Florida International University

What you'll study

The programme combines fundamental materials science with applied engineering topics. Core areas typically include materials thermodynamics and kinetics, phase transformations, mechanical behaviour of materials, materials characterization techniques (microscopy and spectroscopy), and materials processing and manufacturing methods. Students also study elective specialised subjects such as electronic and magnetic materials, biomaterials, polymer science, nanomaterials and composites, corrosion and surface engineering, and computational materials modelling.

Students may choose between a thesis (research) and a non-thesis (coursework or project) track. The thesis option emphasises independent research under a faculty advisor and culminates in a written thesis and defence. The non-thesis option emphasises advanced coursework and can include a capstone project or industry-oriented practicum. Laboratory courses and hands-on training in materials characterisation, failure analysis and processing are integral parts of the curriculum.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in materials science and engineering, mechanical engineering, chemical engineering, physics, chemistry or a closely related field. Admissions decisions typically consider undergraduate GPA, the strength of prior coursework in mathematics, thermodynamics, materials science and laboratory experience, and letters of recommendation. Applicants without a materials background may be admitted conditionally and required to take prerequisite courses.

Additional requirements commonly include a statement of purpose outlining research or career goals, and official transcripts. International applicants must demonstrate English language proficiency through an approved test or accepted institutional pathway. Programmes may request a résumé/CV and sometimes require or recommend a writing sample or GRE scores per department policy.

Career prospects

Graduates enter roles in research and development, materials selection and testing, process and manufacturing engineering, quality assurance, failure analysis and product design. Typical employers include aerospace and automotive manufacturers, medical device and biomaterials companies, energy and battery firms, semiconductor and electronics firms, coatings and polymer companies, and government or national laboratories.

Other common career paths are technical consulting, patent and regulatory work related to materials, and continuation to doctoral study for careers in academic or industrial research. The programme also prepares graduates for roles that bridge engineering and business such as technical project management or product development leadership.

Why study at Florida International University

Florida International University offers access to multidisciplinary research and applied laboratories where students gain hands-on experience with modern characterisation and processing equipment. The university’s location provides connections to a diverse regional industry base, facilitating internships, industry projects and collaborative research opportunities.

Students benefit from faculty with active research programs in areas across metals, polymers, ceramics, biomaterials and nanomaterials, and from opportunities to collaborate with other engineering departments and research centres on campus. Small research groups and established industry links help students gain practical skills that are attractive to employers or that prepare them for doctoral-level research.

Overall, the programme combines theoretical depth, laboratory training and applied project experience to develop versatile materials engineers ready for industry or continued research.