Position #1: This project is mainly hardware oriented to help a graduate student design, build, and test a multi-level inverter. The project thus involves PCB design and soldering, knowledge of basic test equipment (DC power supplies, oscilloscopes, function generators), and the ability to follow, write, or edit a test procedure. Minimum qualifications: junior or senior in electrical or computer engineering, 3.2 GPA or higher, completed a power electronics course and lab, prior hardware experience (PCB design preferred), and basic knowledge of micro-controller programming for testing purposes.
Position #2: This project reports directly to Prof. Ali Bazzi and is based on a motor drive platform in APEDL. There are two parts of this project: 1) PSpice simulations, PCB design, and testing; and 2) simulations in Simulink of a new fault diagnosis algorithm which will applied on the motor drive platform. The PCB is for an interface board for a three-phase inverter with electrical specifications that fit a DSP board, and PCB design will not be from scratch due to an existing design. The simulation side involves Simulink simulations of a new fault diagnosis method applied to electric machines and which may lead to technical publications. Minimum qualifications: junior or senior in electrical or computer engineering, 3.2 GPA or higher, completed or enrolled in an electric machines course, prior hardware experience (PCB design preferred), and knowledge of Simulink.
Student who is familiar with microprocessors and Python for smart watch for biosensor interface for healthcare
My lab has ongoing projects on hardware, software and model/control aspects of cyborg insect robots and disease control by construction of network of interactions between, genes, proteins, signals, drugs etc. alongside innovative hardware/software implementations. Undergrads interested and/or knowledgeable in biomedical hardware/software and control systems are welcome to join the lab
Students who are interested in power and energy systems and with a background in power systems, optimization, AI, and control.
I take undergrad students usually on independent studies where they do many tasks related to: data collection and visualization from sensor network, software development for robotics related tasks, conducting both simulation and real experiments for testing path planning algorithms, and also hardware development.
Research opportunities in experimental and computational studies on electronic materials and devices for undergraduate students who have taken ECE 2001
Research work in storage systems, cybersecurity, reconfigurable computing, and high-performance computing. Students should have C programming experience and familiarity with Linux.
US citizen students to work with my graduate students on combinatorial optimization and machine learning problems related to:
Programming knowledge in Python/Java/C++ a must.
Research opportunities in theoretical and numerical analysis in transmission, distribution, and coordinated transmission & distribution systems. Students should have good skills in codings at Matlab or Python with optimization algorithms (e.g., Gurobi).
Research opportunities in wireless communications and networks with emphasis on implementation on software defined radio (SDR) platforms and performance prediction with machine learning tools.