The B.S.E. in Electrical Engineering at Princeton equips students with the skills to build intelligent systems, optimize energy flow, and develop smart devices. Below are impactful research ideas suited for senior design projects and technical theses.
Designing Low-Power Microcontrollers for IoT Applications
AI-Powered Image Recognition Using Edge Devices
Smart Grid Optimization Using Real-Time Load Forecasting
FPGA-Based Object Tracking System for Surveillance Drones
Wireless Power Transfer for Biomedical Implants
Voice-Controlled Smart Home System with Multi-Device Integration
Electromagnetic Interference Analysis in High-Speed PCBs
Real-Time ECG Signal Processing Using DSP Techniques
Self-Healing Circuits Using Redundant Logic Design
Neural Network Implementation on Microcontrollers
Battery Management System for Electric Vehicles
Quantum Dot Applications in Next-Gen Optoelectronics
Energy Harvesting Circuits Using Vibration Sensors
Internet of Things (IoT) Based Soil Monitoring for Precision Agriculture
Photovoltaic System Optimization Using MPPT Algorithms
Wearable Device for Continuous Health Monitoring
Design of a Noise-Cancelling Audio Amplifier
Secure Communication System Using Spread Spectrum Modulation
Control System for Autonomous Line-Following Robots
Low-Cost Radar System for Object Detection Using SDR
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