Graduation projects
Build the projectyour degreedeserves
A technical partner for engineering students and teamsfrom the first proposal to a working prototypeready for the final demonstration
01Fields
Ten fieldsone integrated project
Combine the technologies your idea needsWe engineer them to work together
Technology fields for graduation projects
- 01
Robotics
Mobile robots and arms and mechanisms that move with purpose
- 02
Artificial Intelligence
Models that predict and classify and decide
- 03
Computer Vision
Cameras that detect and track and recognize
- 04
Internet of Things
Connected sensors with live dashboards and alerts
- 05
Embedded Systems
Firmware on ESP32 and STM32 and Arduino and Raspberry Pi
- 06
Smart Automation
Machines and processes that run themselves safely
- 07
Electronics
Circuits and sensors and power and custom PCBs
- 08
Software Development
Web and mobile apps with dashboards and backends
- 09
Smart Devices
Wearables and connected products people use every day
- 10
Mechanical Engineering
CAD and mechanisms and 3D printed structures
02Project lab
Configureyour system
Pick the fields your idea combinesand watch the architecture take shape
Graduation project lab
Swipe to explore the full blueprint
Your engineering plan
- Mechanism design
- Motion control
- Integration and tuning
- Camera pipeline
- Detection model
- Technical consultation
- Integration testing
- Documentation support
- Demo rehearsal
Project directionsIdeas to shape a proposal
Vision guided sorting arm
A desktop robotic arm that detects objects and sorts them by color or shape or label
Use this directionAutomated inspection station
A conveyor station that rejects defective parts with a trained detection model
Use this directionSmart parking system
Occupancy detection with a live map of free spaces and a booking app
Use this direction
Send this configuration to the teamYour fields arrive with the brief so the first reply is specific
Continue to the brief03The journey
From proposalto final defense
The graduation project journey
- 01
Proposal
A focused idea with clear objectives and a scope your team can deliver
- 02
Research
Background study and technology choices grounded in real constraints
- 03
System design
Block diagrams and circuits and CAD and software architecture agreed before building
- 04
Prototype
Hardware assembled and firmware written and models trained
- 05
Integration
Every subsystem connected and tested and refined together
- 06
Documentation
Diagrams and results and technical explanations organized for your report
- 07
Final defense
Demo rehearsal and walkthroughs so every member can explain every part
04Included
What your team receives
Everythingthe project needs
Scope depends on your ideaand every plan is agreed before work begins
- Technical consultation and scoping
- Component selection and sourcing support
- Mechanical design and 3D printed parts
- Circuit design and custom PCBs
- Firmware and embedded programming
- AI model development and training
- App and dashboard development
- Integration testing and calibration
- Documentation support with diagrams and results
- Presentation and demo rehearsal
05Our principle
Your team stays in command
Your teamstays in command
Your team stays in command
Walkthrough sessions for every subsystem so each member can present and defend the work
Scoped to your requirements
Objectives shaped around your supervisor and your department guidelines
Real engineering practice
Version controlled code and documented decisions and tested hardware
Built for the demo day
A prototype that works reliably in front of the committee and a rehearsed demonstration
06Idea bank
Directionsto spark a proposal
Starting points to discuss with your supervisorEach one can be scoped up or down to fit your team
Graduation project ideas
20 directions
- Direction
Vision guided sorting arm
A desktop robotic arm that detects objects and sorts them by color or shape or label
- Robotics
- Computer Vision
- Artificial Intelligence
- Mechanical Engineering
- Direction
Smart irrigation network
Soil sensors and valves managed from a live dashboard with water usage reports
- Internet of Things
- Embedded Systems
- Electronics
- Software Development
- Direction
Driver drowsiness monitor
A camera system that tracks eye state and alerts tired drivers in real time
- Computer Vision
- Artificial Intelligence
- Embedded Systems
- Smart Devices
- Direction
Autonomous delivery rover
A small rover that follows routes and avoids obstacles and reports its position
- Robotics
- Embedded Systems
- Mechanical Engineering
- Electronics
- Direction
Smart energy monitor
Energy use measured per circuit with alerts and monthly analytics
- Internet of Things
- Electronics
- Software Development
- Direction
Gesture controlled robotic hand
A servo driven hand that mirrors finger movement from a sensor glove or camera
- Robotics
- Mechanical Engineering
- Embedded Systems
- Artificial Intelligence
- Direction
Automated inspection station
A conveyor station that rejects defective parts with a trained detection model
- Computer Vision
- Artificial Intelligence
- Smart Automation
- Direction
Smart parking system
Occupancy detection with a live map of free spaces and a booking app
- Internet of Things
- Computer Vision
- Software Development
- Direction
Wearable health monitor
Heart rate and temperature and motion tracking with a companion app
- Smart Devices
- Embedded Systems
- Electronics
- Software Development
- Direction
Face recognition attendance
Contactless attendance with an admin dashboard and exportable reports
- Computer Vision
- Artificial Intelligence
- Software Development
- Direction
Self balancing robot
A two wheel robot stabilized by IMU feedback and PID control
- Robotics
- Embedded Systems
- Electronics
- Direction
Air quality station
Gas and particle and humidity sensing with public dashboards and alerts
- Internet of Things
- Electronics
- Embedded Systems
- Direction
Smart home controller
Lights and appliances and scenes controlled locally and from anywhere
- Internet of Things
- Smart Devices
- Software Development
- Embedded Systems
- Direction
Sign language translator
Hand pose recognition that turns signs into text and speech
- Artificial Intelligence
- Computer Vision
- Software Development
- Direction
Automated pick and place cell
A gantry or arm that moves parts between stations with programmable routines
- Smart Automation
- Robotics
- Mechanical Engineering
- Direction
Assistive navigation wearable
Obstacle detection with audio or vibration feedback for visually impaired users
- Artificial Intelligence
- Computer Vision
- Smart Devices
- Direction
Prosthetic hand prototype
A 3D printed hand actuated by servos and controlled by muscle or button input
- Mechanical Engineering
- Robotics
- Electronics
- Direction
Line following warehouse cart
An autonomous cart that follows floor paths and stops at programmed stations
- Robotics
- Smart Automation
- Embedded Systems
- Direction
Predictive maintenance kit
Vibration and temperature sensing with a model that flags failures early
- Artificial Intelligence
- Internet of Things
- Embedded Systems
- Direction
Smart lock with mobile access
RFID and keypad and app based access with a full activity log
- Smart Devices
- Embedded Systems
- Software Development
- Electronics
07Questions