Sepehr Makhsous

Sep Makhsous is an Assistant Teaching Professor in the Department of Electrical and Computer Engineering (ECE) at the University of Washington. He holds a Ph.D. in Electrical and Computer Engineering and an MBA in Technology Commercialization from the University of Washington. His research interests include digital signal processing, robotics, embedded systems, controls, and entrepreneurship.

Makhsous's research focuses on developing cutting-edge technologies for real-world applications. As the director of the Autonomy, Robotics, and Connectivity (ARC) Lab, he leads research initiatives such as Project Aether, which focuses on developing next-generation motor controllers and propulsion systems for electric and hybrid aircraft. The project emphasizes lightweight, high-efficiency designs that integrate novel hardware and algorithms for enhanced autonomy and reliability. His lab also advances 3D geo-localization solutions for UAVs, addressing navigation challenges in urban environments where traditional GPS solutions fall short. These innovations include hybrid neural network architectures that improve navigation accuracy and real-time adaptability.

In addition to his research, Makhsous has significant entrepreneurial experience. He has participated in the NSF I-Corps program as both a technical and entrepreneurial lead and has successfully launched startups, including spinoffs from the University of Washington. He has competed in prestigious startup competitions, such as the Rice University Business Plan Competition and the UW Dempsey Start-Up Competition. Currently, he serves as an associate at OMEGA Venture Partners, where he evaluates startup pitches for their technical and business feasibility.

Makhsous is also a passionate educator and mentor. He has designed and taught several hands-on courses, including Embedded Systems, Introduction to Robotics, and Control Systems Engineering. He has introduced innovative projects, such as using ESP32 boards for embedded systems design and programmable robotic arms for controls and robotics courses, giving students practical tools to enhance their learning. His emphasis on active learning and real-world problem-solving helps students build the skills needed to succeed in both academia and industry. Through his research and teaching, Makhsous aims to bridge the gap between academia and industry, providing students with opportunities to work on advanced technologies while fostering entrepreneurial thinking. His work has helped numerous students secure internships, win awards, and launch their own ventures.

Campus Box 352500 | University of Washington | Seattle, WA 98195 | Email: sosper30@uw.edu | Research Web Page: ARC Lab | Research Web Page: LinkedIn