University of Malta

What you'll study

The programme builds on undergraduate physics fundamentals and combines advanced coursework with a substantial research project. Typical taught modules include:

• Advanced Quantum Mechanics — many-body techniques, scattering theory and approximation methods.
• Statistical Physics and Thermodynamics — phase transitions, non-equilibrium processes and stochastic methods.
• Condensed Matter and Materials Physics — electronic structure, semiconductors, magnetism and optical properties of materials.
• Electromagnetism and Photonics — waveguides, lasers, optical materials and devices.
• Computational Physics — numerical methods, simulation techniques, data analysis and modelling using scientific programming languages.
• Advanced Experimental Techniques — laboratory methods, instrumentation, measurement uncertainty and data acquisition.

Students normally complete a supervised research dissertation or laboratory project, which can be tailored to align with the department’s research strengths and external collaborators. Option modules or short seminars may cover topics such as astrophysics and cosmology, renewable energy systems, sensor technologies, or applied physics topics depending on staff availability.

Entry requirements

Applicants are expected to hold a good honours degree in physics, engineering physics or a closely related scientific discipline. Typical offers require an undergraduate degree at a recognised level demonstrating competence in core physics and mathematics. Candidates with substantial relevant professional experience or a different but strongly related degree may be considered subject to demonstrating adequate background knowledge.

Applicants whose first language is not English will usually need to demonstrate proficiency in English to the University’s accepted standard. Admission decisions may take into account references, a personal statement outlining research interests, and in some cases an interview or assessment by the academic staff.

Career prospects

Graduates from this programme are prepared for a variety of careers in research, industry and the public sector. Common paths include:

• Progression to doctoral research (PhD) in physics or related disciplines.
• Technical and development roles in electronics, photonics, materials and instrumentation companies.
• Data science, modelling and computational roles in finance, engineering and technology firms.
• Positions in renewable energy, sensor systems, and applied research laboratories.
• Teaching and science communication roles at secondary and further education levels.

The programme’s emphasis on experimental technique, simulation and project work also equips graduates for roles that require strong problem-solving and technical project management skills.

Why study at University of Malta

The University of Malta offers this programme within a department that combines teaching with active research across condensed matter, photonics, astrophysics and computational physics. Students benefit from access to departmental laboratories and computing facilities, supervision by research-active staff, and opportunities to collaborate on projects with local industry and international research partners.

Studying in Malta provides a compact, research-focused environment with links to regional scientific networks and opportunities for internships or industry placements. The department’s emphasis on hands-on laboratory training and supervised research makes the degree well suited to students seeking practical experience alongside advanced theoretical training.