UMD’s MEng in Electrical Engineering offers advanced training in circuits, signal processing, wireless communication, and embedded systems. The curriculum balances theory with lab-intensive design projects in power electronics, control systems, photonics, and RF technologies. Graduates pursue roles in telecommunications, defense, consumer electronics, and power infrastructure.
Design of a low-noise amplifier for satellite communication receivers
Real-time DSP system for acoustic echo cancellation
Development of a MIMO antenna system for 5G base stations
Design and testing of high-efficiency power converters for solar arrays
Building a voice-controlled smart home interface using microcontrollers
Simulation and hardware testing of phase-locked loop circuits
Secure wireless communication protocol for military drones
Design of an energy harvesting system using piezoelectric sensors
Digital filter design and implementation on FPGA platforms
Modeling and control of grid-connected power inverters
Spectrum sensing algorithms for cognitive radio networks
Optical signal transmission analysis using photonic modulators
Design of a biomedical signal amplifier for EMG acquisition
Simulation of adaptive equalization for underwater acoustic channels
High-speed ADC interface design for RF front ends
Microgrid control strategy for demand-side power balancing
Analysis of EMI shielding techniques in compact circuit layouts
Smart electric vehicle charger controller using PID loops
Time-domain reflectometry tool for cable fault detection
Design of a real-time heart rate monitoring system with wireless alerts
Power advanced systems and secure communications with UMD’s research-focused electrical engineering degree.
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