Location: West Cambridge, United Kingdom
Project Overview
The research associate will work in the Department of Engineering on Power Electronics and Batteries, focusing on developing the technological basis, studying transient behaviour of batteries, and building test equipment for battery studies. The role involves design of high‑precision high‑accuracy analog electronics, wide‑bandwidth low‑voltage high‑current (at least 50 A) power electronics, embedded control and interface software. Knowledge of op‑amp circuits, their stability, and embedded controllers is desired.
Responsibilities
Generate novel concepts, analyse them theoretically and demonstrate performance experimentally through prototype development and implementation. Build professional set‑ups that can be delivered to partners. Document and disseminate results in tier‑one journal papers. Coordinate work with partners, report status, and support acquisition of funds for follow‑on work.
Qualifications
- Experience in higher‑current low‑voltage high‑bandwidth circuits
- Knowledge of precision, low‑noise and low‑offset operational and instrumentation amplifiers, accurate analogue‑digital conversion, embedded controllers
- Understanding of real‑time measurement data streaming and storage
- Previous knowledge in battery behaviour
- Proven track record of publishing in tier‑1 journals
- Experience dealing with international collaborations
- Ability to prepare status reports and lead a status meeting
Appointment
Research Associate level, requiring a PhD.
Fixed‑Term
Funds are available until 31 August 2029 in the first instance.
The University actively supports equality, diversity and inclusion and encourages applications from all sections of society. The University has a responsibility to ensure that all employees are eligible to live and work in the UK.
Research Associate in Power Electronics and Batteries (Fixed Term) employer: Economicsnetwork
Join the Faculty of Science and Engineering at the University of Manchester, where you will be part of a vibrant team dedicated to pioneering research in quantum materials. With a strong commitment to employee development, we offer generous benefits including a substantial pension contribution, 29 days of annual leave, and access to world-class research facilities, all within a collaborative and inclusive work culture that values diverse perspectives.
