Madi Babaiasl is a Assistant Professor at Saint Louis University. They possess expertise in solidworks, latex, microcontrollers, robotics, sensors and 34 more skills. They is proficient in English. Colleagues describe them as "Mahdieh and I worked together for two years in the M3 Robotics Lab at WSU. Although we had separate research projects, Mahdieh was always willing to offer guidance. She often helped me design experiments, develop mathematical models, and write Matlab programs. She has a deep understanding of both mechanical and electrical systems, and an evident knack for teaching. I am grateful for her collaboration and continually impressed by her research accomplishments.", "I had the pleasure of working with Mahdieh in the M3 robotics lab for four years. She was an outstanding robotics researcher and has in-depth knowledge of robot kinematics, dynamics, and control. We collaborated on two different types of steerable needle projects, she really impressed me with her analysis and modeling skills. Her contribution yield over a dozen publications and conference presentations. She's a fast learner and also happy to share her knowledge with peers, her passion for robotics research and expertise in medical robots made her a great collaborator. I would not hesitate to recommend her to any research and development positions, her skills and knowledge will definitely be assets to any organization.", and "Mahdieh was my first graduate student to graduate and has been an incredible asset to my lab. I received advice when starting my professor career about how important it was to choose a great first couple of students. Mahdieh fit that goal and even more. One of the things that most impressed me with Mahdieh was her progression from being a very theory-focused student when she arrived to coupling that with the ability to be an experimentalist. Over the course of her PhD, she was able to develop deep theory on the interaction between waterjets and soft tissue, and then validate those model experimentally. This required a breadth in areas of soft mechanics, fluid dynamics, and robotics, which culminated in an impressive dissertation."