A PhD studentship is available in the area of design and optimization of next-generation electronic devices. The ideal candidate will need:
• to have good background in either of the disciplines: electronic engineering, physics, material science, physical chemistry
• to have a good understanding of field-effect transistor operation and basic circuit design
• to have some computer modelling, circuit simulation or programming experience
• to have good hands-on skills
• to be able to work independently and collaboratively
• to be open towards multidisciplinary research
• be willing to learn how to use laboratory equipment, simulation software and other research tools

The project will focus on the optimization of transistor designs to the specifics of new technologies through fabrication, characterization and simulation of devices and circuits which include unique material and device concepts.

In particular, the properties of new materials and advanced devices will be central to the design of basic components for new, efficient, robust and cost-effective electronic applications. The investigation will target material systems from the established silicon to solution-processed and nanostructured semiconductors to 2D materials such as graphene. Conventional techniques such as photolithography will be used along emerging fabrication process steps such as inkjet printing and self-assembly. Simulation spanning from atomistic to circuit will give insight into device operation and circuit behaviour. The often conflicting aspects of low-cost, high-speed manufacturing and accurate, high-yield patterning of features will be addressed by choice of material system and device architecture.

The University of Surrey has been steadily climbing in the national and international rankings, currently being number 8 in the Guardian League Table. The Department of Electronic Engineering is also ranked number 2 in the Guardian. The Advanced Technology Institute (ATI) hosts researchers from a diverse range of scientific backgrounds. Backed by state-of-the-art research equipment and facilities, we are currently designing materials, devices and systems based on and using nanotechnology to address the grand challenges faced by society, such as sustainable energy technology.

ATI research students are encouraged and supported in their continued development and wellbeing through schemes such as the Researcher Development Programme, mentoring and the ATI Postgraduate Society of the Student Union.