• Developed a first-of-its-kind contactless senior monitoring system, from Proof of Concept (PoC) to final product • Led multiple open houses and live demonstrations for private and governmental (i.e. Ontario Minister of Long Term Care) fundraising• Led the collaboration between a group of physicians and AI/radar engineers to develop AI-interpreted senior disease prediction and detection• Developed, evaluated, recommended, and implemented procedures for performance improvement

• Led a collaborative study titled “Modeling Activities of Daily Living Using Smart Home Technologies” aimed at enhancing seniors quality of life• Conducted simulations, validation, and testing at the Schlegel-UW Research Institute for Aging apartment and optimized radar systems to ensure systems & setups meet sensitivity, coverage, and detection requirements

In-vehicle Occupancy Detection• Led the development of AI-powered automotive radar-based sensors for in-cabin Sensing • Developed a radar-based sensor for detection of unattended infants, toddlers or pets in cars• Developed machine learning and deep learning models for people counting and positioning in the vehicles• Developed deep learning models to identify the type of occupants (adults, kids and infants)• Develop machine learning and deep learning models to identify distracted drivers • Simulated and verified MIMO antennas coverage inside a vehicle• Led a team to design and fabricate phantoms to mimic infants inside a car• Led data collection campaign inside various vehicles• Collaborated and worked with grad and undergrad students, coops and several industrial partners

• Proposed an unsupervised learning based contactless hallway gait monitoring system

• Involved in a nationwide collaborative first-of-its-kind research study (a bedrest study) on the health impacts of inactivity • Conducted data collection, analysis, and validation of different sensors in the bedrest study, focusing on biomedical non-contact vital sign detection and gait analysis, demonstrating that RF sensor shows 14-day head-down bedrest promotes reductions in walking speed

Remote Activity Monitoring and Fall Detection System• Analysis and validation of mm-wave FMCW MIMO radar sensors operation in fall detection • Analysis and validation of mm-wave FMCW MIMO radar sensors operation in vital signs monitoring

Multiband Energy Harvesting Systems• Designed a meandered loop antenna at FM and GSM band in CST Microwave Studio• Fabricated and tested the meandered loop antenna for energy harvesting system

Electrical Small Antennas (ESAs) Design• Designed, fabricated and tested electrical small antennas for MF/HF band

• Designed a line-following robot utilizing an AVR microcontroller.• Developed a human motion detector system employing weight sensors, motion sensors, and an AVR microcontroller.