The B.S.E. in Electrical Engineering at the University of Pennsylvania emphasizes advanced electronics, communication systems, and sustainable energy design. Below are practical project ideas covering both hardware and simulation-based innovations.
Design of a Smart Energy Meter Using GSM and Arduino
Wireless Power Transfer for Low-Power Electronics
Analog Signal Filtering for Biomedical Devices
IoT-Based Smart Irrigation System Using Soil Sensors
Power System Fault Detection and Isolation Using SCADA
DSP-Based Voice Recognition for Home Automation
Energy Harvesting from Piezoelectric Tiles
Simulation of Grid-Tied Solar Inverter in MATLAB
Radar-Based Object Detection for Autonomous Navigation
Design of a Low-Noise Amplifier for RF Applications
Speed Control of DC Motors Using PWM and Feedback
Smart Traffic Light System Using Computer Vision
Audio Equalizer Circuit with Real-Time Frequency Analysis
IoT-Based Load Monitoring System for Smart Homes
Design and Implementation of a Digital Oscilloscope
Whether designing RF circuits or modeling power networks, Collexa mentors UPenn electrical engineering students in both theory and practical implementation using MATLAB, Verilog, and embedded platforms.
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