PhD Studentship in Materials Avoidance: Bournemouth University, in collaboration with industry partner Parvalux Electric Motors Ltd, is offering an exciting research opportunity for a fully-funded PhD studentship. This project aims to address key questions related to sustainable design, material selection, and energy efficiency in electric motors and gears to contribute to a greener future.
Fully-Funded PhD Studentship Opportunity in Sustainable Product Life Cycle and Hazardous Materials Avoidance for Electric Motors and Gears
Designation: PhD Researcher
Research Area: Sustainable product life cycle, avoidance of hazardous materials, energy efficiency in electric motors and gears
Location: Bournemouth University, Talbot Campus
Eligibility/Qualification:
- Outstanding academic potential, typically demonstrated by a First-Class Honours degree or equivalent GPA, or a Master’s degree with distinction
- For non-native English speakers, a minimum IELTS Academic score of 6.5 with at least 6.0 in each component, or equivalent
Job Description: The successful candidate will work under the guidance of BU’s Professor Zulfiqar Khan to research and propose innovative solutions in adapting design, materials, and manufacturing processes of electric motors and gears towards sustainability. This involves investigating the optimization of system interactions, the replacement of hazardous materials, and the implementation of RoSH and REACH regulatory standards.
How to Apply: Interested candidates can find detailed project information, supervisors, funding details, and entry requirements on the Bournemouth University website. Ensure to review the full project description (pdf, 255kb) before submitting your application. Apply online through the university portal by following the instructions provided.
Last Date for Apply: The closing date for applications is 27/09/2024
This fully-funded PhD studentship offers a stipend of £18,622 annually to support living costs and presents a unique opportunity to engage in impactful research towards sustainable innovation in electric motors and gears. Apply now and be a part of shaping a greener and more efficient future in motor technology.
