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A prominent higher education institution is seeking an Associate to collaborate on a KTP project focusing on developing innovative heat recovery systems. The role requires a solid understanding of IoT technologies and energy performance monitoring, as well as practical experience in thermal energy systems. You will work with experienced academics and contribute to energy efficiency improvements in the built environment. The position offers hybrid working and a £4,000 professional development package.
London Met is an extraordinary institution. Equity and social inclusion have always been our driving principles, and it's what makes the University so unique. Our organisation is distinctive, both in its eclectic and diverse community of students and staff, and also for its historical role in serving some of London's most deprived boroughs. Everything we do is underpinned by our philosophy that an individual should have the opportunity to transform their life through the power of education.
Equipping our students with the tools for their future is at the heart of our academic offering. We pride ourselves on providing our students with access to a wealth of opportunities and professions. Our graduates benefit personally, but also contribute their unique perspectives to society, culture, public service and the economy in all areas of London, the UK and around the world.
Research and knowledge exchange are fundamental parts of this vision, informing every aspect of life at London Met and driving real impact and change in London and beyond.
This is an exciting collaboration between London Metropolitan University and Better Planet (UK) Ltd, an innovative heat pump installation SME. The Associate will be based at Busworks (N7 9DP), with the option of hybrid working.
The purpose of the KTP project is to develop a building fabric-integrated heat recovery system that significantly improves the viability of ground source heat pumps and solar PVT systems, improving thermal performance, and contributing to energy efficiency advancements in the built environment.
The Associate should have a broad understanding of IoT technologies and energy monitoring systems, knowledge of ground source heat pumps/solar panels and with practical experience of thermal energy systems, IoT energy management, energy performance monitoring in buildings and R&D.
You'll be supported by experienced academics at London Met as well as Better Planet's team of subject matter experts. A £4,000 package is available for training and development purposes.
Key objectives include:
Ref: 25RKE0700
Interview date: TBC
Job Description/Person Specification
Summary Terms and Conditions
Please note that successful candidates will be asked to provide evidence of their right to work in the UK and to complete a health assessment before they start work. Offers of employment are also conditional on receipt of satisfactory references and proof of qualifications held.
At London Met we are building an institution aware of its purpose to drive not only individual social mobility but also broader community actualisation. We recognise that our diverse community is our greatest strength, and as such we strongly encourage applications from anyone who feels they are currently underrepresented within UK higher education. Read more about our diverse community and our commitments to inclusion and equality at: https://www.londonmet.ac.uk/about/equality-and-diversity/
View the benefits of working at London Met on our Information for Applicants page.
If you have a query, or experience any difficulties with the application process, please contact us by email at: recruitment@londonmet.ac.uk quoting the job reference number