UF Materials Science Engineering MS PhD Program 2026

Why Choose UF Materials Science Engineering

The University of Florida’s Department of Materials Science and Engineering (MSE) offers one of the most comprehensive graduate programs in the field, housed within the Herbert Wertheim College of Engineering. With more than 40 graduate faculty members spanning multiple colleges and research institutes, the program provides the interdisciplinary breadth and research depth that today’s materials scientists need to tackle complex engineering challenges.

What distinguishes UF’s MSE program is its remarkable flexibility. Students can pursue a thesis-based or non-thesis MS degree, with the non-thesis option available entirely online through UF’s EDGE distance learning platform. PhD students benefit from a structured qualifying exam process, a mandatory supervised teaching component, and access to state-of-the-art research instrumentation in Rhines Hall and beyond.

The department’s interdisciplinary nature is embedded in its DNA. MSE faculty routinely collaborate with researchers across engineering, sciences, medicine, and dentistry — creating a research environment where materials science intersects with biomedical engineering, nanotechnology, energy systems, and computational science. Led by Interim Chair Prof. Michael Tonks and Graduate Coordinator Prof. Simon Phillpot, the program prepares graduates to solve engineering problems across all materials-related fields. Students exploring similar materials engineering programs may also consider the UT Austin Materials Science Engineering program for comparison.

MS Degree Curriculum and Requirements

The MS in Materials Science and Engineering at UF requires a minimum of 30 credits beyond the bachelor’s degree. Both the thesis and non-thesis tracks share a common foundation of 12 core credits across four fundamental courses: EMA 6316 (Materials Thermodynamics), EMA 6313 (Materials Structure and Mechanical Properties), EMA 6136 (Diffusion, Kinetics, and Transport), and EMA 6114 (Functional Properties of Materials). All core courses must be passed with a grade of C or better — a C- does not count as passing.

Beyond the core, both tracks require a minimum of 6 credits of graduate-level MSE electives (EMA 5000/6000 letter-graded courses) and permit up to 9 credit hours of non-MSE electives at the 5000-level or higher. Students entering without a strong materials science background can take EMA 6001 (Properties of Materials) as an introductory review course — a diagnostic exam administered before each Fall semester helps incoming students assess their preparation level.

The thesis option requires 3 to 6 credits of EMA 6971 (Master’s Thesis Research) and culminates in an oral defense before a three-member supervisory committee led by the student’s research advisor. Up to 5 credits of supervised research (EMA 6910) can count toward the degree. The non-thesis option replaces the thesis defense with a written technical paper submitted to the Graduate Coordinator, with the Graduate Coordinator serving as the sole committee member. Non-thesis students are limited to a maximum of 6 S/U-graded credits.

Both tracks must be completed within 7 years of admission. Students are also required to register for EMA 6936 (Seminar in Materials Science and Engineering) every semester, a 1-credit S/U course, unless they are enrolled in 9 or more letter-graded credits that term.

PhD Program Structure and Qualifying Exam

The PhD in Materials Science and Engineering at UF demands a minimum of 90 credits beyond the bachelor’s degree, which may include credits earned during a master’s program. The course requirements build on the same four core courses as the MS, with a higher passing standard: PhD students must earn a B or better in all core courses (B- is not passing). An additional 1-credit course, EMA 6920 (Professional Development), rounds out the core at 13 total credits.

A distinctive feature of the PhD program is the mandatory supervised teaching requirement. Students must complete 4 credits of EMA 6941 (Supervised Teaching of Students), divided into two separate courses of 2 credits each, typically completed in the second or third year. This averages approximately 6 hours per week per course and may include office hours, review sessions, grading, creating problem sets, proctoring exams, and potentially delivering lectures. Both faculty and enrolled students evaluate the teaching assistant’s performance.

The qualifying exam is a critical milestone that must be completed within 24 months (6 terms) of program entry. It consists of a written PhD research proposal — limited to 20 printed pages following NSF or other federal agency guidelines — and an oral defense before the four-member supervisory committee. The proposal must cover research motivation, literature background, proposed experiments, methodology, preliminary results, anticipated outcomes, and timeline. The oral presentation lasts approximately 30 minutes, followed by committee questioning. Students have a maximum of two attempts; if the first attempt fails, the retake must occur in the following semester.

After passing the qualifying exam, all doctoral work must be completed within 5 calendar years, or the exam must be repeated. The supervisory committee includes a minimum of four members: the research advisor as chair, two additional members from the Graduate Faculty of Materials Science, and one external member from outside the MSE Graduate Faculty.

Research Specializations at UF MSE

The UF Materials Science and Engineering department offers six primary areas of specialization, allowing students to develop deep expertise while maintaining the broad materials science foundation provided by the core curriculum.

Biomaterials research at UF leverages the department’s unique position bridging the Herbert Wertheim College of Engineering with the College of Medicine and College of Dentistry. This interdisciplinary collaboration enables research on implant materials, tissue engineering scaffolds, drug delivery systems, and biocompatible coatings with direct clinical applications.

Ceramics research covers advanced structural and functional ceramic materials, from high-temperature applications in aerospace to electronic ceramics for sensors and energy storage. Computational Materials applies modeling and simulation techniques — including density functional theory, molecular dynamics, and machine learning — to predict material properties and accelerate materials design. Electronic Materials focuses on semiconductors, photovoltaic materials, and electronic device fabrication, while Metals research addresses alloy design, mechanical behavior, and advanced manufacturing processes. Polymers research spans synthesis, characterization, and application of polymeric materials for energy, biomedical, and structural applications.

The department’s 40+ graduate faculty members routinely conduct multidisciplinary research with colleagues across other departments, universities, national research laboratories, and industry. Students benefit from access to state-of-the-art research instrumentation and what the department describes as a vibrant collaborative culture that prepares them for careers in both academic and industrial settings.

Admissions and Getting Started

Admission to UF’s MSE graduate program is managed by the department’s admissions committee, with detailed requirements governed by the UF Graduate Catalog and Graduate School Handbook. Prospective students should consult the MSE department website and contact the Academic Services Office at advising@mse.ufl.edu for the most current application requirements.

Once admitted, all graduate students are assigned the Graduate Coordinator as their initial academic advisor. For MS thesis and PhD students, this role transitions to the research advisor once a faculty mentor is identified. The Academic Services Office in 108 Rhines Hall — staffed by advisors Tahara Franklin and Allyson Beatty — provides ongoing support for course scheduling, degree requirements, and administrative processes.

New students entering in the Fall should be aware of the diagnostic exam on fundamentals of materials science, administered before the start of classes. This assessment helps determine whether EMA 6001 (Properties of Materials) is needed as a refresher. Students who need this course are advised to take it in their first Fall semester concurrently with EMA 6316, deferring EMA 6313 to the following Fall to maintain an appropriate course load.

International students receive additional support, including assistance with letters required for US visa issuance. The department strongly supports internship experiences, and international students can pursue opportunities through Curricular Practical Training (CPT) with appropriate authorization.

EDGE Online MS Option for Working Professionals

One of UF’s most distinctive offerings is the ability to complete the non-thesis MS in Materials Science and Engineering entirely through the EDGE distance learning program. This option makes a top-tier materials science education accessible to working professionals, military personnel, and students who cannot relocate to Gainesville.

EDGE students follow the same curriculum and meet the same academic standards as on-campus students. The key flexibility lies in pacing: students can take one or two classes per semester based on course availability and personal schedule, making it possible to complete the degree while maintaining full-time employment. EDGE students are exempt from the in-person seminar attendance requirement for EMA 6936.

The program provides representative schedules for both one-class and two-class-per-semester plans, helping distance learners map out their path to completion. All EDGE courses use the same content and are taught by the same faculty as their on-campus counterparts, ensuring that the degree carries identical academic weight.

For professionals considering graduate education in related engineering fields, the Penn State Computer Science Engineering program offers another strong option with flexible delivery formats.

Faculty, Mentorship, and Professional Development

The UF MSE department takes a structured approach to graduate student mentorship and professional development. The department leadership team includes Interim Chair Prof. Michael Tonks, Associate Chair Prof. Josephine Allen, and Graduate Coordinator Prof. Simon Phillpot, who serves as the primary advisor to all MSE graduate students.

All PhD students are required to maintain an Individual Development Plan (IDP), housed on the department’s Canvas site. The IDP consists of three components: an Action Plan Template for setting goals, skills, and competencies for the coming 12 months; a Mentoring Plan Template for structuring meetings with the lead mentor, thesis committee members, and collaborators; and a Self-Assessment Survey for evaluating strengths and areas for growth. The IDP is updated regularly as circumstances evolve and ensures that professional development is an ongoing, intentional process.

Research advisors conduct annual evaluations of their graduate students across eight criteria including oral communication, written communication skills, independence, initiative, leadership, and teamwork. These evaluations, tracked through the Graduate Information Management System (GIMS), provide regular feedback that helps students stay on track and identify areas for improvement.

The EMA 6920 Professional Development course, required for all PhD students, provides structured training in skills beyond technical research — including career planning, communication, ethics, and understanding the societal and economic impact of engineering work.

Funding, Assistantships, and External Fellowships

While the handbook does not detail specific stipend amounts, the UF MSE program offers several funding pathways for graduate students. Graduate Research Assistantships (GRA) and Teaching Assistantships (TA) are the primary funding mechanisms, with the Herbert Wertheim College of Engineering establishing minimum yearly stipend requirements.

The department actively encourages students to pursue external fellowships from prestigious funding agencies. Recommended fellowship programs include the NSF Graduate Research Fellowship, NIH National Research Service Awards (NRSA), the National Defense Science and Engineering Graduate Fellowship (NDSEG), and fellowships from the Department of Energy (DOE), Department of Defense (DoD), and Department of Homeland Security (DHS). Securing external funding not only provides financial support but also enhances a student’s professional profile and research independence.

For students with external sponsors — such as military personnel or employees of companies sponsoring their education — the Externally Funded PhD option allows students to maintain their employment while pursuing the degree. The sponsor must cover an amount equal to or exceeding the HWCOE minimum yearly stipend plus tuition, and annual petitions must be renewed. This pathway opens up PhD access to professionals who would otherwise be unable to leave their positions. Students comparing engineering funding packages might also explore the Penn State Aerospace Engineering programs for competitive research funding opportunities.

Student Life, Safety, and Campus Resources

Graduate life in UF’s MSE department centers around Rhines Hall, which houses faculty offices, research laboratories, the Academic Services Office, and student workspaces. The department maintains a comprehensive laboratory safety program in collaboration with the Herbert Wertheim College of Engineering, requiring all students to complete a laboratory safety checklist before gaining access to research facilities.

Safety governance includes the MSE Student Safety Council (SSC), comprising graduate and undergraduate students plus the Laboratory and Safety Manager Dr. Kevin Gilley, and the Engineering Safety Steering Committee at the college level. This multi-layered approach to safety culture reflects the department’s commitment to maintaining a secure research environment across all six specialization areas.

The University of Florida, located in Gainesville, offers the full resources of one of America’s largest public research universities. Graduate students have access to world-class libraries, recreational facilities, health services, and a vibrant campus culture. The city of Gainesville provides an affordable cost of living compared to many university towns, making graduate student stipends stretch further.

All graduating students complete a Departmental Exit Survey, providing feedback that helps the department continuously improve the graduate experience. The transparent evaluation systems — annual research advisor assessments, teaching evaluations, and exit surveys — create a feedback loop that benefits both current and future students.

How UF MSE Compares to Peer Programs

When evaluating the University of Florida’s MSE program against peer institutions, several factors stand out. The program’s six specialization areas provide breadth that matches or exceeds most competitors, while the interdisciplinary collaboration across engineering, sciences, medicine, and dentistry creates unique research opportunities — particularly in biomaterials — that purely engineering-college programs cannot replicate.

The EDGE online MS option is a significant differentiator. Few top-tier materials science programs offer a fully online master’s degree with the same academic rigor as the on-campus version. Combined with the remote PhD option for externally funded students, UF provides access pathways that traditional programs lack.

The structured qualifying exam format — a written proposal following NSF guidelines plus oral defense — mirrors the grant-writing skills that PhD graduates will need throughout their careers, providing practical professional preparation alongside academic rigor. The mandatory supervised teaching component further distinguishes UF’s doctoral training by ensuring graduates can communicate complex materials science concepts effectively. The Emory MS Computer Science program represents another strong graduate engineering option for students weighing multiple top programs.