Join a university that’s shaping the future. At Manchester Metropolitan University, we’re dedicated to excellence in education and research, and we’re looking for passionate individuals to help us continue our journey. Be part of a dynamic team that’s making a real difference.
An exciting opportunity has arisen to join the Additive Manufacturing and Hydrogen Technologies Team at Manchester Metropolitan University as a Electric/Electronic Engineer Technical Specialist. Based in John Dalton , this is an exciting opportunity to use your specialist skills to support the research, teaching and industrial partners projects taking place in Manchester Metropolitan University.
The a project is funded from a cooperative agreement between Manchester Metropolitan University and the US ARMY DEVCOM. The post-holder will aim to remove the third-party components (potentiostat, smart phone and stirrer) and the manufacturer-imposed restrictions upon the user interface of a current “in-development” portal electrochemical sensor for heavy metals in water. This is a fixed term 12 month position that is estimated to start in June 2025 and end in May 2026.

HOW TO APPLY:

Please upload a cover letter and your CV detailing how you meet the essential criteria in the attached Job Description.
If you would like more information about this post, please get in touch with Dr Tiziana Denaro at t.denaro@mmu.ac.uk

ABOUT THE ROLE:

As a Technical Specialist, you will:

• Work independently in your specialist area, taking responsibility for a designated workspace and the provision of an excellent service.
• Be responsible for the operation, maintenance, troubleshooting and general maintenance of specialist equipment in your area.
• Devise innovative solutions to complex technical problems.
• Train service users in the use of specialist equipment and software.
• Have detailed and extensive knowledge of theory and practice regarding programming, electrical and electronic engineering,
• Explore publishing the findings from your research in peer reviewed journals.
• Development of a closed source in-house potentiostat based upon pre-existing potentiostat technology.
• Explore AI learning tools to expand the accuracy and operational functionality of electrochemical detection methodologies.

Please note: this position is subject to funding approval. Any offer made will be contingent upon securing the necessary funding

To succeed in this role, you will possess:

• A doctoral level qualification (or significant industrial experience) in Electrical engineering and or software development.
• Undergraduate degree in chemistry, engineering or a closely related subject.
• Significant experience of electrical circuit engineering.
• Significant experience with software development