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Breakthrough Energy Fellows Portfolio Job Board

Technician

Barocal

Barocal

Cambridge, UK
Posted on May 30, 2025

Barocal, a spin-out from the University of Cambridge developing breakthrough cooling and heating technologies. Founded by Professor Xavier Moya, Barocal is the global technology leader in solid-state cooling. Our technology is based on 15 years of research and may deliver 2-3 times higher energy efficiency compared to traditional systems while eliminating harmful refrigerant gases. Supported by Kiko Ventures, Cambridge Enterprise, Breakthrough Energy, and the European Innovation Council, Barocal's technology is poised to transform entire industries, impacting over 40% of global energy use.

We are currently recruiting experienced technicians for roles in a dynamic and innovative R&D environment.

Successful candidates will, as a prerequisite, possess strong practical engineering and lab skills combined with attention to detail, health and safety awareness, and the ability to create and follow rigorous procedures for the operation of experimental equipment. Also essential will be a willingness to demonstrate a flexible and positive approach to taking on new challenges and acquiring new skills which may be outside their existing comfort zone. Experience in lab management will be an advantage for some roles, as will a knowledge of HVAC and/or hydraulic systems.

Tasks

  • System Assembly and Maintenance: Assist in the assembly, setup and maintenance of mechanical, electrical and electronic systems for prototype and production applications.
  • Experimental Support and Data Management: Conduct or assist other team members with experiments and systematically record data to support new and ongoing research projects.
  • Lab Management: Manage and maintain laboratory facilities, tools and equipment, ensuring safety standards are adhered to, equipment remains operational, and supplies of consumables are maintained.
  • Testing and Quality Assurance: Develop and support testing and quality control procedures for Barocal’s products, enabling the company to ensure product reliability and compliance.
  • Collaboration and Logistics: Work with others in the engineering team to optimise systems and components for better efficiency and safety.

Requirements

Required Qualifications Skills and Experience:

  • Education: At least NVQ level 4 Diploma or equivalent in Mechanical or Electrical Engineering, or a related field.
  • Experience: Minimum 5 years' experience in a technical or engineering support role in an R&D or industrial environment
  • Practical skills: Expertise in electrical and mechanical systems troubleshooting and repair. Experience in lab management, experimental equipment and procedures, maintaining safety standards, and handling delicate equipment.

Desired Skills and Characteristics:

  • Self-motivation – the ability and willingness to execute tasks with a high degree of autonomy when required.
  • Collaboration – the ability to work positively and constructively within a team to achieve outstanding results.
  • Strong organizational and communication skills.
  • Experience in HVAC, hydraulic systems and/or industrial control systems would be an advantage.

Benefits

  • Impactful Work: Contribute to a revolutionary technology that addresses the pressing need for sustainable cooling and heating.
  • Professional Growth: Be part of a dynamic, world-class team with opportunities to develop your expertise in advanced HVAC and heat transfer technologies.
  • Collaborative Culture: Work alongside passionate experts in a supportive environment that values innovation and excellence.

Barocal is committed to fostering a diverse and inclusive workplace. We welcome applicants from all backgrounds and are proud to be an equal opportunity employer.

Updated: 2 weeks ago
Job ID: 14182490
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Barocal

1-10 employees
HVAC and Refrigeration Equipment Manufacturing

Barocal develops breakthrough solid-state systems at the heart of the future of cooling.

Based on 15 years of research at the University of Cambridge, our novel caloric materials…

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