College of

Engineering, Architecture and Technology

The American Society of Mechanical Engineers is a global organization that is one of the most respected professional organizations for engineers. ASME is comprised of individuals representing innovation and research who shape the future of the planet through industry and technology.  

 

In recognition of individuals who have represented these values to a high degree, ASME names members to its fellowship. Since the 1960s, ASME has given this title to just 4,000 engineers.  

 

A College of Engineering, Architecture and Technology professor is one of the latest, as Dr. Mike Xiang of the School of Mechanical and Aerospace Engineering was recently named an ASME Fellow.  

 

“Being named a Fellow of the American Society of Mechanical Engineers is a great honor and a meaningful milestone in my career,” Xiang said. “It represents not only recognition from my peers but also a validation of the work and dedication I’ve invested in the field over the years. This recognition motivates me to continue advancing the field, mentoring future engineers and contributing to the broader engineering community.” 

 

Dr. Rasim Guldiken, head of MAE, said this achievement highlights Xiang’s exceptional contribution to mechanical engineering and the overall strength of MAE faculty.  

 

“His achievement exemplifies our commitment to advancing research, innovation, and education at the highest standards, and it reflects the significant impact our faculty members are making on the engineering community globally,” Guldiken said. 

 

Xiang sees this fellowship as an honor and a responsibility. Moving forward, it will strengthen his commitment to continued professional service with ASME and the broader engineering community.

  

"As an educator and researcher in the biomedical field, I see this recognition as an opportunity to expand my efforts in advancing research and fostering innovation,” Xiang said.

  

Xiang’s vast areas of expertise include digital human modeling, lifting and gait biomechanics, muscle fatigue modeling and designing and optimizing exoskeletons. His passion is geared toward understanding human movement and physical performance to improve ergonomics. He also has a goal to enhance human-machine interaction and support the development of assistive technologies to improve people’s lives.

  

“Beyond research, I strive to mentor the students in becoming dedicated, responsible engineers and educators who are passionate about making a positive impact on biomedical fields,” Xiang said.

  

Xiang has been active with ASME for more than 12 years. He has helped organize symposiums on human modeling and simulation for ASME’s International Design Engineering Technical Conferences and is the current chair for the advanced modeling and simulation session within ASME’s Computers and Information in Engineering Division.  

 

"This ongoing involvement has been a meaningful part of my professional service and collaboration within the ASME community,” Xiang said.