Supervisors and Projects

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• A1 -Home Digital Twin System Using AI and Multi-Sensor Perception – 2 spots left
• A2 – Mobility Analytics Using AR/VR, Wearable Sensors, and Artificial Intelligence

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• Sensor Networks for Delay Sensitive Applications

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• Project 1: To design and develop an AI-powered robotic service dog that assists individuals with physical disabilities (Open).
• VisionGuide (closed)
• AI-Enhanced Sequential Dependency Optimization in Physical and Conceptual Spaces (closed)

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• Head-Mounted Perimetry
• Post-concussion assessments
• Wearable physiological monitoring during sleep

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• Autonomous Vehicles (Co-supervisor: Prof. Shen)

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• Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (Project also offered by Prof. Kadri, Lambadaris, Marsland, Rajan.)

Please contact the professor before selecting the project(s).

• FPGA-Accelerated Muscle Fatigue Monitor for Athletes – Full
• Smart Splint for Post-Op Rehab
• Edge-AI Home Anomaly Detection for Elder Care – Full
• Radar-Assisted Vision Tracking System – Full

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• Project Proposals – All projects are full

Please contact the professor before selecting the project(s).

• Development of a SoftwareBased Test Environment for Autonomous Vehicles Using Google Street View
• Development of a Streaming Video Player with Local AI Movie Recommendation System – Full
• Development of a Local Intelligent Search Agent for Customized Search Results

Please contact the professor before selecting the project(s).

• VESSEL: Versatile Environment for Secure Systems Engineering Lifecycles
• Threat Pilot: A Next-Generation Threat Modeling Platform – Full
• Compass Toolkit: Secure System Analysis Solutions (Multiple Projects) – Full
• BEACON: An Explainable Multi-Agent Framework for Intelligent Event-Driven Cyber Defense – Full
  
  

Please contact the professor before selecting the project(s).

• SMART-ICE: Sensing and Motion Analysis in Real-Time for ICE Hockey
• SMART-FLOW: Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW – Full
• Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (Project also offered by Prof. Gohary, Lambadaris, Marsland, Rajan.)

Please contact the professor before selecting the project(s).

• Agentic AI Penetration Testing Assistant
• AI Agent for API Testing and Security Monitoring
• Defensive Security Analysis Pipeline

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• Warehouse Robot Mobility Using SONiC FRRouting Environment
• My own handheld speedometer
• A multi-platform phone app to learn a music instrument

Please contact the professor before selecting the project(s).

• Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (Project also offered by Prof. Gohary, Kadri, Marsland, Rajan.)

Please contact the professor before selecting the project(s).

• Environmental adaptive rescue robots

Please contact the professor before selecting the project(s).

• Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (Project also offered by Prof. Gohary, Kadri, Lambadaris, Rajan.)

Please contact the professor before selecting the project(s).

• Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue
• Tiny ML-based Smart Monitoring System
• Tiny ML-based Smart Contact-based Sensing and Monitoring System
• Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (Project also offered by Prof. Gohari, Kadri, Lambadaris, Marsland.)

Please contact the professor before selecting the project(s).

• Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy – Full
• Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices – Full
• Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence – Full
• Design and Development of an Autonomous Self-Moving Chessboard – Full
• Design and Development of a Refreshable Braille Display – Full
• Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification – Full
• Design and Development of a Tele-Guided Robotic Suturing System – Full

Please contact the professor before selecting the project(s).

• Project proposals

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• Autonomous Robotic Applications
• Autonomous Vehicles (Co-supervisor: Prof. Dansereau)

Please contact the professor before selecting the project(s).

Full – Prof. Taha: NeuroLogic Shield: A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models

• Project Proposals

Please contact the professor before selecting the project(s).

• Project proposals

Please contact the professor before selecting the project(s).

• Design, Simulation, and Analysis of LEO Satellite Communications and Networks