Qassim University

What you'll study

This programme combines advanced taught modules with a significant research or design project. Core topics typically include renewable energy technologies (solar photovoltaic and thermal, wind, bioenergy), energy storage systems, power electronics for renewable applications, and grid integration and smart grids. Students also study energy systems modelling and optimisation, resource assessment, sustainability and energy policy, and measurement and instrumentation for energy systems.

The degree is usually structured as a series of taught semesters followed by an individual research thesis or applied capstone project. Typical modules you can expect are:

• Solar Energy Systems: PV fundamentals, system design, performance assessment and thermal solar technologies.
• Wind Energy Engineering: aerodynamics, turbine technology, siting and resource assessment.
• Energy Storage and Conversion: batteries, hydrogen, fuel cells and other storage options and their integration.
• Power Electronics and Drives: converters, inverters and control systems used in renewable installations.
• Grid Integration and Smart Grids: connection standards, stability, microgrids and demand response.
• Energy Systems Modelling and Optimisation: simulation tools, techno‑economic assessment and lifecycle considerations.
• Research Methods and Project Work: experimental design, data analysis, academic communication and a supervised thesis or applied design project.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in electrical, mechanical, civil, chemical or energy engineering, or a closely related science or technology discipline. A satisfactory academic record at undergraduate level is required; specific minimums vary and are assessed on an individual basis. Candidates with relevant professional experience may be considered even if their first degree is in a slightly different field.

All applicants should demonstrate appropriate mathematical and engineering fundamentals. Admissions typically include evaluation of transcripts, a statement of purpose and letters of recommendation; an interview or entrance test may also be part of the process. International applicants may need to provide proof of English language proficiency in line with university regulations.

Career prospects

Graduates are prepared for technical and leadership roles across the renewable energy sector. Common career paths include renewable energy engineer, project engineer or manager for solar and wind developments, energy storage specialist, power systems engineer focusing on grid integration, and consultant for sustainability and energy transition projects. There are also opportunities in research and development, policy and regulatory bodies, and academia for those pursuing doctoral study or research careers.

Employers typically include utilities, independent power producers, engineering consultancies, equipment manufacturers, research institutes and government energy agencies. The combination of practical system knowledge and research skills makes graduates attractive for roles that require both technical depth and applied problem solving.

Why study at Qassim University

Qassim University offers a regional setting with strong relevance to solar and other renewable resources, giving students exposure to locally significant deployment and research opportunities. The university provides access to engineering laboratories, renewable energy test facilities and faculty with expertise in energy systems, power electronics and applied research.

Students benefit from a curriculum that emphasises both theoretical foundations and practical application, opportunities for industry projects and collaborations, and supervision for independent research. Studying at Qassim University also offers the chance to build professional networks within the region's expanding energy sector and to work on projects that are directly relevant to local and national renewable energy priorities.