University of Malta

What you'll study

The programme covers the principles and applications of modern renewable energy systems with emphasis on technical design, performance assessment and integration into electricity and heating networks. Typical modules include:

• Solar energy systems – photovoltaic devices, thermal collectors, system sizing and performance assessment.
• Wind energy – aerodynamics, turbine technology, siting and resource assessment.
• Energy storage and conversion – batteries, hydrogen, thermal storage and power electronics for coupling generation and loads.
• Grid integration and smart systems – distribution networks, microgrids, demand response and control strategies.
• Energy systems modelling and optimisation – simulation tools, techno‑economic analysis and lifecycle assessment.
• Energy policy, planning and project management – regulatory frameworks, financing mechanisms and feasibility studies.
• Research project / dissertation – an independent piece of research or applied design work supervised by academic staff, allowing hands‑on experience with experimental, computational or policy‑oriented projects.

Teaching methods combine lectures, laboratory work, modelling exercises, case studies and a substantial research or industry‑linked project. The programme is available with full‑time and part‑time study patterns to accommodate working professionals.

Entry requirements

Applicants should normally hold a good bachelor’s degree (honours or equivalent) in engineering, physics, electronics, environmental science or a closely related discipline. Candidates with substantial relevant professional experience and a related first degree may also be considered. Typical application materials include academic transcripts, a curriculum vitae, and at least one academic or professional reference. If the first language is not English, applicants will be required to demonstrate proficiency through recognised English language qualifications or equivalent evidence of prior study in English.

Career prospects

Graduates are prepared for technical and leadership roles across the renewable energy sector. Common career paths include:

• Renewable energy engineer or system designer in consultancy and engineering firms.
• Project developer or asset manager for solar, wind or storage projects.
• Grid integration specialist or power systems analyst with utilities and transmission/distribution companies.
• Policy analyst or planner in government agencies, regulators and non‑governmental organisations.
• Researcher or doctoral candidate in academia and research institutes focused on energy technologies and systems.

The programme’s balance of technical and policy content also supports careers in environmental consultancy, sustainability management and energy financing.

Why study at University of Malta

The University of Malta provides multidisciplinary expertise across engineering, physics and environmental sciences, enabling a comprehensive approach to renewable energy education. Its location in the central Mediterranean offers direct exposure to a range of real‑world challenges for solar and offshore applications, and students benefit from collaborative links with local industry, utilities and regional research projects. Teaching is delivered by staff active in applied research and industry engagement, giving students access to laboratory facilities, modelling tools and opportunities for supervised research or industry placements.