Florida Polytechnic University

What you'll study

The Master of Engineering curriculum emphasises applied engineering principles, contemporary tools and project-based learning. Students follow a core set of advanced engineering courses and choose electives to build depth in a chosen area. The programme typically offers both thesis and non-thesis (project or coursework) pathways to suit academic or professional goals.

Core topics and modules

• Advanced Mathematics and Numerical Methods for Engineers
• Systems Engineering and Integration
• Control Systems and Mechatronics
• Advanced Materials and Manufacturing Processes
• Embedded Systems and Real‑Time Computing
• Data Analytics for Engineering Applications
• Engineering Design and Project Management

Specialist elective areas

• Robotics and Autonomous Systems
• Power and Energy Systems
• Advanced Manufacturing and Additive Manufacturing
• Software and Cyber-Physical Systems
• Machine Learning for Engineering

Capstone and research

Non-thesis students complete an applied capstone project in partnership with industry or faculty, demonstrating system-level design and implementation. Thesis students undertake supervised research culminating in a written thesis and defence. Coursework loads and credit requirements vary by track but are structured to balance theory with hands-on laboratory and design work.

Entry requirements

Applicants should hold a recognised bachelor’s degree in engineering, computer science, mathematics, physics or a related STEM discipline. Typical entry expectations include the following elements:

• Academic transcripts showing strong preparation in maths and engineering fundamentals
• A CV or résumé outlining technical experience and projects
• A personal statement describing objectives and intended area of study
• One or more academic or professional references
• For some applicants, a GRE score may be requested or considered as supplementary information
• International applicants must demonstrate English proficiency via recognised tests or institutional equivalency

Applicants with substantial professional engineering experience but a non‑engineering undergraduate degree may be considered and could be asked to complete prerequisite coursework.

Career prospects

Graduates of the Master of Engineering programme are prepared for technical and leadership roles in a wide range of sectors. Common career paths include:

• Design, systems and controls engineer roles in aerospace, automotive or defence industries
• Robotics and automation engineer positions in manufacturing and logistics
• R&D and product development engineers in startups and established technology firms
• Controls, embedded systems or firmware engineering roles for consumer and industrial electronics
• Engineering project management and systems integration positions
• Continued study toward a PhD for research-oriented graduates

Students benefit from the university’s industry links and career services to secure internships and full‑time employment in regional and national companies.

Why study at Florida Polytechnic University

Florida Polytechnic University focuses on STEM and engineering within a technology-driven curriculum that stresses experiential learning. The university offers modern laboratories, maker spaces and specialised facilities tailored to electronics, robotics, materials and additive manufacturing. Class sizes are typically small, enabling close interaction with faculty who have both academic and industry experience.

The institution maintains partnerships with regional industries and technology companies, creating opportunities for applied capstone projects, internships and collaborative research. Career development services support networking, résumé preparation and employer engagement to help graduates transition into engineering roles.