In these graduate programmes, students explore various areas, ranging from microcircuits to artificial intelligence, drones, and modern communication technologies. Each focuses on developing practical skills to create real-world solutions, including smarter devices and faster communication networks.

Research here focuses on areas like the Internet of Things, wireless sensor networks, cybersecurity, cloud-edge computing, and micro-grids. One standout example is the Microgrid Living Laboratory at U of R. Funded with $976,000 by Prairies Economic Development, Canada, this lab combines real energy assets, including loads, control centres, and renewable energy sources. Students and researchers use it to test models, advance R&D, and explore digital applications for commercial use.

The lab collaborates with industry, giving engineers hands-on experience in smart grid technologies. "This lab gives us a controlled, flexible space to test new technologies, analyse how energy systems interact, and solve real problems related to grid design and resilience," says Dr. Irfan Al-Anbagi, director of the Microgrid Living Lab.