Research Fellow – Energy Efficient Refrigeration Technologies & Application -16975
Brunel University London– Department of Engineering
Location:
Location: Uxbridge, Hybrid
Hours:
Hours: Full Time
Contract Type:
Contract Type: Fixed-Term/Contract
Placed On:
Placed On: 27th August 2026
Closes:
Closes: 30th September 2026
The project,Park Royal Net Zero Food Supply Systems (Park Royal Net Zero – Park Royal Net Zero Food Systems ) is based at the Park Royal Industrial area. Park Royal in West London is one of the largest employment sites in the UK, with 1,700 businesses, employing 40,000 people and producing 30% of London’s food. The project, led by Brunel University of London is a collaboration between Brunel, Harper Adams University, West London Business and food industry at Park Royal. The aim is to work closely with the food and drink businesses in the area to develop and implement strategies to address the challenges they face with energy, waste, and productivity to reduce carbon cost, improve resilience and drive economic growth.
The appointee will work alongside business development managers and academics to engage with food businesses at Park Royal, to first understand and quantify the energy demand, greenhouse gas emissions and waste from their operations, particularly refrigeration systems, and then investigate and propose solutions that will lead to reductions towards the net zero target.
Closing date for applications: 30 September 2026
#J-18808-Ljbffr
Research Fellow – Energy Efficient Refrigeration Technologies & Application -16975 employer: UK Energy Research Centre
Join a leading global university renowned for its commitment to sustainability, where you will play a vital role in managing utilities and driving environmental performance. Our supportive work culture fosters professional growth, offering opportunities to develop your skills in energy management while contributing to meaningful sustainability initiatives. With a focus on collaboration and innovation, this position not only enhances your career but also allows you to make a significant impact on the university's low-carbon future.
