At a Glance
- Tasks: Lead innovative research in advanced manufacturing and develop novel metal forming processes.
- Company: Join the University of Strathclyde's National Manufacturing Institute Scotland, a hub for innovation.
- Benefits: Competitive salary, professional development, and opportunities to influence industry practices.
- Other info: Dynamic role with excellent career growth and collaboration with industry leaders.
- Why this job: Make a real impact on manufacturing while leading a passionate team of engineers.
- Qualifications: Experience in engineering and knowledge exchange, with strong leadership skills.
The predicted salary is between 67468 - 67468 £ per year.
The University of Strathclyde has a long history of working with industry to deliver strong business growth from access to research and innovation expertise. The latest major initiative continuing to deliver on this track record is through the National Manufacturing Institute Scotland (NMIS). As a magnet for innovation in advanced manufacturing, the NMIS group of specialist R&D centres supports manufacturing, engineering and associated tech businesses of all sizes, to thrive domestically and internationally through accelerating productivity, embracing new digital technologies and achieving net-zero targets.
The AFRC is seeking to appoint an experienced Principal Engineer (Team Lead - Near Net Shape) to lead and manage the delivery of high value research and knowledge exchange programmes and develop the AFRC’s Near Net Shape capability with a particular focus on novel metal based forming processes (e.g., incremental flow/shear forming, superplastic/hydro forming, HIP, solid state joining) with projects that have heavy elements of industrial impact and translational research.
The postholder will lead on high value industrial funding proposals as the principal- or co-investigator and spearhead the developments of near net shape forming technologies for the AFRC. The post holder will be expected to work between the AFRC and its industrial partners and there will be a strong emphasis on knowledge exchange.
You will line manage and support a team of engineers, RAs and KE practitioners, providing technical leadership and guidance to colleagues. You will generate new knowledge exchange approaches and identify, adapt, devise and use appropriate methodologies and techniques for real-world impact.
You will lead and develop internal and external networks of researchers and leading thinkers in the field to foster knowledge exchange collaborations, to identify and deliver common research/knowledge exchange objectives and to generate income. You will also lead the development of knowledge exchange activities by, for example, establishing knowledge exchange links with industry and influencing public policy and the professions.
You will contribute to Centre, Institute, Faculty and/or University senior administrative and management functions, for example by convening or participating in relevant committees. You will contribute to the strategic development of the Centre through, for example, developing new knowledge exchange strategies and by anticipating and planning for new directions for yourself and knowledge exchange themes and you will engage in continuous professional development.
For informal enquiries, please contact Salah Rahimi, Chief Engineer, salah.rahimi@strath.ac.uk
Principal Engineer (Team Lead - Near Net Shape) - 828874 in Inchinnan employer: University of Strathclyde
The University of Strathclyde, through the National Manufacturing Institute Scotland (NMIS), offers an exceptional work environment for the Principal Engineer role, fostering innovation and collaboration in advanced manufacturing. Employees benefit from a vibrant culture that prioritises professional growth, access to cutting-edge research, and strong industry partnerships, all while contributing to sustainable community development. Located in Inchinnan, Renfrew, this position not only provides competitive remuneration but also the opportunity to lead impactful projects that shape the future of manufacturing.
