Enter OTP
The University of Newcastle in the UK offers a 1-year MPhil in Mechanical and Systems Engineering for those wishing to establish advanced higher-level and research skills in mechanical engineering and systems thinking. The course develops critical and creative thinking and allows students to prepare to tackle real-world engineering issues through research. It's especially suited for those who want to bridge academic with industry context or transition to a PhD.
Curriculum Structure:
MPhil is a research-intensive programme that enables students to explore a specific area of mechanical or systems engineering under the supervision of senior academics. Rather than the typical coursework, focus is laid on:
Training in Research Methodology to develop foundation skills in investigation and analysis.
Specialised Project Work to the student's field of research interest—topics span from fluid dynamics to sustainable transport systems.
One-to-one supervision to guide you through the process of writing a dissertation that makes an original contribution to the field of study.
Students also have access to state-of-the-art experimental and computational research facilities.
Accreditation:
While the MPhil is in itself largely a research degree that is not accredited in the same way as undergraduate engineering programmes, it is housed in the School of Engineering, which has strong industry and academic links and thus a very good quality and well-supported study environment.
Campus Location
Newcastle University's city-centre campus in the north-east of England provides a vibrant learning experience. The School of Engineering is placed in the centre of the campus with state-of-the-art laboratory facilities, advanced manufacturing tools, and collaborative spaces. It's also in close proximity to technology firms and engineering employers with excellent networking opportunities.
Though research-oriented, the MPhil in Mechanical and Systems Engineering encourages experiential learning by:
Active involvement in real research projects of likely industry significance.
Chances to collaborate with multidisciplinary groups in the fields of robotics, intelligent infrastructure, biomedical engineering, and others.
Professional development workshops and technical seminars conducted by the university and external organizations.
A few of the students will also get to be co-authors for publication or attend overseas conferences to present their research.
Newcastle University assists students to chart their future career through:
One-to-one career planning sessions with the university's Careers Service.
Advice on research funding, CVs, and PhD applications.
Preparation of presentation and research writing skills to support future research or industry careers.
Employability:
The graduates of this program typically end up working in industries like aerospace, renewable energy, automotive engineering, manufacturing, systems integration, and robotics. Some become employees in R&D departments, government institutions, or consultancy organizations. Job titles include Mechanical Design Engineer, Systems Analyst, Research Engineer, or Project Manager.
Academic Progression:
Higher academic progression is possible through taking supplementary courses at the higher levels of the master's program.
The majority of the graduates use the MPhil as a stepping stone to the PhD, especially in disciplines like fluid mechanics, materials engineering, or sustainable transport systems. Others would venture into interdisciplinary research like bioengineering or automation using AI.
IELTS - Direct Entry: IELTS 6.5 overall (with a minimum of 5.5 in all sub-skills).TOEFL - TOEFL 90 overall (with a minimum of 17 in listening, 18 in reading, 20 in speaking, and 17 in writing).Students can conduct research within renowned centres such as the Newcastle University Centre for Railway Research, Sir Joseph Swan Centre for Energy Research, or Digital Institute, giving them access to cross-disciplinary collaborations with computing, energy, and health researchers.The School of Engineering has active research partnerships with companies like Siemens, Caterpillar, and British Engines, and MPhil students may have the opportunity to contribute to ongoing industrial research initiatives.The faculty maintains active global partnerships with universities and labs in Asia, the US, and Europe, which may enable collaborative research, international supervision, or data-sharing even during a 1-year MPhil.Many projects are aligned with UN Sustainable Development Goals (SDGs), especially in the areas of sustainable transport, energy transition, and climate-resilient engineering, offering students a chance to work on real-world societal challenges.bioengineeringMEMS and sensor developmentfluid dynamics and thermal systems engineeringdesign and manufacturingmaterials engineeringrailway systems researchsustainable transport systemssystems engineeringmechanical systems designacademic researchand further doctoral studies
Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.
Newcastle University
