UMD’s MS in Electrical Engineering offers deep training in signal processing, RF systems, microelectronics, photonics, and power systems. Students engage in lab work and research that supports innovations in communications, sensing, energy, and embedded electronics.
Design of a microwave bandpass filter for 5G communication
Digital signal processing algorithm for audio enhancement
Development of a wearable ECG sensor with Bluetooth interface
Photonic integrated circuit design for high-speed data links
Control algorithm for grid-tied solar inverter systems
Simulation of electromagnetic interference in power electronics
Design of a dual-antenna MIMO system for wireless access points
Real-time DSP platform for speech recognition applications
Modeling and fabrication of CMOS-based temperature sensors
Design of a low-noise amplifier for radio astronomy applications
Analysis of GaN transistor performance in power converters
Implementation of a high-efficiency buck converter with PID control
Development of an optical sensor for biomedical diagnostics
Design of a smart lighting system using powerline communication
Modeling RF propagation in urban microcell networks
Design of a LiDAR receiver system for autonomous navigation
Signal conditioning system for industrial sensor arrays
Embedded systems design for real-time motor control
Wireless power transfer modeling for short-range applications
Development of a mobile communication signal jammer prototype
Advance wireless systems, smart sensing, and electronics innovation with hands-on research in UMD’s Electrical Engineering MS.
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