

Job sector
Manufacturing / Engineering
Job function
Electrical Engineering
Start date
01/05/2025
Job duration
2 Years
Application closing date
20/02/2025
Job description
Key responsibilities include:
Developing and optimising advanced control algorithms for energy efficiency.
Designing advanced battery health monitoring techniques.
Collaborating with the Tridonic team to embed innovative solutions and facilitate knowledge transfer.
Reporting progress to academic and industrial stakeholders and presenting findings to diverse audiences.
This is a fixed-term role based primarily at Tridonic UK Ltd, Spennymoor, with the role expected to end on 31.03.2027.
This research project is a collaboration between Northumbria University and Tridonic UK, combining academic excellence with industry expertise.
The team includes Steve Parkes and Ian Wilson, Senior Project Director and Technical Manager at Tridonic, the experienced experts in electronics design and innovation, supported by Alekssander Santiago, System Architect specializing in hardware design and Ben Stainthorpe, specialising in power electronics. From Northumbria University, Dr Haimeng Wu who is the head of the electrical power and control system research group, an expert in power electronics and control algorithms, supported by Dr Yuchao Liu, specialising in high-efficiency power converters, and Dr Yongtao Qu, an expert in photovoltaic systems. Together, they ensure cutting-edge research and practical implementation for the success of the project.
ABOUT YOU
Applicants should hold an MEng/MSc in Electrical or Electronic Engineering or a related field (PhD desirable) and demonstrate expertise in:
Circuit theory, power electronics, and control systems.
Using simulation tools such as MATLAB/Simulink.
Assembling, soldering, and testing PCBs.
Designing and interpreting electronic circuit schematics.
Desirable skills include programming embedded systems, defining PCB design guidelines, and knowledge of battery and solar panel technologies.
This KTP project will develop methods for the design, construction and test of power dc/dc converters for outdoor LED lighting system. Development of advanced control techniques using embedded controllers and the development of advanced health monitoring techniques for battery with lifetime prediction by applying research to Tridonic UK’s outdoor lighting business.
The KTP Associate will help embed this work into Tridonic UK Ltd.
In line with the University’s mission and corporate strategy, and Tridonic business and culture, you will:
Develop a full understanding of the strategic aims and function of the collaborative project between Tridonic UK Ltd and Northumbria University.
Undertake research, design, development, implementation, and project management and take ownership of the KTP project.
Feedback to the project team and deliver the project in accordance with the project plan and KTP management requirements.
Document progress during the project, as well as completing KTP records.
Present research outputs to a varied audience including Tridonic UK Ltd’s management, clients, University academics and the KTP Local Management Committee (project team).
Contribute to the dissemination of research findings through academic publications, enhancing your professional profile and supporting the University’s research impact
Training and Development Opportunities
The KTP Associate will benefit from professional development opportunities, including:
KTP residential training modules, focusing on project management, leadership, and business skills.
Participation in academic conferences, enabling networking and insights into industry best practices.
A tailored Personal Development Plan (PDP) with structured career support and mentoring.
Technical training in power electronics, control systems, and embedded systems, supported by university and industry experts.
Hands-on collaboration with senior professionals at Tridonic and Northumbria University to tackle real-world challenges
Further information about the requirements of the role is available in the person specification.
If you would like an informal discussion about the role, please contact Dr. Haimeng Wu at haimeng.wu@northumbria.ac.uk.
To apply for this vacancy, please visit the Northumbria website using the link in this advert and click on ‘Apply Now.’ Your application should include a covering letter and CV, highlighting your relevant experience and qualifications.
Project description
This KTP project will develop methods for the design, construction and test of power dc/dc converters for outdoor LED lighting system. Development of advanced MPPT techniques using embedded controllers and the development of advanced health monitoring techniques for battery with lifetime prediction by applying research to Tridonic UK’s outdoor lighting business.
About the business

Tridonic, a company of the Zumtobel Group founded in 1956 in Dornbirn, Austria, is a leading global provider of smart and efficient lighting solutions. With a presence in 75 countries and a workforce of approximately 1,586 employees, Tridonic supports its partners and customers with sustainable lighting systems for various applications, including office buildings, retail outlets, hotels, educational institutions, and outdoor environments. The company emphasizes innovation, dedicating significant resources to research and development, and holds over 2,500 patents. Committed to sustainability, Tridonic actively contributes to environmentally friendly lighting production worldwide.