core of Mechatronic Approach At the stage of designing one interface, as a separate device, is excluded out of a traditional structure, but physical essence of transformation carried out by this module is kept. It consists in integrating of components probably of different physical nature into a uniform functional module. in other words

Basic Advantages in Comparison with Traditional Means of Automation • rather low cost; • ability to perform complicated and precise movements (of high quality); • high reliability, durability and noise immunity; • constructive compactness of modules; • improved overall dimension and dynamic characteristics of machines; • opportunity to rebuild functional modules to sophisticated systems and complexes.

Modern Trends of MS Development • Office equipment; • Computer facilities; • Photo and video equipment; • Machine-tool construction and equipment for automation of technological processes; • Robotics;

Modern Trends of MS Development • Aviation, space and military techniques; • Motor car constructor;

Modern Trends of MS Development • Micro machines; • Control and measuring devices and machines; • Simulators for training of pilots and operators; • Show-industry; • Non-conventional vehicles.

Requirements of the World Market in the Considered Area • Standard ISO 9000; • Necessity for active introduction of forms and methods of international engineering and putting new technologies into practice; • Increasing role of small and average industrial enterprises in economy owing to their ability to quick and flexible reaction to changing requirements of the market; • Intellectualization of mechanical movement control systems and technological functions of modern machines.

Fundamental Problems • Structural integration of mechanical, electronic and information departments into a uniform creative staff; • Education and training of engineers specialized in mechatronics and managers able to organize integration and supervise work of strictly specialized experts with different qualifications; • Integration of information technologies from various scientific and technical fields into a uniform toolkit to provide computer support of mechatronic problems; • Standardization and unification of all used elements and processes at designing and manufacturing MS.

Levels of Mechatronic Systems’Integration The First Level • conveyors, • rotary tables, • auxiliary manipulators

Levels of Mechatronic Systems’Integration The Second Level • operated power machines (turbines and generators), • machine tools and industrial robots with numerical program management

Levels of Mechatronic Systems’Integration The ThirdLevel Synthesis of new precise, information and measuring high technologies gives a basis for designing and producing intellectual mechatronic modules and systems.

Career Paths in Mechatronics • mechatronics is seen as a prime career path for mechanical engineers of the future; • mechanical engineers with a mechatronics background will have a better chance of becoming managers; • classically trained mechanical engineers will run the risk of being left out of the interesting work.

NASA Mars Rover DLR Gripper Asimo Humanoid Indoor Robots Robot Base Station KUKA Manipulator Outdoor Robots Robot Platforms (1)

Robocup Team Qurio Humanoid Aibo 4 legged Robot Robot Platforms (2)

Robot Platforms (3) Robot educational kits Robot sensors

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• Mechanical Engineering
• NOC:Mechatronics (Video) 
• Co-ordinated by : IIT Roorkee
• Available from : 2020-11-18
• Intro Video
• Introduction
• Mechatronics System Examples
• Electric Circuits and Components
• Semiconductor Electronics
• pplication of Transistors
• Sensors Performance Terminology
• Displacement, Position & Proximity Sensors - I
• Displacement, Position & Proximity Sensors - II
• Force, Fluid Flow Sensors
• Acceleration & Vibration Measurement Sensors
• Mechanical Actuation Systems
• Hydraulic and Pneumatic Actuators
• Electrical Actuation System - I
• Electrical Actuation Systems - II
• Data Presentation Systems
• Introduction to Signal Conditioning & Op-Amp
• OP-AMP As Signal Conditioner
• Analogue To Digital Converters
• Digital To Analogue Converters
• Artificial Intelligence
• Digital Circuits - I
• Digital Circuits - II
• Microprocessor
• Microcontroller
• Microcontroller Programming Example
• Mechanical System Model
• Electrical System Model
• Fluid System Model
• Dynamic Response of Systems
• Transfer Function and Frequency Response
• Controllers
• Digital Controllers
• Program Logic Controllers
• Input, output and Communication systems
• Fault Finding
• Project using Microcontroller – ATMEGA16
• Myoelectrically Controlled Robotic Arm
• ABU Robocon 2019 – Part 1
• ABU Robocon 2019 – Part II
• Design of a Legged Robot
• Watch on YouTube
• Assignments
• Transcripts

• E & C ENGG
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• CLOUD COMPUTING
• WIRELESS TECHNOLOGY

Presentation Topics for Mechanical Engineering

• by Ravi Bandakkanavar
• June 22, 2017

This post lists latest presentation topics for Mechanical engineering. These topics have been picked from wide areas of Mechanical Engineering like Robotics, Automobiles, Nano Technology etc.

• Adaptive Crusie Control Plus System
• Ablative Materials
• Abrasive Blast Cleaning
• Active Electrically Controlled Suspension
• Active roll-over protection system in Automobiles
• Adaptive control
• Advanced Battery and Fuel Cell Development for Electric Vehicle
• Advanced composites
• Advanced Cooling Systems
• Advanced Propulsion Methods
• Advanced Quadruped Robot – BigDog
• Advanced Rocket Motors
• Advances in Capillary Fluid Modelling
• AeroCapture
• Aerodonetics
• Aerospace Flywheel Development
• Air Augmented Rocket
• Air Casters
• Air Cushion Vehicles
• Air Powered Cars
• Air suspension system
• Scramjet Engine
• All Aluminium Alloy Conductors (AAAC)
• ArcJet Rocket
• Autocollimator
• Automatic Conveyor for Industrial Automation
• Automated Guided Vehicle System
• Adaptive control for 3-D overhead crane systems
• Electronic Fuel Injection (EFI)
• Magnetic Levitation Train
• Autonomous Submarines
• Ball Piston machines
• Bench top wind tunnels
• Bio-degradable polymers
• Biomass Fuelled Power Plant
• Twin-Turbo or Biturbo
• Blended Winged Aircraft
• Camless engine with electromechanical valve actuator
• Carbon Foam-Military Applications
• Cryogenic Treatment of Brake Rotors
• Car Speed Control by Blue Tooth
• Carbon nanotube  cloths
• Carbon Nanotubes
• Collision warning system
• Compressed Air Cars
• Common Rail Direct Injection (CRDI) Engines
• Composite materials
• Compound Vortex Controlled Combustion
• Continuously Variable Transmission
• Conditional monitoring & fault Diagnosis
• Contactless energy transfer system

Suggested Read: Technical paper presentation topics for CSE Presentation Topics for Civil Engineering

• Corrosion resistant gear box
• Crew Exploration Vehicles
• Cruise Missile Technology
• Cryogenic Grinding
• Cushioning Impact in Pneumatic Cylinder
• Dark Room machining
• Digital manufacturing
• Double-wishbone suspension
• Advantages of tubeless tires
• Drive-By-Wire Systems
• Driver information system (DIS)
• Dual Clutch Transmission
• Dynamic Ride Control (DRC)
• Dynamic shift program (DSP)
• Eco-Friendly Surface Treatments
• Bomb Detection Robotics using Embedded Controller
• Traffic Light Control System
• Adaptive Cruise Control System
• Maglev Levitation Trains
• Vapor Absorption Cooling System
• Combustion Stability in I.C. Engines
• Electromagnetic Brakes
• Electric Power Assisted Steering
• Electromagnetic Valves
• Electrochemical Machining (ECM) & EBM
• Electromagnetic Bomb
• Electron beam machining
• Electronic Road Pricing System
• Energy Conversion and Management
• Energy efficient turbo systems
• Engineering Applications of Nylon 66
• F1 Track Design And Safety
• Full Authority Digital Engine Control
• Floating Power Stations
• Floating Solar Power Station
• Fluid Energy Milling
• Fly ash utilization
• Flywheel Batteries
• FMS (Flexible Manufacturing Systems)
• Fractal Robot
• Free Form Modelling Based on N-Sided Surfaces
• Frictionless Compressor Technology
• Fuel Cell Airplane
• Fuel cell powered Go-Karts
• Fuel Cells on Aerospace
• Fuel Energizer
• Fuels from Plastic Wastes
• Low-cost anti-lock braking and traction control
• Arial Photography Using Remote Flying Robot
• Electronic Vehicle Identification in the Intelligent City
• Hexapod Robots
• Robotic Surgery
• Hydrogen (water) Powered vehicle
• Carbon fiber reinforced plastic Composites
• Dynamic Car Parking Negotiation and Guidance Using an Agent-Based Platform
• Full Colour 3D Modelling Using Rapid Prototyping
• Functional Nanocrystalline Ceramics
• Fuzzy logic in Aircraft stability
• Geo-Thermal Energy
• Handheld Radiation detector
• HANS-In F1 Racing
• Harvesting Wave power
• Heavy duty Gasoline engines
• Difference between tubeless and with tube tires
• High Altitude Aeronautical Platforms
• High angle of attack aerodynamics
• High-Speed Precise Gear Boxes
• High-Speed Trains
• Highly Productive And Reconfigurable Manufacturing SystemHigh-Wire car
• Hovercrafts
• Tanker Robot For Vision Based Surveillance System
• Sensor Based Motion Control Of Mobile Car Robot
• Involuntary Train Collision Prevention System
• Hybrid Energy Systems
• Hybrid Motorcycles Hybrid Synergy Drive (HSD)
• Hydraulic railway recovery systems
• Hydrogen Car
• Hydrogen Generation via Wind Power Electrolysis
• Hy-Wire Car
• Infrared Curing And Convection Curing
• Infrared Thermography
• Intelligent Compact drives
• Inter-Continental Ballistic Missile (ICBM)
• Jelly Filled Telephone Cables
• Jet Powered Boat
• Jet Stream windmill
• Jetex Engine
• Kalina cycle
• Load Sensing Hydraulics
• Latest in hi-tech petrol fuel injection GDI (Gasoline Direct Injection)
• Latest Trends in Automotive Engg.& Technology
• Launching Space Vehicles from Moon
• Lean Burn Spark Ignition Engine
• Lean engineering
• Lightweight material-Carbon fiber
• Liquid Injection Thrust Vectoring (LITV)
• Logistics and supply chain management
• Low-Cost Spacecraft Simulator
• Magnetic Levitation
• Magnetic Nanocomposites
• Magnetic Refrigeration
• Marine electric propulsion
• Mass Rapid Transit system (MRTS)Mechanical torque limiters
• MEMS in Industrial Automation
• Mesotechnology
• Metal-Matrix Composite ProcessingMicro Batteries
• Micro Fluidic Chips
• Micro Gravity
• Micro Heat Exchangers
• Micro hydraulics
• MicroTopography
• Miller Cycle Gas Engine
• Modeling and simulation
• Modular conveyor belts
• Modular Gear motor
• Molten oxide electrolysis
• Multi Valve Engine
• Nano Fluids Thermal Applications
• Magneto Abrasive Flow Machining
• Multi Point Fuel Injection System
• Six Stroke Engine
• Nanobatteries
• Cell Phone Operated Robot
• Low-Cost Wind Power Plant
• Vacuum Brakes
• Vehicle Speed Sensing and Smoke Detecting System
• Fire Fighting Robot
• Nanomaterial-based Catalyst
• Nanorobotics
• Nono Fluidics
• Nuclear fuel reprocessing
• Nuclear Power Potential as Major Energy Source
• Ocean Thermal Energy
• Oil Shear Technology
• Oil well drilling
• Opto-Electronic Sensor System
• Orbit Forming
• Orbital WeldingOrbital/Space Mechanics
• Pendolino system for railway passenger comfort
• Perpetual Motion Machines
• Photonic Crystals
• Pint Sized Power Plants
• Plasma arc welding
• Plastic WeldingPolymers castings
• Porous Burner Technology
• Portable X-Ray Fluorescence Analyser
• Power from Space for use on EarthProcess Automation Techniques
• Pseudoelasticity and Shape Memory in Metal Nanowires
• Pulse Detonation Engine
• Pulsed Plasma Thruster
• Pump Noise level reduction methods
• Quantum Chromo Dynamics
• Random vibrations
• Rapid Injection Moulding
• Recent Trends in Quality Management
• Regenerative Fuel Cells
• Resistojet Rocket
• Responsive manufacturing
• Robot-driven cars ( Autonomous car )
• Robotic Assistants for Aircraft Inspectors
• Humanoid Robots
• Robots in Radioactive Environments
• Selective Catalytic Reduction (SCR)
• Self Healing Spacecraft
• Self-Healing Polymer Technology
• Semi-synthetic cutting fluids
• Sensotronic Braking System
• Single Crystal Turbine Aerofoil
• Solar Impulse – Solar Powered Flight
• Solar Powered Refrigerator
• Solid Liquid Separation Technology
• Space Elevator
• Space Robotics
• Space Shuttle
• Space Shuttle Boosters
• Space Station
• Spacecraft Propulsion
• Special materials for high-temperature applications
• Stealth Radar
• Synthetic polymers
• Stealth Technology
• Steer-By-Wire
• Stereoscopic Projection Systems
• Stirling engine
• Super Flat Nano Films
• Supercavitation
• Superconducting Rotating Machines
• Synthetic Aperture Radar
• Tension Control Brake
• Thermo Acoustic Refrigeration
• Thermoacoustic refrigerator
• Threadless Couplings
• Tire & wheel without pneumatics
• Tool Management System
• Touch trigger probes
• Trends in welding
• Turbines in silicon
• Ultra Nano Crystalline Diamond
• Underwater Welding
• Underwater windmill
• Vacuum Braking System
• Valvetronic Engine Technology
• Variable compression ratio engine
• Variable Length Intake Manifold (VLIM)
• Variable Valve Timing in Internal Combustion Engines
• Vertical Landing and takeoff engine
• Weld flaw detectors
• Welding Robots
• Wind-diesel System
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67 thoughts on “Presentation Topics for Mechanical Engineering”

Hello sir, I am Radhika Tiwari. I am doing diploma in mechanical engineering. I need a topic for my final year project model. Can you please provide me some trending topics to work on

Hello sir .. I am mahaveer Singh from mechanical engineering (b.tech) final year student .. I want a topic for a term paper presentation in my clg . Which I use in future for my project also… Suggest me topic plzz….

You can talk about flying taxi (air taxi). There is also Robot Dog.

Comments are closed.

• Browse Works
• Engineering
• Mechatronics Engineering

Mechatronics Engineering Research Papers/Topics

A programmable tool-kit for a smart weather system using predictive analytics at the botswana international university of science and technology.

Abstract: This work presents a programmable toolkit that allows the design and implementation of a smart weather system(SWS) at a local level. The uPyCraft software development kit (SDK) was used to load the MicroPython code and scrap three weather values (surface temperature, relative humidity and atmospheric pressure) from the DHT11 and BME280 sensors connected to the ESP8266 microcontroller. The NetBeans SDK was used to develop the database management system using SQLite and Java programi...

Design and Construction of a Vehicle Tracking and Accident Alert System Using GPS and GSM Module

This project is about the Design and Construction of a Vehicle Tracking and  Accident Alert System (VTAA) using GPS and GSM Technology. It comprises of  integration between GPS receiver, microcontroller and GSM module, and of  course the push button for accident alert activation. The combination of all this  technology will produce our VTAA system. The GPS module receive the  coordinate of the point at which the system is located, controlled by the user using  command interfaces through...

Design of Automatic Plant Irrigation System Using Microcontroller

ABSTRACT Automatic plant irrigation system rise as a good choice and alternative to traditional irrigation methods since it is saving time and effort that are consumed by traditional methods where people are compelled to stop doing their important activities. The aim of this thesis is to develop a microcontroller-based automatic irrigation system. This system will run automatically by referring to the level of soil moisture. The humidity sensor type connected to the microcontroller is soil m...

Simulation of 3D Car Painting Robotic Arm

ABSTRACT Robotic is an electromechanical system, help improve production accuracy, and reduces time and increase production. In this project a study of 3D robotic ARM design, simulation concepts and theories for the painting of cars that deals with the design, construction, operation, and application of robots is conducted. The simulation covers different parameters to evaluate the design. Moreover simulation environment help to test these parameters cost effectiveness of building robots and ...

Cascaded PID Control System for UAV with Gain Factor Prediction Using ML

Drones are not inherently stable, necessitating the use of a flight controller. If the UAV is properly tuned, the drone will fly steadily; otherwise, it won't. Hence, we have used a PID (proportional, integral, differential) controller for a stable flight. A well-functioning PID controller should enable amazing climbs and long-range flights. But, when used singly, PID controllers can provide poor performance, resulting in a long settling time, overshoot, and oscillation. Here, we propose a ne...

Design Of The Heat Exchanger Using MATLAB Programme (Case Study Khartoum Refinery Company Ltd)

ABSTRACT A heat exchanger is a medium that transfers heat energy from a high temperature fluid to another low-temperature fluid without mixing the fluid together. Thermal exchange is one of the most important applications in many fields, such as food processing engineering, especially in the manufacture of materials that are highly sensitive to high temperatures, as well as difficult to heat or raise their temperature by direct methods and other materials. Heat exchangers are used in many en...

Invitro Evaluation Of Neem Tree Seed Oil Against Fungal Growth Of Fusarium Oxysporum. F. Sp. Lycopersici, The Causal Agent Of Tomato Wilt Disease.

Abstract Fusarium wilt considered as one of the most important diseases of tomato in Sudan. The present investigation was undertaken under laboratory conditions to study the effect of different neem oil concentrations, and synthetic fungicide,(AmistarTop 200ml/100L Water), on growth of the fungus Fusariumoxysporumf. sp. Lycopersicithe causal agent of wilt disease on tomato. Three concentrations of neem oil (1.5, 2.5 and 3.5 %) and fungicide as recommended dose were tested in addition to cont...

Design And Implementation Of Vehicles Accident Notification System

Abstract Ever since the invention of cars accident was introduced as a major cause of death and car manufactures has been developing new ways to prevent death by accident. Time is very important factor when it comes to saving a person’s life, any delay in detecting an accident or failing to locate its position life. The solution proposed by this thesis is to use a combination of collision detection unit and identify an accident and report it to the appropriate authorities and clear the roa...

Automating Aircraft Painting Hanger By Using PLC Conceptual Design

ABSTRACT Aircraft Painting process recovers from many problem associated with the entire painting activities , such like efficiency , cost , environmental factors, and risks to the painting labors (contaminations , fumes ,flammability , toxicity ) . This research is to provide conceptual design and implement optimum solution to the problems mentioned above by using the automation techniques (PLC tool) to devolve a first phase painting robot .Considering the use of sensors ( object sensors ,...

Speed Control Of DC Motor Using Proportional–Integral–Derivative Controller And Fuzzy Logic

Abstract Fuzzy control systems have been successfully applied to a wide variety of practical problems. It has been shown that these controllers may perform better than conventional controllers, especially when applied to processes difficult to model, with nonlinearities. On the other hand, the direct current (DC) motor has been widely used as well because it is one of the most common actuators used in control systems. The main objective of this research is to control the speed of DC motor us...

Use of SCADA system for remote monitoring of Khartoum state water corporation

ABSTRACT The Supervisory Control and Data Acquisition (SCADA) system monitors and controls many applications such as: (Water distribution network including water reticulation,pump stations ,Public utilities, including electrical power generation, oil and gas pipelines, and water and sewage treatment plants). The SCADA system provide reliable and efficient water supply services across (enabling us to monitor and control the entire network from one location, saving time and resources and Minim...

Designing and implementation of PID controller robotic arm

Abstract Designing and controlling a robotic arm with great performance is one of the fields of interest in many applications. This thesis is concerned with the problems control of robot arm (mentor) using Proportional Integral Derivative (PID) controller for axis1 (shoulder) and axis2 (elbow). The research work was undertaken in the following developmental stages; first stage, estimation of the transfer functions of Direct current (DC) motors actuators of tow axis’s using system identific...

Simulation Of Microcontroller Based Industrial Robotic Arm Controller

ABSTRACT Robots are used for the most boring and repetitive jobs in manufacturing. The military and police use robots for dangerous jobs, such as manipulating explosive devices. In this project of simulation of industrial robotic arm to pick and place like in cement factory at rotary packing machine, The conventional packing system is working manually by hand which need more labors to accomplish the packing process and also require a great effort from these labors which will lead to incr...

Designing And Building A Model For Visual Servoing Robotic Arm

ABSTRACT Visual Servoing has been a focus of intensive research form the last three decades due to its various robotic applications, mainly to allow performing autonomous tasks with the help of image sensors. This thesis presenting a visual servoing control system for a 3DOF robotic arm which is visual approach of servo using a vision sensor as a feedback, this approach introduce a better flexibility more than usual used passive sensors allow the robot arm to track the object without dependi...

Design And Fabrication Of A Microcontroller Based Liquefied Petroleum Gas Leakage Detection With Gsm Alert Monitoring System

ABSTRACT Liquefied Petroleum Gas (LPG) is a group of flammable hydrocarbon gases that are liquefied through pressurization and commonly used as fuel. This project aims to design and implement a micro-controller based Liquefied Petroleum Gas (LPG) gas monitoring & leakage detection system with GSM alert system. Design and implementation of gas detection system as well as SMS alert systems were done to achieve the project aim. Gas leaks can cause major incidents resulting in both human injurie...

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