Description
The Utah Wearable Robotics Laboratory (UWRL) at the University of Utah is seeking dedicated and driven graduate students for multiple MS and PhD positions. These roles are part of a multi-year, NIH R01-funded project focused on developing and testing powered neck exoskeletons specifically for individuals living with Amyotrophic Lateral Sclerosis (ALS).
This research initiative offers a unique opportunity to work at the intersection of mechanical engineering and clinical healthcare. By joining this project, students will contribute to the creation of assistive technologies that aim to restore mobility and improve the quality of life for patients facing significant neuromuscular challenges.
Research Opportunities & Responsibilities
Selected graduate students will be integrated into a collaborative environment, working alongside engineering experts, neurologists, and biostatisticians. The research focuses on the clinical evaluation of robotic devices and how they adapt to changing muscle function.
Depending on their specific academic interests and technical background, students may engage in:
- Human-Subject Experiments: Conducting biomechanical studies in both laboratory and clinical settings with study participants.
- Robotic Control & Design: Integrating hardware and developing control systems for wearable assistive robots.
- Data Analysis: Utilizing motion capture, IMUs, and force measurements to quantify human movement and device effectiveness.
- Clinical Translation: Validating robotic measurements against established clinical standards and modeling longitudinal functional outcomes.
Candidate Qualifications
The lab is looking for students who are passionate about rehabilitation robotics and human movement science. Candidates should be comfortable working in interdisciplinary teams and interacting professionally with clinicians and patients at the University of Utah ALS Clinic.
Academic Background
- A bachelor’s degree in Mechanical Engineering, Biomedical Engineering, Robotics, Biomechanics, or a closely related field.
- A strong interest in translational research that moves engineering solutions from the lab into the real world.
Preferred Skills
- While not strictly required, previous experience with motion analysis or human-subject research is highly beneficial.
- A proactive attitude toward learning experimental design, scientific writing, and data modeling.
Funding & Benefits
These graduate positions are fully funded, providing students with the financial security to focus entirely on their research and academic growth. The University of Utah offers a vibrant research ecosystem and top-tier facilities for engineering and medicine.
- Financial Support: 100% tuition coverage and a competitive monthly stipend provided via research assistantships.
- Professional Growth: Support for publishing in high-impact journals and presenting findings at international conferences.
- Mentorship: Direct guidance from Dr. Haohan Zhang and opportunities to build a professional network within the clinical and robotics communities.
- Flexible Start: Positions are available starting Fall 2026, with flexible entry points for Spring or Fall 2027 by arrangement.
Application Process
Interested candidates must follow a two-step process: an initial inquiry with the lab followed by a formal university application.
- Initial Inquiry: Email Dr. Haohan Zhang (haohan.zhang@utah.edu) with the subject line "Graduate Application - [Your Name]".
- Required Documents: Attach a CV, undergraduate transcripts, and a brief statement of your research interests and career goals. You may also include previous project descriptions or publications.
- Formal Admission: Successful candidates must also meet the official admission requirements for the University of Utah’s Mechanical Engineering or Robotics graduate programs.
