معرفی
M. Khalid Jawed is an Associate Professor in the Department of Mechanical and Aerospace Engineering at UCLA. His research focuses on the intersection of mechanics, robotics, machine learning, and computer graphics. The Structures-Computer Interaction Lab under his leadership explores smart structures, soft robotics, and physics-based modeling of flexible systems. Applications include precision agriculture robotics and bio-inspired locomotion systems. He holds a Ph.D. from MIT and postdoctoral training at Carnegie Mellon University.
Education:
- Postdoctoral Research: Soft Robotics, Carnegie Mellon University (2016-17)
- Ph.D. (Mechanical Engineering: Mechanics), MIT (2016)
- S.M. (Mechanical Engineering), MIT (2014)
- B.S.E. in Aerospace Engineering and Engineering Physics, University of Michigan (2012)
Research Interests:
Professor Jawed’s work emphasizes computational mechanics, soft robotic design, and bio-inspired systems. His lab develops algorithms for real-time physics engines and explores novel materials like kirigami-enhanced composites. Key areas include robotic locomotion in complex environments, adaptive structures, and machine learning-driven simulations for deployable systems. Recent studies on spider ballooning mechanics and bacterial flagella-inspired propulsion highlight his interdisciplinary approach.
Publications & Trends:
His recent work emphasizes soft robotics, material innovation, and real-time control systems. Notable themes include kirigami-based morphing structures, machine learning for inverse design, and bio-inspired locomotion mechanisms. Over 50 publications span journals like Soft Matter and conference proceedings in robotics (e.g., IROS).
Awards:
- NSF CAREER Award (2021)
- Outstanding Teaching Award, UCLA (2019)
- Multiple IROS Best Paper Finalist recognitions (2021-2023)
Advising & Labs:
He mentors students in robotics, mechanics, and computational modeling. The Structures-Computer Interaction Lab collaborates on projects with industry partners, focusing on precision agriculture robots and sustainable soft robotics. No specific students are listed in the provided materials.
Key Projects:
Developed the first real-time physics engine for soft robotics (2020) and explored sunlight-powered autonomous systems (2023). His work on spider flight mechanics was featured in multiple news outlets in 2022-2023.
