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Research Experience for Undergraduates

Summer research for undergraduates in advanced materials and manufacturing.

UTK-MRSEC partners with the University of Tennessee–Oak Ridge Innovation Institute’s Student Mentoring and Research Training Internship Program, known as SMaRT.

CAMM-supported interns spend the summer working with mentors from the University of Tennessee, Oak Ridge National Laboratory, and partner organizations on research connected to advanced materials, manufacturing, data, and artificial intelligence.

Visit the SMaRT Internship Page
Students presenting research posters during a summer research event

A 10-week research experience with CAMM, UT-ORII, UT, and ORNL.

Through SMaRT, interns explore advanced materials and manufacturing while gaining experience in a university and national laboratory research ecosystem. CAMM provides research projects, partial financial support, professional development, and community-building activities.

UTK-MRSEC CAMM logo
UT-ORII SMaRT Internship logo

Students gain research experience, mentoring, presentation practice, and community connections.

10

Weeks

Summer research, mentoring, workshops, presentations, and community activities.

15

CAMM REU students

Students supported through CAMM-connected SMaRT research projects in 2025.

UT/ORNL

Mentors

Students work with faculty, researchers, graduate students, and postdoctoral mentors.

TEAMS

Community

Students connect with the broader materials community through CAMM activities.

Hands-on research with expert mentors.

Students build research skills through real projects, mentor support, communication practice, and peer community. The experience helps students explore research careers and graduate school pathways.

  • Mentoring from UT, ORNL, graduate student, faculty, and Center mentors
  • Professional development and communication workshops
  • Poster and oral presentation opportunities
  • Peer community-building and social activities

A summer experience built around research, mentoring, and presentation practice.

  • Orientation, mentor meetings, safety activities, and professional development
  • Communication workshops and bi-monthly social gatherings
  • Poster presentations at the UTK Summer Research Scholars Symposium
  • Oral presentations at the SMaRT Symposium
  • Participation in TEAMS, CAMM’s annual conference

SMaRT provides financial, housing, and travel support.

Benefits

Stipend

$700 per week, plus an additional $250 loaded to a VolCard for expenses.

Benefits

Housing

University of Tennessee, Knoxville on-campus apartment-style housing is provided.

Benefits

Travel Support

Up to $1,200 for students traveling from more than 50 miles away, one way.

What students can work on.

CAMM supports SMaRT projects in advanced materials and manufacturing, with connections to materials in extreme environments, data science, artificial intelligence, and team-based research.

Advanced Materials & Manufacturing Materials in Extreme Environments Data Science & Engineering Threads Artificial Intelligence / Machine Learning Fusion Materials & Technology Sustainable Manufacturing

Students build confidence, communication skills, and research direction.

REU students reported strong satisfaction with mentors and growth in skills such as collaboration, public speaking, and social confidence.

What students gain.

  • Research mentoring and project experience
  • Poster and oral presentation practice
  • Professional development and peer community
  • Exposure to graduate school and career pathways

Who should apply?

  • Rising college sophomores, juniors, and seniors
  • Students interested in advanced materials, manufacturing, interdisciplinary science, engineering, and research careers
  • Students curious about research with university and national laboratory mentors

Application status

Summer 2026: The application is closed.

Summer 2027: Applications are expected to open in September 2026.

Hear from recent SMaRT interns.

These videos show how SMaRT connects classroom learning with hands-on research, mentors, and future academic or career plans.

Chloe Davis — Ceramic thermal-barrier research using X-ray diffraction, scanning electron microscopy, and transient plane source methods.

Courtnei Powell — Hands-on summer research within the UT–ORNL ecosystem.

Aisling Gonzalez — Machine-learning-assisted phase identification for X-ray diffraction data.