Final Year Project Ideas for all branches
Table of Contents
Computer Science Engineer
AI-Powered Personal Assistant
- Description: Design a personal assistant application supporting organizing meetings, sending reminders, handling email, and other tasks using natural language processing and machine learning.
- Technologies: Python, NLP libraries like NLTK or spaCy, TensorFlow, Flask/Django1
Smart Campus System
- Description: Bring into being a smart campus management system that makes use of IoT devices and sensors to monitor and control energy usage, security, and facilities.
- Technologies: IoT, Arduino/Raspberry Pi, MQTT, JavaScript, Node.js, MongoDB
Online Exam Proctoring System
- Description: Development of a secure online examination system utilizing facial recognition and screen monitoring to avoid cheating.
- Technologies: Python, OpenCV, Flask/Django, JavaScript, WebRTC
Electronics and Communication Engineering
Health Monitoring System
- Description: Design a wearable device that will continuously track a patient’s health parameters, like heart rate, oxygen levels, and other vital signs, and transmit this information to the cloud-based server for analysis.
- Technologies: IoT, Arduino/Raspberry Pi, Bluetooth, Cloud services (AWS, Azure)
Smart Traffic Management System
- Description: A traffic management system that would use sensors and cameras to monitor the flow of traffic and optimize the timing of traffic signals in real-time.
- Technologies: IoT, Image Processing, Python, MATLAB, Cloud computing
Home Automation System
- Description: Home automation system to allow users to switch on and off lights, appliances, security from a mobile app.
- Technologies: IoT, Arduino/Raspberry Pi, MQTT, Android/iOS development
Mechanical Engineering
Autonomous Delivery Robot
- Description: Design an autonomous robot that could deliver items around a campus or an office environment using both GPS and sensor-based navigation.
- Technologies: Robotics, GPS, Sensors, Arduino/Raspberry Pi, Machine Learning.
Solar-Powered Water Purification System
- Description: A water purification system that uses solar energy in its operation and is filtered through multiple stages.
- Technologies: Solar Energy, Filtration technology, Fluid mechanics, CAD/CAM.
3D Printed Prosthetic Limb
- Description: Design an affordable prosthetic limb using 3-D printing technology that can be personalized for different users.
- Technologies: 3D Printing, CAD, Material science, Sensors and actuators
Electrical Engineering
Smart Grid System
- Description: Design a smart grid system which will efficiently manage and distribute electricity with the use of sensors and IoT devices.
- Technologies: IoT, Power systems, Smart meters, Cloud computing
Wireless Power Transfer
- Description: Developing a wireless power transfer system for the charging process of electronic devices without physical connectors.
- Technologies: Electromagnetic fields, Circuit design, Power electronics
Renewable Energy Management System
- Description: Develop a system that will ensure the maximum exploitation of renewable energy sources (solar, wind) and manage the distribution of energy.
- Mentioned technologies: Renewable energy, Power electronics, IoT, Cloud computing
Civil Engineering
Smart City Planning
- Description: Design a model of a smart city that shall incorporate efficient systems of transportation, waste management, water supply, and energy.
- Mentioned technologies: GIS, Urban planning software, IoT, Data analytics
Earthquake-Resistant Building Design
- Description: Design of a building structure resistant to seismic activities by selecting appropriate materials and structures.
- Technologies: Structural engineering, Simulation software – ETABS, Material science
Sustainable Water Management System
- Description: Water management system to be designed providing rain water harvesting, gray water recycling, efficient water distribution.
- Technologies: Hydrology, Environmental Engineering, IoT, Data analytics
Biomedical Engineering
Wearable Health Monitoring Device
- Description: A wearable device will be designed for continuous monitoring of vital health parameters and transmit the data in real time to the healthcare providers.
- Technologies: IoT, Sensors, Biomedical signal processing, Mobile app development
Smart Prosthetics
- Description: Design a smart prosthetic limb with integrated sensors and actuators which could be controlled by brain signals.
- Technologies: Neural engineering, Sensors, Machine learning, 3D printing
Automated Disease Detection System
- Description: Implement a system for disease detection from medical images using image processing and machine learning.
- Technologies: Image processing, Machine learning, Python, MATLAB
These are ideas for projects that help students connect theoretical knowledge with the practical application of the same, hence developing experience in their chosen field.
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