Columbia University’s M.S. in Electrical Engineering focuses on designing next-generation embedded, power, and wireless systems. These thesis topics cover real-time control, signal integrity, intelligent electronics, and IoT—enabling innovation across industrial and academic domains.
FPGA-Based Digital Signal Processing for Real-Time Audio Filters
Design of a Low-Power Embedded System for Health Monitoring
AI-Based Load Forecasting for Smart Grids
Energy-Efficient Wireless Sensor Networks for IoT
Implementation of OFDM Systems for High-Speed Wireless Communication
Design and Simulation of High-Frequency Power Inverters
RFID-Based Access Control with Real-Time Cloud Logging
IoT-Based Predictive Maintenance for Industrial Equipment
Robotic Arm Control Using EMG Signal Processing
Smart Helmet with Real-Time Collision Detection Using LIDAR
Neural Network Accelerators on FPGA for Edge AI
Design of a Nano-Satellite Communication Subsystem
Microwave Circuit Design for Next-Gen Wireless Devices
Power Quality Monitoring Using Embedded DSP Boards
Adaptive Beamforming for Antenna Array Systems
Design of Inductive Charging System for Electric Vehicles
Smart Street Lighting System Using Motion and Light Sensors
High-Speed ADC Design and Testing in VLSI
Wireless Power Transfer System for Consumer Devices
Implementation of MPPT in Solar Systems Using Embedded Controllers
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