Ben-Gurion University of the Negev

What you'll study

The Master of Science in Mechanical Engineering at Ben-Gurion University of the Negev combines advanced coursework, laboratory work and an independent research project. Students deepen theoretical foundations while gaining practical experience in design, modelling, experiment and systems integration.

• Core advanced modules — subjects commonly include advanced dynamics and vibrations, computational mechanics and finite-element methods, advanced fluid mechanics and turbulence, and heat transfer and thermofluids.
• Specialist options — typical elective areas include robotics and mechatronics, control systems, energy systems and thermal engineering, combustion and propulsion, advanced materials and composites, micro‑/nano‑systems (MEMS), and biomedical engineering applications.
• Laboratory and simulation — supervised lab courses and project modules train students in experimental methods, instrumentation, CAD/CAM and numerical simulation (CFD, FEA) using industry‑standard tools.
• Research project / thesis — every student undertakes a substantial research project or thesis under faculty supervision, producing a piece of original work that may be experimental, computational or theoretical. Non‑thesis tracks may include an applied engineering project.
• Seminars and professional skills — programme seminars, journal clubs and presentation modules develop communication, project management and entrepreneurship skills, with opportunities to engage with industry partners and technology transfer activities.

Entry requirements

Applicants are normally expected to hold a recognised bachelor's degree in mechanical engineering or a closely related engineering or science discipline. Admission typically considers the quality of the undergraduate degree, relevant coursework in core engineering subjects (mechanics, thermodynamics, mathematics), and any research or practical experience.

• Academic background — a solid undergraduate degree in mechanical engineering, aerospace, mechatronics, materials, or a related field. Applicants with strong quantitative backgrounds from physics or applied mathematics programmes may also be considered, often with prerequisite course requirements.
• Supporting documents — academic transcripts, a statement of purpose describing research interests and career goals, and letters of recommendation are usually required.
• Language — proficiency in the language of instruction is required. International applicants may need to demonstrate English language proficiency through recognised tests or equivalent documentation if their prior education was not in English.
• Research applicants — candidates interested in the thesis track benefit from contacting potential supervisors ahead of application to discuss research fit and available projects. Relevant industry experience can strengthen applications to professionally oriented tracks.

Career prospects

Graduates from the Mechanical Master programme move into technical, research and leadership roles across a broad range of sectors. The degree equips students for engineering design, systems integration, and R&D roles, or for continuing to doctoral study.

• Industry roles — positions in mechanical and design engineering, product development, testing and validation, quality and manufacturing engineering, and systems engineering across automotive, aerospace, defence and industrial sectors.
• Energy and environment — opportunities in renewable energy technologies, thermal systems, HVAC and building services, and energy systems modelling and optimisation.
• Robotics and automation — roles in automation, mechatronics, control systems, autonomous systems and industrial robotics.
• High tech and startups — work in medical device development, micro‑/nano‑technology firms, and technology startups, often leveraging multidisciplinary teams and prototyping capabilities.
• Research and academia — graduates frequently continue to PhD programmes or join national laboratories and research institutes focused on advanced materials, fluid dynamics, energy research or applied mechanics.

Why study at Ben-Gurion University of the Negev

Ben-Gurion University of the Negev offers a mechanical engineering master’s environment that emphasises interdisciplinary research, practical laboratory work and close links to industry and technology transfer. The university’s engineering faculty operates specialised labs and facilities for experimental mechanics, fluid dynamics, energy and materials research, and provides access to prototyping and measurement equipment.

• Research culture — active research groups in energy, robotics, materials and micro‑systems provide students with opportunities to join funded projects and publish work under experienced supervisors.
• Industry collaboration — strong ties with regional and national high‑tech companies, energy firms and defence industries support internships, applied projects and pathways into employment; technology transfer is facilitated through the university's commercialisation arm.
• Unique setting — the Negev location supports research and teaching in solar energy, desert‑adapted systems and field testing, offering projects that combine laboratory work with real‑world field trials.
• Support for innovation — entrepreneurship programmes, incubators and multidisciplinary centres at the university help students translate research into startups and commercial applications.