-- Teaching Interests• Analog and Digital Communication Systems• Wireless Communications• Probability and Random Variables• Digital Signal Processing• Systems and Controls• Linear Circuits Analysis -- Research Interests• Engineering Education• Simulation and modelling -- Selected Managerial and Administrative Tasks• Student Consultation Duties• ECE curriculum committee member• ECE program evaluation committee member• Team member for ECE ABET (Accreditation Board for Engineering and Technology) Audit for the Electrical and Computer Engineering Program--Selected List of Services• Designed advanced courses for a new masters program in artificial intelligence• Designed and created advanced courses for new concentrations for the electrical and computerengineering undergraduate program• Participated in the 2019 ABET accreditation cycle, with varying tasks to ensure compliance ofthe electrical and computer engineering undergraduate program with the ABET accreditationrequirements.• Participated in the committee responsible for modifying the course learning objectives, for theElectrical and Computer engineering department, to match the new ABET outcomes.• Participated in the organization of the IEEE EDUCON - Global Engineering Education 2019conference• Chaired the committee responsible for organizing the workshop sessions for the IEEE EDUCON -Global Engineering Education 2019 conference

• Developed localization techniques for vehicular networks in GNSS denied environment via data fusion techniques• Conducted channel sounding vehicular field measurements via USRPs to collect time of arrival (TOA) measurements• Designed a real-time TOA detector via Xilinx’s System Generator to be used for FPGA implementation

• Designed and conducted the first ever field measurement campaign to characterize the interference an in-home power line communications (PLC) network could cause a digital subscriber loop (DSL) modem • Developed and simulated the performance of a new interference cancellation technique suitable for removing PLC and other sources of interference from a DSL line • Performed measurements to study crosstalk in DSL Rings• Conducted extensive DSL/PLC communications system simulations in MATLAB which included adaptive signal processing techniques, interference cancellation schemes and modulation and demodulation techniques

• Awarded the Schulich School of Engineering Teaching Assistant Award • Prepared and conducted weekly tutorials and laboratory sessions• Helped students with their assignments and laboratory projects

• Designed a MAC protocol that guarantees a minimum level of QoS for Voice Communications over Cognitive Radio Networks• Modified an optimization algorithm, and implemented it in MATLAB• Evaluated various MAC protocols that support QoS for delay sensitive applications• Conducted research on Resource Allocation using Cross Layer Design techniques

• Awarded the ECE Distinguished Teaching Assistantship Award• Helped students with problem solving sessions• Prepared and conducted tutorials and laboratory sessions

• Performed cable sizing calculations for different loads • Routed cables (electronically) from the main control room to different loads across site • Ensured following NEC standards for cable routing and raceway fill • Verified lighting calculations and drawings • Reviewed vendor’s single line diagrams for motor control centers (MCC)

• Developed test-beds for wireless sensor networks applications• Implemented Crossbow’s - wireless sensor motes systems and applications• Tested functionality of sensor motes• Wrote an instruction manual and conducted a training session on operation of Crossbow’s wireless sensor motes