Openings
Openings
Soft Robotics (1 position)
Soft actuators based on smart materials (SMP, LCE, etc.)
Soft robotics for extreme environments (e.g., aerospace applications)
Wearable and biomedical devices
Soft MEMS (1 position)
Microfabrication and microsystems
MEMS transfer printing and automation
Advanced 3D chip manufacturing (double-sided, stacked integration)
Soft microrobotics
Required
Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Materials Science, Aerospace Engineering, or a related field
English proficiency scores for international students (one of the following: Duolingo 100, TOEFL IBT 79 or 4(new), IELTS 6.5, PTE 60, CPE 180, CAE 175, ELS 112)
Preferred (Not Required)
Master’s degree in a related field
Hands-on experience in microfabrication or experimental research
Background in robotics and control
Programming skills (Python, C++, MATLAB)
CAD/FEA tools (Creo, AutoCAD, ABAQUS, COMSOL)
Prior research experience (publications or projects)
Full financial support (tuition + stipend; fees not included)
Opportunities to publish in leading journals and present at international conferences
Access to advanced research facilities and interdisciplinary collaboration
Please send the following documents via email:
CV
Academic transcript
Email: C.Son@ttu.edu
For inquiries, feel free to contact:
Dr. ChangHee Son
Email: C.Son@ttu.edu
The lab welcomes motivated undergraduate students interested in gaining hands-on research experience in robotics, smart materials, microfabrication, and advanced manufacturing. Undergraduate researchers will have opportunities to participate in experimental research, prototyping, device fabrication, testing, modeling, and interdisciplinary projects related to adaptive systems and next-generation technologies. Prior research experience is not required. Curiosity, motivation, and willingness to learn are highly valued.
Multiple fellowship and scholarship opportunities are available for highly qualified graduate students at Texas Tech University and the Edward E. Whitacre Jr. College of Engineering. Competitive applicants may be nominated for university-level fellowships that provide substantial stipend supplements, tuition support, and research/travel funding.
Potential opportunities include:
Distinguished Graduate Student Assistantships (DGSA) for outstanding doctoral applicants
Recruitment Fellowships that supplement graduate stipends for top applicants
Graduate Access and Engagement Recruitment Fellowships supporting domestic students from underserved or underrepresented backgrounds
Koh Family Scholarships for exceptional incoming PhD students in engineering
Additional Graduate School fellowships available to both incoming and continuing students
Graduate Travel Grants supporting conference travel and presentation opportunities
Publication Grants assisting students with journal publication and dissemination costs
Many of these awards are faculty-nominated and may be combined with research assistantships. Competitive candidates with strong academic records, research experience, and interdisciplinary interests are especially encouraged to apply.