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1 Year On Campus Masters Program
University of HertfordshireThe University of Hertfordshire offers a Masters by Research (MRes) in Mechanical Engineering to students interested in advancing knowledge in this critical field through focused, individual research. This 1-year full-time course is most appropriate for individuals who want to advance their knowledge of mechanical systems, materials, and technologies as well as develop effective research skills. In lieu of a directed curriculum, the students participate in an extensive piece of research involving real-world engineering issues and creativity, with skilled supervision.
Structure of Curriculum:
Though MRes is not presented as a normal taught course, students will undertake:
• Research Training Core: Such as a module on methodology, data handling, and planning, to be able to lead academic and industrial investigations confidently.
• Independent Research Project: The heart of the degree is a significant research project that the student is interested in—anything from computational fluid dynamics to advanced materials, vibration analysis, or biomechanical systems.
• Supervision and Support: All students benefit from a dedicated supervisory team, typically a principal and secondary supervisor, who guide them through the process.
• Access to Facilities: Students enjoy access to advanced laboratory facilities and computer-aided engineering software that ensures their investigations are both of technical caliber and meaningful.
Accreditation
Though this specific research degree is not accredited to the same extent as undergraduate or taught master's programs, the University of Hertfordshire's School of Physics, Engineering and Computer Science has close industry and business links and upholds high levels of academic standard, which ensures the quality and relevance of work conducted.
Campus Location
The program is located at the College Lane Campus in Hatfield, Hertfordshire, north of London. This campus is where state-of-the-art engineering labs and collaborative research facilities are located, providing a setting conducive to both innovation and community.
While the MRes is research-heavy, the University of Hertfordshire focuses on practical experience and application of knowledge in purposeful ways:
• Research Collaboration: Students will often work on projects sponsored by organizations like Innovate UK or EPSRC, with research topics having direct engineering significance to the practical world.
• Industry Connections: Research topics may be defined by industry or public sector organizations to give a realistic feel of research engineering of industrially significant context.
• Conferences: It is encouraged to present results in national and international conferences to establish further academic status and communication skills.
• Seminars and Networking: Regular departmental seminar series and guest lectures introduce the students to state-of-the-art developments in mechanical engineering and facilitate them to meet leading academics and industry experts.
University Careers and Employment Service delivers high-quality support and resources to support students' progression:
• Individual careers advice to inform post-degree destinations.
• Career CV-building advice, personal promotion, and mock interviews.
• Opportunities to go to career fairs and workshops run by employers for STEM students.
Employability:
The alumni of this MRes are adequately prepared for R&D, product development, systems engineering, and technical consultancy roles. Some of them enter automotive, aerospace, energy, or manufacturing sectors careers, whereas others embark on a research career through a PhD.
Further Academic Progression:
This MRes is particularly well-suited as a pathway to doctoral study, both within the UK and internationally. It offers a firm foundation in research methods, critical analysis, and technical writing, all of which are key skills for postgraduate study and academic publication.
IELTS - IELTS Academic: Overall score of 6.5, with no individual band score below 6.0.Each student is assigned both a Principal and a second supervisor who are experts in the research topic. This dual-supervisor model ensures comprehensive guidance throughout the research period. Research is conducted in well-equipped laboratories tailored to the program's specialized areas. These facilities support advanced research in topics like CFD, heat transfer, and material characterisation. The program offers multiple start dates throughout the year, providing flexibility for students to commence their studies at a time that suits them best.Mechanical engineers and maintenance techniciansSoftware analysts and developersComputer scientists and computer engineersAlgorithm specialistsResearch scientists and engineering consultantsManufacturing and electrical engineers
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