Fitsum P
- Research Program Mentor
PhD at Columbia University
Expertise
Projjects that involve the design and development of medical devices, projects that need statistical analysis for treatment efficacy, Robotics, Engineering, Biotech, Medical Robotics and devices, rehabilitation
Bio
Fitsum Ermias Petros recently completed her Ph.D. in Mechanical Engineering at Columbia University. She earned her Bachelor of Science in Mechanical and Aerospace Engineering with a certificate in Robotics and Intelligent Systems from Princeton University. Fitsum’s research focuses on how people use their senses—like sight, hearing, touch, and balance—to understand and move through the world. She takes a look at how humans move and process information from a robotics point of view, using robotics, virtual reality, and engineering methods to explore and better understand human movement and related health issues. Her goal is to find ways to help people, especially those with sensory or movement disorders, regain control of their bodies. In addition to her academic work, Fitsum is passionate about assistive technologies, diagnostic tools, and wearable devices that can improve the quality of life for those with sensory and mobility impairments. Outside of her research, she has a deep appreciation for modern art, dance, and theater, and enjoys exploring how creativity intersects with technology. Her interests in these areas inform her innovative approach to robotics, where she seeks to bridge the gap between engineering, human health, and artistic expression.Project ideas
Designing and Analyzing a Prototype for a Mobility Solution
In this project, you’ll brainstorm and design a new gadget or tool that solves a mobility problem, such as helping the elderly or bed-bound individuals get up from bed. You’ll create a simple prototype and use tools to simulate its performance and evaluate its effectiveness. This could involve collecting data on how well your design works through simulations, testing different versions, and using coding to refine and improve the design. You’ll gain hands-on experience in design, prototyping, and using technology to simulate and analyze real-world solutions.