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Dr. Mohammad H Hasan - Columbus State University

Columbus State University

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Academic Areas

Engineering and Robotics


  • PhD in Mechanical and Materials Engineering, The University of Nebraska – Lincoln, 2020
  • MS in Mechanical and Materials Engineering, The University of Nebraska – Lincoln, 2018
  • BS in Mechatronics Engineering, Jordan University of Science and Technology, 2015


Mohammad joined Columbus State University as an assistant professor in 2021. Prior to joining CSU, Mohammad was a PhD student in the University of Nebraska – Lincoln we he worked on neuromorphic (neuro-inspired) computing in non-digital hardware components. His research has led him to the development of the first artificial intelligence-augmented micro-sensors, which can be used in novel robotic systems, such as soft and micro-robots. He also worked on AI in robotics, where he developed a voice-controlled wheel chair-mounted robotic arm.

Research Interests

My research interests lie in the areas of neuromorphic computing, complex dynamical systems, microsystems and human-machine interactions. My research interests are based on my experience with micro-sensors, colocalized sensing and computing and AI implementation in wheelchair-mounted robotic arms. My ongoing research is about the implementation of neuromorphic computing in robotic systems to facilitate human-in-the-loop control and more efficient edge-based multi-robot control.

Google Scholar

Honors, Recognition and Awards

  • Inaugural UNL Graduate Symposium keynote speaker - 2020
  • International Research Partnership Grant, University of Waterloo, Canada – 2019 ($10k in travel fund and research fund).
  • College of Engineering Research Professional Development Fellowship – 2019.
  • DOE Jump Award – 2016 (Top 3 + $20k in technical support).
  • Lyncee Tech Innovation challenge – 2016 (Finalist).

Professional Memberships

  • The American Society of Mechanical Engineers (ASME)
  • Institute of Electrical and Electronics Engineers (IEEE)

Teaching Interests

My teaching interests cover a broad range of topics in the field of robotics, including the areas of engineering mechanics and design, machine learning, and sensors and actuators. My teaching philosophy focus on providing a comprehensive view of the topic at hand and how it fits in the context of robotics engineering and engineering in general in order to motivate my students. I also like to provide real-world examples and computer simulations to add more flavor to my classes.

Courses taught in CSU:

  • ENGR 2115: Statics
  • ENGR 2256: Engineering Graphics and Modeling
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