KTP Thin-Film Technologist: Self-Powered Sensor Innovator

The Knowledge Transfer Network Limited; Stirling; Hybrid; GBP 29,000 - 36,000; Full time

Job summary

Integrated Graphene Ltd (iGii) and the University of the West of Scotland invite applications for a materials/thin film technologist on a 36-month Knowledge Transfer Partnership (KTP). You will develop self-powered sensors using Triboelectric Nanogenerator and Piezoresistive mat tech, while replacing wet chemistry with plasma-assisted sputtering methods for energy storage coatings.

You will be employed by the University of the West of Scotland, splitting time between iGii and the ITFSI, with

Qualifications

• Minimum BSc and preferably a PhD in physics/engineering/materials/thin films.
• Knowledge of surface analysis and characterisation techniques (SEM, TEM, AFM, optical and engineering thin film measurements).
• Experience with thin films, measurements, and familiarity with physical vapour deposition processes.
• Experience in research methods and project management.
• Hands-on problem solving and troubleshooting abilities.

Responsibilities

• Lead the KTP project between university and industry partners.
• Collaborate with senior management to realise business benefits.
• Receive training in Chartered Management Institute (up to level 5).
• Work across UWS ITFSI and Integrated Graphene Ltd with mentoring support.

Skills

Surface analysis

Thin film measurement

Research methods

Problem solving

Physical Vapour Deposition

Education

BSc in physics/engineering/materials/thin films

PhD preferred

Tools

SEM

TEM

AFM

Job description

Integrated Graphene Ltd (iGii) and the University of the West of Scotland invite applications for a materials/thin film technologist on a 36-month Knowledge Transfer Partnership (KTP). You will develop self-powered sensors using Triboelectric Nanogenerator and Piezoresistive mat tech, while replacing wet chemistry with plasma-assisted sputtering methods for energy storage coatings.

You will be employed by the University of the West of Scotland, splitting time between iGii and the ITFSI, with