UF MAE faculty deliver cutting edge research and hands on teaching in mechanical and aerospace engineering. This page highlights how the department combines industry aligned curriculum with innovation focused labs.
Students benefit from small class sizes, mentorship, and strong ties to national labs and industry partners. The following sections detail programs, research themes, and practical resources for current and prospective students.
| Program | Degree Level | Typical Duration | Key Focus |
|---|---|---|---|
| Undergraduate MechAE | Bachelor of Science | 4 years | Design, thermodynamics, controls |
| Master of Science in MechAE | Master | 2 years | Advanced analysis, research project |
| PhD in Mechanical & Aerospace Engineering | Doctoral | 5–6 years | Original dissertation, lab work |
| Online Professional Certificates | Non-degree | 6–12 months | Upskilling in fluids, dynamics, materials |
Curriculum and Degree Programs
Undergraduate Curriculum
The UF MAE undergraduate curriculum balances core engineering fundamentals with hands on design projects. Students take sequence courses in dynamics, materials, thermodynamics, and fluid mechanics, complemented by modern tools like CAD and MATLAB.
Graduate Coursework and Research
Graduate students engage in advanced seminars, qualifying exams, and mentored research. The Master of Science requires a technical report or project, while the PhD emphasizes dissertation work, publication, and teaching experience.
Research and Innovation Labs
UF MAE faculty lead research in robotics, autonomous systems, additive manufacturing, and sustainable energy. Collaborative partnerships with NASA, DoD, and industry accelerate technology transfer and real world impact.
Lab access begins early for undergraduates, with opportunities to coauthor papers and present at national conferences. Graduate researchers design experiments, manage budgets, and mentor newer students within world class facilities.
Admissions, Support, and Career Services
The department offers fellowship opportunities, assistantships, and alumni networking to ease financial and professional transitions. Strong career services connect students with employers in aerospace, automotive, energy, and robotics sectors.
Professional Development and Industry Engagement
Students strengthen their profiles through internships, co ops, and capstone projects sponsored by leading companies. Faculty encourage participation in conferences, design competitions, and technical societies to build communication and leadership skills.
- Complete core courses with hands on design projects
- Join research labs early to gain mentorship and publication opportunities
- Leverage career services and alumni networks for internships and jobs
- Pursue online certificates to upskill while working full time
- Engage in interdisciplinary projects and industry collaborations
FAQ
Reader questions
What are the admission requirements for the UF MAE graduate programs?
Applicants need a bachelor’s degree from an accredited institution, competitive GPA, official transcripts, GRE scores (where required), statement of purpose, letters of recommendation, and resume. International students submit TOEFL or IELTS scores as applicable.
Can I pursue an online certificate while working full time?
Yes, the UF MAE online professional certificates are designed for working professionals, offering asynchronous lectures and project based modules that fit around full time employment.
How do I choose a research advisor as a PhD applicant?
Prospective PhD students should review faculty publications, align their interests with specific labs, and reach out to potential advisors during the application window to discuss fit and project directions.
What career support does the UF MAE department provide?
The department hosts career fairs, interview workshops, employer panels, and one on one resume reviews, plus ongoing alumni mentorship and internship listings tailored to mechanical and aerospace sectors.