Empowering Minds
Shaping Future
Transform theoretical knowledge into real-world solutions through our comprehensive project-based capstone course
Design and implement innovative EEE solutions
Create comprehensive project books and reports
Work with peers and industry mentors
Our capstone course is designed to bridge the gap between academic learning and professional practice through hands-on project development
Identify real-world problems in electrical and electronics engineering. Develop innovative solutions through research and brainstorming sessions.
Create detailed project designs, select appropriate components, and develop prototypes using industry-standard tools and methodologies.
Compile comprehensive project books including technical specifications, implementation details, and research findings.
Four comprehensive modules designed to take you from concept to completion
Weeks 1-3
Research and identify real-world EEE challenges
Form project teams and assign roles
Develop comprehensive project proposals
Weeks 4-6
Create detailed system architecture and schematics
Choose appropriate hardware and software components
Perform engineering calculations and simulations
Weeks 7-10
Build and assemble project prototypes
Develop software components and firmware
Test functionality and resolve issues
Weeks 11-12
Compile comprehensive technical documentation
Analyze project outcomes and performance
Present project to faculty and industry experts
Week 1
Week 6
Week 10
Week 12
Create professional-grade technical documentation that showcases your engineering expertise and project outcomes
Project overview, objectives, and key outcomes
Research background and related work analysis
Architecture, schematics, and design methodology
Development process and technical details
Testing outcomes, performance evaluation
Project summary and recommendations
Ensure all technical content is precise and well-researched
Use clear language and proper technical terminology
Include diagrams, charts, and photographs
Follow IEEE citation standards for references
Maintain consistent formatting throughout
LaTeX/Word
Document Writing
MATLAB
Data Analysis
AutoCAD
Technical Drawings
Photography
Visual Documentation
Title Page
Project title, team members, supervisor, and institutional details
System Diagram
Circuit schematics, block diagrams, and system architecture
Results
Graphs, tables, and performance analysis results
Explore innovative projects developed by our EEE students in previous capstone courses
Developed an intelligent robot capable of autonomous navigation using computer vision and sensor fusion techniques.
Designed an intelligent solar panel system that automatically tracks the sun to maximize energy efficiency.
Created a comprehensive home automation system with voice control and mobile app integration.
Developed a wearable device for continuous health monitoring with real-time data transmission.
Built a sophisticated tool for analyzing 5G network performance and signal quality metrics.
Implemented a multi-modal biometric authentication system using fingerprint and facial recognition.
Robotics
Green Tech
AI/ML
Biomedical
Communication
Embedded
Join our capstone project course and transform your engineering knowledge into real-world solutions
12 weeks (1 semester)
3-5 students per project team
Completion of core EEE courses
6 credit hours
Join hundreds of students who have successfully completed their capstone projects and launched their engineering careers.