I'm currently working on creating Nimbus Labs, where we're creating solutions for weather intelligence in Pakistan and addressing some of Pakistan’s most pressing climate challenges. Professionally, I’m an Electrical Engineer and a Fulbright Scholar (2023). I specialize in machine learning, embedded systems, some meteorology, and IoT, with my industry experience spanning across research, systems engineering, and developing scalable backend systems. My work is deeply motivated by my passion for solving meaningful problems that have a direct impact on the community around me. When I’m not working, I enjoy being outdoors in nature, playing the piano, and tracking storms as a weather enthusiast
- Graduate Research Assistant, The Luminosity Lab
- Developed an embedded system for an inflatable lunar landing pad (NASA Big Idea Challenge 2024) with award-winning systems engineering.
- Lead a project to predict wind speed and direction using CNNs and wind noise correlation.
- Worked on designing a CubeSat test-bench to explore wireless power transfer using reconfigurable metasurfaces.
- Conducted extensive design validation of an aerosol particle analyzer for a silicon valley inventor.
- J. Ahmed Memon, A. Rehman, A. Ali, S. Shah and H. F. Khan, "Design and Implementation of Smart Flowmeter for Urban Water Metering," IECON 2022 â 48th Annual Conference of the IEEE Industrial Electro nics Society, 2022, pp. 1-6, doi : 10.1109/IECON49645.2022.9968961
