University of Southern Mississippi

What you'll study

The programme centres on original research in polymer chemistry, polymer physics and polymer engineering, supported by a tailored programme of coursework and seminars. Students typically engage with topics such as polymer synthesis and functionalisation, polymerisation kinetics, rheology and processing, polymer composites and nanocomposites, biomaterials and tissue engineering, polymer degradation and stability, and advanced characterisation techniques.

• Core research training – development and execution of an independent research project under the supervision of one or more faculty members, leading to a doctoral dissertation.
• Advanced coursework – classes in polymer chemistry, polymer physics, advanced materials characterisation (e.g., DSC, TGA, rheometry, electron microscopy), computational methods for polymers, and statistical design of experiments.
• Laboratory and instrumentation training – hands-on experience with polymer synthesis, processing equipment, and analytical instruments commonly used in academic and industrial laboratories.
• Professional development – seminars, teaching opportunities, grant-writing and presentation skills, and interdisciplinary collaboration across chemistry, materials science and engineering.
• Examinations and milestones – progression typically requires completion of prescribed coursework, passing a qualifying or candidacy examination, and successful proposal and defence of the doctoral dissertation.

Entry requirements

Applicants are expected to hold a relevant postgraduate degree in polymer science, materials science, chemical engineering, chemistry, physics or a closely related discipline. Candidates with a strong bachelor’s degree and substantial research experience may also be considered. Selection emphasises demonstrated research ability, academic preparation for doctoral study and fit with potential supervisors.

• Academic background – a relevant master’s degree is typically expected; exceptional applicants with a strong bachelor’s degree and research record may be admitted.
• Research experience – prior laboratory experience, research projects or publications in polymer-related topics strengthen an application.
• Application materials – academic transcripts, a research statement or proposal, curriculum vitae, and letters of recommendation are normally required.
• English language proficiency – international applicants must demonstrate sufficient English proficiency through recognised tests or qualifying institutional measures.
• Funding and supervision – admission depends on availability of a faculty supervisor and appropriate funding or assistantship support.

Career prospects

Graduates from the programme pursue careers across academia, government and industry. Common pathways include research and development roles in the polymer, plastics and composites industries; positions in biomedical device companies developing polymeric implants and scaffolds; materials characterisation and failure analysis; roles in energy and coatings sectors; and careers in national laboratories.

• Academic research and teaching (postdoctoral positions, faculty appointments)
• Industrial R&D in polymers, composites, adhesives, coatings and nanomaterials
• Technical leadership in product development, quality and process engineering
• Consultancy, patent examination and technical regulatory roles
• Government and national laboratory research focusing on advanced materials and sustainability

Why study at University of Southern Mississippi

The University of Southern Mississippi offers a research-focused environment with faculty expertise across polymer synthesis, processing, characterisation and applications. The programme emphasises interdisciplinary collaboration between chemistry, engineering and materials science, allowing students to tackle applied and fundamental problems in polymers.

• Research facilities – access to modern instrumentation for thermal analysis, rheology, microscopy and spectroscopic characterisation.
• Interdisciplinary opportunities – collaboration with faculty working on biomaterials, composites, nanotechnology and environmental aspects of polymers.
• Industry engagement – connections with regional and national industrial partners provide opportunities for applied projects and technology translation.
• Support for postgraduate researchers – mentorship, teaching experience and professional training to prepare graduates for research and leadership roles.