MEng Mechanical Engineering and Energy Engineering
Modern challenges require new and advanced technical solutions, and mechanical engineers are vital to achieving those solutions. It is the technical development of the world that drives us forward.
By studying our five-year degree in Mechanical Engineering and Energy Engineering you can gain the skills to tackle challenging professional tasks associated with energy provision and utilisation.
You will learn to take responsibility for decision-making in areas related to energy and the environment. Building on a sound engineering foundation, you will be introduced to specialist energy topics as well as environmental impact assessment and management.
Heriot-Watt University was ranked 1st in Scotland and top 10 in the UK for Mechanical Engineering by the Guardian University Guide 2020.
We have also been ranked top 10 in the UK for Mechanical Engineering by the Complete University Guide 2021, the Times and Sunday Times Good University Guide 2021, and the Guardian University League Tables 2021.
Mechanical Engineers will help us to progress towards a more sustainable future with solutions for cleaner energy sources and improved efficiency.
For example, thermodynamics and fluid mechanics, which are key to mechanical engineering, underpin the turbines used in generating electricity from geothermal or nuclear sources as well as the heat pumps which could replace gas boilers in homes across the UK as a more efficient alternative. Other developments gained through mechanical engineering will increase the efficiency and performance of aircraft and transport, and improve medical engineering and nanotechnology.
Our industrial connections form the backbone of our degree. We work closely with an Industrial Advisory Board, a panel of engineers and business leaders, to ensure that our course content reflects the needs of industry and employers to provide graduates with the right blend of knowledge, practical skills, and soft skills.
This collaboration allows the curriculum to be regularly updated to include emerging technological needs. A recent example being the inclusion of the optional biomedical engineering course offered in Years 4 and 5.
The Industrial Advisory Board also plays a direct role in Year 4 when they challenge our students to come up with practical engineering solution for a problem impacting their organisation. Students present their design project to the industrial panel who asses the work as clients would, providing professional feedback and advice.
The University has recently invested £19m in the development of The Global Research Innovation and Discovery Centre (GRID) on our Edinburgh campus. The mechanical engineering discipline is one of the major stakeholders in this new building, utilising it to provide students with lab-based practical activities. Students have the chance to use the ‘Makers space' with 3D printers and a laser cutter to rapidly prototype their own designs. In addition, our extensive teaching and research labs facilitate work in areas such as dynamics, materials engineering, and fluid mechanics.
Mechanical Engineering offers an exciting environment where many skills are brought together to create innovative products and the infrastructure and technology for manufacture. Recent Heriot-Watt graduates have progressed to working for organisations such as Mercedes, Babcock Marine, Mclaren, Shell UK, Halliburton and QinetiQ.
As a mechanical engineer, you will deal with the design, development, optimisation, and operation of mechanical parts and systems. All industrial sectors value mechanical engineers, including manufacturing, oil and gas, aerospace, and automotive, as well as emerging areas such as energy and renewable energy, medical engineering, and nanotechnology.
We were ranked 1st in Scotland and 3rd in the UK for engineering research through a joint submission with the University of Edinburgh in REF 2021 which classed 96% of our research output as ‘world-class'.
The Institute of Mechanical, Process and Energy Engineering promotes excellence across its main research themes: Biomedical Engineering, Energy Harvesting and Conversion, Multiphase Flow and Digital Engineering. Heriot-Watt University is the leader amongst UK universities in promoting energy activities through its ‘Energy Academy', a virtual centre which connects all energy-related research across the University.
If you do not meet the entry requirements for this degree, have a look at Heriot-Watt Global College, where you can follow an accelerated pathway which will get you onto the second year of this degree.
Students completing an IMechE accredited degree are deemed to have met part or all of the academic requirements for registration as a Chartered or Incorporated Engineer and are in a strong position to move on to achieve professional engineering status after a period of initial professional development in industry. For more details, please refer to this webpage: IMechE Accreditation
Modern challenges require new and advanced technical solutions, and mechanical engineers are vital to achieving those solutions. It is the technical development of the world that drives us forward.
By studying our five-year degree in Mechanical Engineering and Energy Engineering you can gain the skills to tackle challenging professional tasks associated with energy provision and utilisation.
You will learn to take responsibility for decision-making in areas related to energy and the environment. Building on a sound engineering foundation, you will be introduced to specialist energy topics as well as environmental impact assessment and management.
Heriot-Watt University was ranked 1st in Scotland and top 10 in the UK for Mechanical Engineering by the Guardian University Guide 2020.
We have also been ranked top 10 in the UK for Mechanical Engineering by the Complete University Guide 2021, the Times and Sunday Times Good University Guide 2021, and the Guardian University League Tables 2021.
Mechanical Engineers will help us to progress towards a more sustainable future with solutions for cleaner energy sources and improved efficiency.
For example, thermodynamics and fluid mechanics, which are key to mechanical engineering, underpin the turbines used in generating electricity from geothermal or nuclear sources as well as the heat pumps which could replace gas boilers in homes across the UK as a more efficient alternative. Other developments gained through mechanical engineering will increase the efficiency and performance of aircraft and transport, and improve medical engineering and nanotechnology.
Our industrial connections form the backbone of our degree. We work closely with an Industrial Advisory Board, a panel of engineers and business leaders, to ensure that our course content reflects the needs of industry and employers to provide graduates with the right blend of knowledge, practical skills, and soft skills.
This collaboration allows the curriculum to be regularly updated to include emerging technological needs. A recent example being the inclusion of the optional biomedical engineering course offered in Years 4 and 5.
The Industrial Advisory Board also plays a direct role in Year 4 when they challenge our students to come up with practical engineering solution for a problem impacting their organisation. Students present their design project to the industrial panel who asses the work as clients would, providing professional feedback and advice.
The University has recently invested £19m in the development of The Global Research Innovation and Discovery Centre (GRID) on our Edinburgh campus. The mechanical engineering discipline is one of the major stakeholders in this new building, utilising it to provide students with lab-based practical activities. Students have the chance to use the ‘Makers space' with 3D printers and a laser cutter to rapidly prototype their own designs. In addition, our extensive teaching and research labs facilitate work in areas such as dynamics, materials engineering, and fluid mechanics.
Mechanical Engineering offers an exciting environment where many skills are brought together to create innovative products and the infrastructure and technology for manufacture. Recent Heriot-Watt graduates have progressed to working for organisations such as Mercedes, Babcock Marine, Mclaren, Shell UK, Halliburton and QinetiQ.
As a mechanical engineer, you will deal with the design, development, optimisation, and operation of mechanical parts and systems. All industrial sectors value mechanical engineers, including manufacturing, oil and gas, aerospace, and automotive, as well as emerging areas such as energy and renewable energy, medical engineering, and nanotechnology.
We were ranked 1st in Scotland and 3rd in the UK for engineering research through a joint submission with the University of Edinburgh in REF 2021 which classed 96% of our research output as ‘world-class'.
The Institute of Mechanical, Process and Energy Engineering promotes excellence across its main research themes: Biomedical Engineering, Energy Harvesting and Conversion, Multiphase Flow and Digital Engineering. Heriot-Watt University is the leader amongst UK universities in promoting energy activities through its ‘Energy Academy', a virtual centre which connects all energy-related research across the University.
If you do not meet the entry requirements for this degree, have a look at Heriot-Watt Global College, where you can follow an accelerated pathway which will get you onto the second year of this degree.
Students completing an IMechE accredited degree are deemed to have met part or all of the academic requirements for registration as a Chartered or Incorporated Engineer and are in a strong position to move on to achieve professional engineering status after a period of initial professional development in industry. For more details, please refer to this webpage: IMechE Accreditation
