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Bournemouth University has a Master of Science in Mechanical Engineering Design degree, a qualification that has been well planned out to equip learners with advanced abilities in mechanical engineering design. This course focuses intently on employing mathematical and computer-based models as a means to solve intricate problems in engineering design, gaining profound knowledge of material, structural safety, and environmental and economic influence of design. The students are exposed to a balanced curriculum that synchronizes theoretical study with practical experience, preparing them for the realities of the engineering industry.
Structure of the Curriculum:
The program balances intense theoretical study with practical exposure. The curriculum includes:
Core Modules: Advanced Structural Mechanics, Failure Analysis and Prevention, Model-Based Engineering, Life Cycle Management, and Robotic Control Design.
Research Methods: A module to provide students with the research methods and techniques required for their Individual Master's Project.
Individual Master's Project: The opportunity for students to research a specific area of interest in depth, applying their learning to the full on a thorough research project.
Accreditation:
The MSc Mechanical Engineering Design is accredited by the Institution of Mechanical Engineers (IMechE) and Institution of Engineering Designers (IED). Accreditation with these organisations confirms that the course is addressing academic criteria to enable registration as a Chartered Engineer (CEng), which is a worldwide recognized professional credential.
Campus Location:
Bournemouth University is located in Bournemouth, United Kingdom, with an exciting campus environment that features world-class facilities. The students have the benefit of getting to access modern laboratories, workshops, and collaborative spaces designed to further enhance the learning experience.
The curriculum is focused on experiential learning through various opportunities:
Industry Projects: Students undertake projects that are directly related to the department's key research themes, often prompted by the university's strong industrial links, providing real-world experience and exposure to real engineering problems.
Internships and Placements: Placements with suitable employers are organized by the university, allowing students to apply theory to practice in real environments and gain industry experience.
Student Competitions: Engineering competitions foster teamwork and creativity, enhancing practical skills and industry readiness.
MSc Mechanical Engineering Design graduates are well suited for a broad spectrum of careers in the engineering sector. The university's Employability and Careers Service offers extensive assistance, such as career advice, resume preparation workshops, interview preparation, and campus recruitment programs.
Employability:
The excellent industry links and practice-led approach of the programme ensure high graduate employment. The graduates have secured jobs in leading engineering firms in multiple industries including aerospace, automotive, renewable energy, and manufacturing, and have secured jobs as design engineer, product development engineer, and systems engineer.
Academic Progression:
For those who would like to proceed further to advanced academic studies, possibilities include progression to higher degree qualifications in advanced fields such as Robotics, Renewable Energy Systems, or Advanced Manufacturing. Alternatively, the graduates may opt for a PhD in Mechanical Engineering or supplement their technical expertise with business and management skills by pursuing a Postgraduate Certificate in Engineering Management or an MBA.
IELTS - IELTS (Academic) 6.0 with minimum 5.5 in each componenThe program is accredited by both the Institution of Engineering Designers (IED) and the Institution of Mechanical Engineers (IMechE), meeting the further learning requirements for Chartered Engineer (CEng) registration. The program includes a dedicated unit to prepare students for their Individual Master's Project, covering literature reviews, critical analysis, project proposals, planning, experiment design, and dissemination. Final-year students have the opportunity to exhibit their work at this long-standing event, providing exposure to potential employers and the public. Students have access to facilities including electronics labs, heat and thermofluids labs, materials, stress and dynamics labs, prototyping workshops, and rapid prototyping facilities. The university maintains robust connections with industry, offering students opportunities for real-world projects and collaborations.The program has a student satisfaction rate of 77%, reflecting positive feedback on course content, teaching quality, and resources.Chartered EngineerMechanical Engineering DesignerProject Manager
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Bournemouth University
