This MSc in Engineering Management for Process Excellence is a vocationally oriented programme that combines engineering fundamentals with management and continuous-improvement methods to optimise industrial processes. It suits engineering or science graduates and early-career professionals aiming for roles in operations, process improvement, quality and production leadership across manufacturing, energy, and service sectors.
The programme blends core engineering management concepts with applied process-improvement techniques. Typical taught modules cover operations and supply chain management, process and systems design, quality and reliability engineering, statistics and data analysis for decision making, and project and programme management. You will also study approaches to continuous improvement such as Lean, Six Sigma and Design for Six Sigma, plus digital technologies for process monitoring and automation (Industry 4.0 concepts).
Courses often include a research methods module to prepare you for an independent major project or dissertation, which is a significant element of the degree and focuses on a practical engineering management challenge. Teaching is delivered through lectures, seminars, laboratory sessions and computer-based simulation, supplemented by industrial case studies, company projects and guest lectures from practitioners. The programme can be taken full-time (typically one year) or part-time, and assessment is by a combination of coursework, examinations, group assignments and the final project.
Applicants are normally expected to hold a UK undergraduate degree (or recognised international equivalent) in engineering, physical sciences, mathematics or a closely related discipline. A 2:1 honours degree is typically preferred; candidates with a lower honours classification but substantial relevant industrial experience may also be considered.
Work experience in engineering, manufacturing, operations or process improvement is advantageous, especially for part-time or conversion applicants. International applicants will be required to demonstrate English language proficiency by a recognised test or approved qualification; typical requirements are at the level commonly accepted for postgraduate study.
Graduates are equipped for roles that bridge technical and managerial responsibilities. Common career paths include process engineer, continuous improvement engineer/manager, operations manager, production manager, quality or reliability engineer, manufacturing systems engineer, and project manager. Many alumni move into specialist consultancy, supply chain and logistics roles, or progress to senior leadership positions within industry where they lead transformation and process-excellence programmes.
The programme’s applied focus and industry-engaged teaching make it suitable for those aiming to implement Lean/Six Sigma programmes, deploy automation and data-driven process control, or drive operational change in sectors such as manufacturing, energy, pharmaceuticals, chemicals and advanced engineering.
University of Strathclyde has a long history of teaching and research in engineering and technology with strong links to local and international industry. Students on this programme benefit from applied learning facilities, laboratory environments and access to staff with industrial experience. The university’s location in Glasgow supports connections to manufacturing, energy and process-sector employers and to professional networks.
Teaching emphasises practical problem solving, collaboration and employability. The curriculum is designed to develop technical competence alongside management skills, making graduates well placed to lead improvement initiatives. Additional opportunities typically include short industrial projects, guest lectures from practitioners and access to enterprise and career services to support transition into professional roles.
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