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13 Months On Campus Masters Program
Staffordshire UniversityStaffordshire University provides a Master of Science in Mechanical Engineering and Sustainable Energy Technologies, a full-time 1-year course aimed at meeting the world's increasing need for sustainable energy solutions and complex mechanical systems. The program combines the latest mechanical engineering concepts with sustainable energy principles, equipping graduates with the ability to provide solutions to some of the most challenging energy issues of our time. With a curriculum developed in consultation with industry professionals, the program allows students to gain both a solid theoretical background and practice-based knowledge required in the field of renewable energy and sustainable technologies.
Curriculum Structure:
The MSc program is a well-structured combination of theory and practice, which prepares graduates to cope with real-world challenges. The courses' subject matter encompasses:
Core Engineering Modules: Topics such as Advanced Thermofluids, Renewable Energy Systems, Energy Storage Technologies, and Computational Methods in engineering.
Specialist Sustainable Modules: Specialist modules such as Low Carbon Building Design and Sustainable Energy Technology Integration.
Practical Labs & Workshops: State-of-the-art engineering labs enable learning through applied exercises.
Final Research Project: A major project in which students solve an energy engineering issue, normally in collaboration with industry or according to individual interest.
Accreditation:
This program meets UK engineering specifications, and the course content is aligned with the professional engineering bodies' requirements.
It also accrues Chartered Engineer (CEng) status for students who want to pursue professional registration.
Campus Location:
Staffordshire University's Stoke-on-Trent campus in the UK offers a modern and friendly learning experience.
Students benefit from state-of-the-art engineering facilities, collaborative working spaces, and a tight-knit community.
Staffordshire University places great emphasis on experiential learning and industry engagement:
Live Industry Projects: Students have a tendency to work on real companies' sustainable energy issues throughout their course work and final project.
Internships and Placements: Although the course is for one year, optional internships and project collaborations are encouraged and supported.
Engineering Labs and Simulations: Practical sessions allow students to apply what they've learned on real mechanical systems and renewable installations.
Conferences and Guest Lectures: Students come in contact with professionals from the energy and engineering industries on a regular basis for insight and career advice.
Global Perspective: International students and projects allow sustainability concerns to have a broad perspective, enriching class discussion.
Careers and Personal Development department at Staffordshire University assists students in creating successful futures by:
Offering career guidance, CV review, and interview practice.
Providing access to industry network events and career fairs.
Support with developing a quality LinkedIn profile and professional network building.
Employability:
Graduates of this MSc are ideally placed for work as:
Mechanical Engineer, Sustainable Energy Consultant, Energy Analyst, Project Engineer, Design and Development Engineer, and Renewable Energy Systems Designer.
They've gone on to work in the energy generation, environmental consultancy, construction, automotive, and aerospace industries, as well as for companies engaged in green innovation and decarbonisation initiatives.
Further Academic Progression:
Following this MSc, students can move on to PhD research, or expand their knowledge with postgraduate study in areas like Energy Systems Engineering, Environmental Management, or Sustainability and Innovation.
IELTS - If your first language is not English a minimum score of IELTS Academic with overall 6.0 and no less than 5.5 in each band.TOEFL - Overall Score: 78 Reading: 18 Writing: 17 Listening: 17 Speaking: 20Access to advanced workshop facilities, including specialist mechanical and thermodynamic laboratories, a design studio with over 70 workstations, CNC machining, rapid prototyping systems, and a fully equipped test laboratory.Opportunity to utilize a wide range of software tools for design and simulation, providing practical experience that aligns with current industry practices. The program offers a diverse set of modules, including Advanced Computational Fluid Dynamics, Low Carbon and Renewable Energy Systems, and Power and Propulsion Systems, allowing students to tailor their learning to specific interests within the field. Students undertake a major personal project culminating in a written thesis, with topics chosen to align with individual career aspirations and interests, fostering a deep dive into specialized areas of mechanical engineering and sustainable energy technologies.The university facilitates connections with local engineering companies, enhancing opportunities for practical experience and potential employment. Mechanical EngineerAerospace EngineerAutomotive EngineerCivil EngineerNuclear Maintenance EngineerDesign and Development EngineerSustainable Energy EngineerMechanical Design EngineerEnergy ConsultantProject ManagerResearch and Development SpecialistEnergy AnalystSustainability OfficerRenewable Energy ConsultantAcademia and ResearcherManufacturing and Process Engineer
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