King Abdulaziz University

What you'll study

The MSc in Industrial Engineering combines advanced coursework with a research thesis or a major applied project, enabling students to develop both theoretical understanding and practical problem-solving skills. Core subjects typically cover systems modelling, optimisation and operations research, production and manufacturing systems, quality and reliability engineering, and human factors.

• Advanced Operations Research and Optimisation – linear and nonlinear programming, integer programming, network flows and heuristic/metaheuristic methods for large-scale problems.
• Production and Manufacturing Systems – production planning and control, manufacturing systems design, lean manufacturing, and technology integration in industry.
• Quality, Reliability and Maintenance Engineering – statistical quality control, reliability analysis, maintenance strategies and total quality management.
• Simulation and Modelling of Systems – discrete-event simulation, simulation-based optimisation and modelling of complex industrial processes.
• Supply Chain and Logistics Engineering – inventory models, distribution network design, procurement and logistics optimisation.
• Human Factors and Ergonomics – workplace design, safety engineering and the interaction between people and systems.
• Research Methods and Project Work – research design, data analysis, scientific writing and either a supervised thesis or an industry-oriented project.

Elective topics may include advanced manufacturing technologies, industrial automation and control, energy systems, and specialised optimisation techniques. Laboratory and software work using tools for simulation, statistical analysis and optimisation are integrated into coursework.

Entry requirements

Applicants are normally required to hold a recognised bachelors degree in industrial engineering, mechanical engineering, manufacturing engineering, systems engineering or a closely related discipline, with a solid academic record. Candidates with degrees in other engineering or science fields who have relevant coursework or professional experience may also be considered.

Additional requirements typically include a statement of purpose, academic transcripts and letters of recommendation. Some applicants may be asked to attend an interview or to demonstrate proficiency in English if applicable. Relevant professional experience can be advantageous, particularly for applicants proposing an industry-based project.

Career prospects

Graduates from this programme move into roles that require advanced analytical and systems-design skills. Typical career paths include:

• Industrial or manufacturing engineer, focusing on process improvement and productivity.
• Operations manager or production planner in manufacturing, logistics or service industries.
• Quality and reliability engineer, overseeing quality systems and maintenance strategies.
• Supply chain analyst or logistics engineer, working on distribution and inventory optimisation.
• Consultant in operations, process optimisation or systems integration.
• Research and development roles or further study at doctoral level in engineering and applied research.

Graduates are well placed to work in manufacturing, petrochemicals, utilities, construction, healthcare systems and public-sector service optimisation, as well as for consultancies supporting national industrial development initiatives.

Why study at King Abdulaziz University

King Abdulaziz University offers an Industrial Engineering MSc within an established Faculty of Engineering that combines academic teaching with applied research. Students benefit from access to specialised laboratories and computing facilities, supervision from faculty engaged in industry-relevant research, and opportunities to collaborate with regional industrial partners.

The universitys location and links with local and national industry provide avenues for project collaboration, internships and applied research that align with broader national development programmes. The programme emphasizes both technical depth and practical skills, preparing graduates for leadership roles in industry and for continuing research or academic careers.