Manufacturing Engineer (KTP Associate)
Coventry £35,000 - £46,000


Job sector
Manufacturing / Engineering
Job function
Manufacturing Engineer
Job duration
30 months
Application closing date
11/09/2025
Job description
The main project activities will include:
- Introduction to the business and university project team including familiarisation of the technology and current product.
- In conjunction with WF personnel, monitor existing MECs to assess potential failure points and performance characteristics.
- Work with engineers at Wastewater Fuels to improve the design of current prototype to Technology Readiness Level 9.
- Define specific manufacturing requirements, identify necessary processes, standard equipment, and high-risk manufacturing challenges.
- Develop a manufacturing process for an individual subassembly and then the full MEC.
- Work closely with external suppliers to develop their capability to manufacture unique components, provide bespoke assembly cells and implement the installation of a state-of-the-art production facility.
- Hand-build cells with engineers to demonstrate TRL 9 MEC cell capability at scale and monitor performance to ensure compliance with design parameters in commercial conditions.
- Design a manufacturing line to achieve desired capacities by defining machine specifications, determining storage requirements, and optimising space utilisation through 2D and 3D layouts and simulations.
- Establish the manufacturing line at Wastewater Fuels for low-volume production.
- Create a comprehensive process documentation pack including machine specifications for a high-volume production line strongly considering automation potential.
- Maintain constant communication with WF and WMG University staff and the project team to plan, execute and manage KTP related activities.
- Responsible for establishing dissemination channels and methods (e.g. training courses, dissemination events and presentation, discussion forums, training material, detailed project documentation) in order to ensure an effective knowledge transfer to the stakeholders at Wastewater Fuels.
- Define a personal development plan with the help of WF and WMG University staff, and attend all necessary KTP-related courses, events, management and reporting meetings as and when necessary.
- Specific training to complete the project will be identified and facilitated as required during the duration of the KTP project.
This is a re-advertisement. Previous candidates for this role need not apply.
Project description
This is an exciting opportunity to implement academic research in a commercial setting and would suit someone with a background in design engineering or manufacturing and with a strong career interest in tackling manufacturing or industrial problems, who enjoys developing innovative solutions and is motivated by complex challenges and the opportunity to make a positive impact on environmental sustainability.
The impetus for this Knowledge Transfer Partnership (KTP) between Wastewater Fuels and the University of Warwick follows on from a series of successful collaborations and reflects Wastewater Fuels’s ongoing investment in research and development. This KTP aims to develop an existing manual manufacturing process to improve it by designing, modelling, and constructing a mass production assembly operation; to de-risk the next-stage investment for an innovative wastewater treatment product, and securing a place as a global leader in the market.
This post is part of the Knowledge Transfer Partnership (KTP) initiative funded by Innovate UK. Knowledge Transfer Partnerships is a UK-wide programme that has been helping businesses for the past 40 years to improve their competitiveness and productivity through the better use of knowledge, technology and skills that reside within the UK Knowledge Base. If you want to apply your degree and experience, start a “real job” straight away and gain a professional qualification, then a Knowledge Transfer Partnership (KTP) is what you are looking for.
About the business

Since forming in 2021, Wastewater Fuels have invested heavily in R&D to advance the TRL of their MEC wastewater treatment product, to a point where large-scale prototype field trials are now under way. Such is the revolutionary uniqueness of the product that the company is experiencing demand from all the companies that manage the UK’s 14,000 water treatment facilities.
Today, MEC units are bench-built in low volumes. The candidate will be working at Wastewater Fuels as part of a collaborative industrial project. They will work to bridge the knowledge gap surrounding product design for manufacture; automated production equipment design and specification; specifying and commissioning automated production equipment; and manufacturing simulation. This know-how will enable mid-to-high volume production, deliver the robust capability to expand production levels to meet the predicted future demand, and realise the business case.
Wastewater Fuels is on a journey to transform our collective approach to treating wastewater. We are transforming an expensive, energy intense industry into a net energy producer, by extracting the chemical energy from a variety of wastewaters, including domestic sewage and industrial food wastes. Our energy efficient modular, scalable asset treats wastewater and in the process produce hydrogen. The hydrogen can be used to generate electricity locally or sold to generate a revenue stream, thus making wastewater treatment viable across the globe (currently c.80% of wastewater is not effectively treated). Find out more by visiting Wastewater Fuels.