Current Students Studying at The Center for Ergonomics

Ph.D. Students

Apodaca, Brandon
  • Degree Program: Ph.D., Expected graduation: 2026
  • Area of Interest: Autonomous Inspection, Coverage Path Planning, Space Robotics, Human-Machine Interfaces
  • Advisor(s):
  • Desired Employment:
Baez, Hannah
  • Degree Program: Ph.D., Expected graduation:
  • Area of Interest: Human-Robot Interaction
  • Advisor(s): Prof. Nadine Sarter, Prof. Brent Gillespie
  • Desired Employment: HRI/Search and Rescue Robotics Industry
Guo, Yaohui
  • Degree Program: Ph.D., Expected graduation:
  • Area of Interest:  Human-Robot Interaction, Human-Computer Interaction, Machine Learning
  • Advisor(s): Prof. X. Jessie Yang, Prof. Cong Shi
  • Desired Employment:
Hannan, Jacqueline
  • Degree Program: Ph.D., Expected graduation:
  • Area of Interest: Jacqueline is a graduate student in the Industrial and Operations Engineering department at the University of Michigan. Her current research interests include applying human factors concepts to the healthcare field to improve overall patient care. She is also interested in the use of wearable technology for health applications. Prior to studying at the University of Michigan, Jacqueline received her B.S. in biomedical engineering from the University at Buffalo.
  • Advisor(s): Prof. Leia Stirling
  • Desired Employment: Industry
 Kathuria, Tribhi
  • Degree Program: Ph.D., Expected graduation: 2024
  • Area of Interest: Tribhi is a graduate student in Robotics at the University of Michigan, Ann Arbor working jointly at the Interaction & Collaboration Research Lab (ICRL) and the Computational Autonomy and Robotics Laboratory (CURLY). Her research interest lies in studying Motion Planning and Control techniques for autonomous systems in a way that can be deployed in the real world. Currently she is working on developing algorithms for a tour guide robot that can understand and assist visitors inside a museum autonomously. She completed an undergraduate degree in Instrumentation and Control Engineering from Delhi University, followed by a masters degree in Robotics at University of Michigan.
  • Advisor(s):Prof. Maani Ghaffari Jadidi, Prof. X. Jessie Yang
  • Desired Employment:Academia, Industry
Larson, Hannah
  • Degree Program: Ph.D., Expected graduation:
  • Area of Interest: Autonomous Controls, Human Interaction
  • Advisor(s): Prof. Leia Stirling
  • Desired Employment: Undecided
Li, Yifan
  • Degree Program: Ph.D., Expected graduation: Winter 2020
  • Area of Interest: Yifan’s main research interest is in Physical Ergonomics, Occupational Biomechanics, and Human Factors with a focus in surgery and operating room ergonomics. He hopes to apply motion capture and inertial sensors in medical simulations to model surgeon movements. His aim is to improve surgeon health and surgery efficiency through by improving the operating environment as well as operating tools.
  • Advisor(s): Prof. Thomas Armstrong
  • Desired Employment: Academia
Karanvir Panesar

Panesar, Karanvir

  • Degree Program: Ph.D., Expected graduation: 2023
  • Area of Interest: Karanvir is a PhD student at The Human-Automation Interaction and Cognition (THInC) lab. Prior to joining the THInC lab, Karanvir got his B.S. in Computer Engineering and a minor in Art from California State University of Northridge. He also worked as a software developer and user interface designer at a startup company where he helped develop a unique human-autonomy teaming agent designed to facilitate teamwork between the automation and the human operator of a ground dispatch station that was developed in support of NASA’s Reduced Crew Operations project. Karanvir’s current research interests lie in understanding the evolution of trust over time between humans and machines as well as the design and development of multi-modal user interfaces to enhance human performance.
  • Advisor(s): Prof. Nadine Sarter
  • Desired Employment: Industry
  • Website
Peng, Xiangyu
  • Degree Program: Ph.D., Expected graduation:
  • Area of Interest: Xiangyu’s main research interest lies in human-robot interaction and exoskeleton controller development. His current project focuses on the understanding of people’s perception towards exoskeleton control parameters, which could inform the controller design in the future to minimize perceived interaction forces between human and exoskeleton.
  • Advisor(s): Prof. Leia Stirling
  • Desired Employment: Academia, Industry
Patrik SchulerSchuler, Patrik
  • Degree Program: Ph.D., Expected graduation: 2023
  • Area of Interest: Patrik’s current research interests focus on Human Factors and Physical Ergonomics, specifically with inclusive and accessible design. He received his undergraduate degree in Industrial Engineering at Clemson University. Prior to college, he served 5 years as a radio repairman in the United States Marine Corps. From that experience, he became motivated in facilitating functional independence for people with disabilities. At the University of Michigan, he is implementing inclusive design principals through Autonomous Vehicles.
  • Advisor(s): Prof. Jessie Yang
  • Desired Employment: Academia, Industry
Teerachart SoratanaSoratana, Teerachart
  • Degree Program: Ph.D., Expected graduation: 2023
  • Area of Interest: Teerachart is a Ph.D. student working with the Interaction & Collaboration Research Lab (iCRL) at the University of Michigan. His research interest is in human-robot interaction, computer vision, and machine learning. He completed his B.S. and M.S. in Industrial Engineering from Purdue University.
  • Advisor(s): Prof. Yili Liu, Prof. Jessie Yang
  • Desired Employment: Academia
Kamolnat Tabattanon Tabattanon, Kamolnat
  • Degree Program: Ph.D., Expected graduation: 2023
  • Area of Interest: Kamolnat’s current research is in human factors engineering considerations for inclusion and accessibility. Her work focuses on older adults and mobility limitations, incorporating theory from environmental gerontology and transactional performance with data related to sensorimotor capabilities, movement and perception. Areas of interest also include digital simulation and mixed methods analyses. Kamolnat has a Masters in Industrial and Operations Engineering from UM and a Masters in Mechanical Engineering Design from Oregon State University.
  • Advisor(s): Prof. Bernard Martin
  • Desired Employment: Industry
Weiss, Hannah
  • Degree Program: Ph.D., Expected graduation: 2023
  • Area of Interest: Hannah Weiss is pursuing her Ph.D. with a focus in Human Systems Integration at the University of Michigan. She earned her B.S. from the University of Southern California in Human Biology with an emphasis in Applied Physiology. Her past work includes contextually relevant human factors research at NASA’s Johnson Space Center to improve astronaut crew living and working conditions through injury and risk prevention. Her current research investigates advancing the use of wearables and extended reality (XR) technologies to transform astronaut workflow in various Intravhehicular/Extravehicular (IVA/EVA) applications for current and future deep-space missions. She is an active member of the Stirling Research Group which brings together methods from human factors, biomechanics, and robotics.
  • Advisor(s): Prof. Leia Stirling
  • Desired Employment: Industry (NASA)
Wu, Man I
  • Degree Program: Ph.D., Expected graduation:
  • Area of Interest:
  • Advisor(s):
  • Desired Employment:
Zhang, Qiaoning
    • Degree Program: Ph.D., Expected graduation:
    • Area of Interest: Human-Computer Interaction, Human-Centered Design, UX Research, Self-Driving Vehicles
    • Advisor(s): Prof. Lionel Robert Jr., Prof. Jessie Yang
    • Desired Employment:


Former Students of The Center for Ergonomics


Name Year Program Area of Interest Advisor Thesis Title
Fu, Albert Qianyi 2020 Ph.D. Physical Ergonomics, Human Factors Armstrong Development of a Planar Piecewise Continuous Lumped Muscle Parameter Model for Investigation of Joint Stiffness in Walking on a Level Surface
Lu, Yidu 2020 Ph.D. Physical Ergonomics, Human Factors Martin Detecting and Overcoming Trust Miscalibration in Real Time Using an Eye-tracking Based Technique
Acosta-Sojo, Yadrianna 2020 Ph.D. Physical Ergonomics, Human Factors Martin Adaptation of sensory and motor rehabilitation procedures for stroke patients
Haney, Justin 2019 Ph.D. Physical Ergonomics, Human Factors D’Souza Modeling Hand Movements in a Sequential Reach Task with Continuous Material
Lim, Sol 2019 Ph.D. Physical Ergonomics, Biomechanics D’Souza Combining Inertial Sensing and Predictive Modeling for Ergonomic Exposure Assessment in Non-Repetitive Work
Liu, Ke 2019 Ph.D. Transportation Green, Liu Measuring and Quantifying Driver Workload on Limited Access Roads
Mao, Yaxun 2019 Ph.D. Systems Interface Design/Evaluation Liu User Interface Evaluation with Machine Learning Methods
Wan, Yuzhi 2019 Ph.D. Cognitive Ergonomics Sarter Identifying and Overcoming Attention Limitations in the Detection and Identification of Alarms in Close Temporal Proximity
Jeong, Heejin 2018 Ph.D. Cognitive Modeling Liu Computational Modeling and Experimental Research on Touchscreen Gestures, Audio/Speech Interaction, and Driving
Figueroa, Rosemarie 2017 Ph.D.  Biomechanics Armstrong Development of a Three-Dimensional Anthropometric Model for Simulating Hand Work
Prinet, Julie 2016 Ph.D. Cognitive Ergonomics Sarter Attentional Narrowing: Triggering, Detecting and Overcoming a Threat to Safety
Pitts, Brandon 2016 Ph.D. Systems Interface Design Sarter Age-related differences in multimodal information processing and their implications for adaptive display design
Carrasquillo, Vernnaliz 2016 Ph.D. Ergonomics / Biomechanics Armstrong Cycle to Cycle Task Variations in Mixed-Model Assembly Lines and Their Effects on Worker Posture, Joint Loads, and Recovery Time
Feng, Fred 2015 Ph.D. Cognitive Modeling Liu Queuing Network Modeling of Human Multitask Performance and its Application to Usability Testing of In-Vehicle Infotainment Systems
Moacdieh, Nadine 2015 Ph.D. Systems Interface Design Sarter Eye tracking: A promising means of tracing, explaining, and preventing the performance effects of display clutter in real time
Lu, Sara 2014 Ph.D. Transportation Safety Sarter Tactile and crossmodal change blindness and its implications for display design
Yu, Denny 2014 Ph.D. Biomechanics Armstrong Application of human factors in surgery: studies on technique, displays, and performance
Best, Christopher 2013 Ph.D. Cognitive Modeling Liu Modeling dual-task concurrency and effort in QN-ACTR and IMPRINT
Cao, Shi 2013 Ph.D. Cognitive Modeling Liu Queueing network modeling of human performance in complex cognitive multi-task scenarios
Scotland, Samantha 2013 Ph.D. Physical Ergonomics Martin Upper limb asymmetries of movement sense and sense of effort: the contribution of gender and handedness
Zhou, Wei 2013 Ph.D. Development of Biomechanical Models for Describing Hand and Finger Placements in Handling Work Objects
Li, Huiyang 2012 Ph.D. Cognitive Ergonomics Sarter Supporting human-automation collaboration through dynamic function allocation: The case of space teleoperation
Nathan-Roberts, Dan 2012 Ph.D. Cognitive Modeling Liu Using interactive genetic algorithms to support aesthetic ergonomic design
Bae, Sungchan 2011 Ph.D. Biomechanics Armstrong Investigation of Hand Posture During Reach and Grasp for Ergonomic Applications
Jayaraman, Swapnaa 2011 Ph.D. Cognitive Ergonomics Sarter Supporting monitoring and interruption management In complex domains through graded multimodal notifications
Jones, Monica 2011 Ph.D. Biomechanics Reed / Chaffin / Hughes Bracing during kinematically constrained one-hand isometric force exertions: predicting force and posture for ergonomic analysis
Lau, Michael 2011 Ph.D. Ergonomics / Biomechanics Armstrong An investigation of factors that affect subjective assessment of wrist posture and applied hand force
Wiggermann, Neal 2011 Ph.D. Biomechanics / Ergonomics Keyserling The effect of flooring surface compliance on plantar pressures and discomfort during prolonged standing
Young, Justin 2011 Ph.D. Biomechanics Armstrong Biomechanics of hand/handhold coupling and factors affecting the capacity to hang on
Anthony, Brian 2010 Ph.D. Transportation Safety Sarter
Berman, Marc 2010 Ph.D. Cognitive Modeling Liu Memory, Interference and Depression
Ferris, Thomas 2010 Ph.D. Cognitive Modeling Sarter Informative vibrotactile displays to support attention and task management in anesthesiology
Fuller, Helen 2010 Ph.D. Cognitive Ergonomics Liu The Virtual Driver: Integrating Physical and Cognitive Human Models to Simulate Driving with a Secondary In-Vehicle Task
Kim, H.J., Suzanne 2010 Ph.D. Analysis of Biodynamic Responses Associated with Upper Limb Reaching Movements under Whole-Body Vibration- Support for an Active Biodynamic Model
Srinivasan, Divya 2010 Ph.D. HUMOSIM Reed Visuomotor Coordination in Symmetric and Asymmetric Bimanual Reaching Tasks
Yu, Shin-Yuan 2010 Ph.D. Upper Body Coordination and Movement Control of Unconstrained Visually Guided Three-Dimensional Reach Movements
Choi, Jaewon 2008 Ph.D. Developing a 3-Dimensional Kinematic Model of the Hand for Ergonomic Analyses of Hand Posture, Hand Space Envelope, and Tendon Excursion
Hoffman, Suzanne 2008 Ph.D. HUMOSIM Chaffin / Reed Whole-body postures during standing hand-force exertions: development of a 3D biomechanical posture prediction model
Wagner, David 2008 Ph.D. Classification and Modeling of Acyclic Stepping Strategies Used during Manual Material Handling Transfer Tasks
Bauerly, Michael 2007 Ph.D. Mathematical Modeling and Experimental Study of Interface Aesthetics
Grieshaber, David 2007 Ph.D. Factors Affecting Hand Posture and One-Handed Push Force During Flexible Rubber Hose Insertion Tasks
Rider, Kevin 2007 Ph.D. Effects of Ride Motion Perturbation on the Speed and Accuracy of In-Vehicle Reaching Tasks
Seo, Na Jin 2007 Ph.D. Development of a Biomechanical Model of Hand Coupling for Axial Torque and Push Exertions on Cylindrical Handles
Womack, Sarah 2007 Ph.D. Organizational Ergonomics Armstrong / Liker A multi-methodological study of the effects of lean manufacturing practices on work-related musculoskeletal disorder risk factors and other injuries


Name Year Program
Wang, Tianke 2019 M.S.E.
Nona, Laith 2017 M.S.E.
Caminita, Mia 2017 M.S.E.
Williams, Kathryn 2017 M.S.E.
Green, Cooper 2016 M.S.E.
Jeong, Heejin 2015 M.S.E.
McDowell, Ashley 2015 M.S.E.
Cwynar, David 2014 M.S.E.
DosSantos, Matheus 2014 M.S.E.
Greenough, Christopher 2014 M.S.E.
Kai, Thomas 2014 M.S.E.
Knuutila, Kristin 2014 M.S.E.
Komar, David 2014 M.S.E.
Twomey, Alessandra 2014 M.S.E.
Waller, Stephanie 2014 M.S.E.
Walsh, John 2014 M.S.E.
Huang, Wenyan 2013 M.S.E.
Bybee, Jeffrey 2012 M.S.E.
Cressman, Dale 2012 M.S.E.
Giliken, Casey 2012 M.S.E.
Ho, Helinda 2012 M.S.E.
Myatt, Lisa 2012 M.S.E.
Dubinsky, Jayme 2011 M.S.E.
Graul, Douglas 2011 M.S.E.
Herron, Matthew 2011 M.S.E.
Hinton, Jared 2011 M.S.E.
Kime, Jeremy 2011 M.S.E.
Phillips, Catherine 2011 M.S.E.
Sackllah, Michael 2011 M.S.E.
Au, Kenneth 2010 M.S.E.
Lapp, Katherine 2010 M.S.E.
Muiru, William 2010 M.S.E.
Ortiz, Vivian 2010 M.S.E.
Potterton, Jon 2010 M.S.E.
Hammersborg, Anders 2009 M.S.E.
Neeland, Mark 2009 M.S.E.
Stringfield, Kiana 2009 M.S.E.