Research Associate in Optoelectronic Devices and Photonic Integrated Circuits

Research Associate in Optoelectronic Devices and Photonic Integrated Circuits (845637)

FTE:1.0 (35 hours/week)

Contract Type:Fixed Term (17 months)

Closing Date:18th September 2026

The appointment encompasses the design, implementation and characterisation of co-packaged solutions for neuromorphicphotonic components to answer the project objectives. The successful candidate will work closely with establishedacademics and experienced microfabrication personnel.

The project objectives completion is relying on the expertise ofthe IoP in the characterization and processing of optoelectronicdevices and photonic integrated circuits spanning over a decadeof international leading demonstrators both with academics and industrial partners.

To be considered for the role, you will have a PhD in an appropriate discipline (ideally physics or engineering), significant relevant research and technical experience in photonics,optoelectronic device microfabrication and characterisation. Youwill have experience in photonic design using python-basedlibraries (GDS-helpers, K-layout), in planning and organisingworkloads, including the ability to develop microfabricationprocesses and apply best practice, and you will have ademonstrated ability to be fully autonomous in employing a fullsuite of cleanroom equipment, including wire bonding and flipchip bonding.

You will have experience in laser direct writingphotolithography systems. The role necessitates the ability toexecute electrical and optical devices characterisation withinphotonic laboratory and therefore requires the essentialunderstanding of optoelectronic devices.

Excellent interpersonal and communication skills, with the abilityto listen, engage and explain, and to present experimental results in an adequate way to partners, and stakeholders.

The University welcomes applications from candidates across abroad range of backgrounds, recognising that diversity strengthens our academic community and enriches our research and teaching mission. As an employer committed to equality,diversity, and inclusion, we strive to cultivate a supportive and respectful environment in which all colleagues can succeed. The University offers high quality working conditions, including flexible working arrangements where appropriate, to enable staff tobalance their professional commitments with personal and family responsibilities.

Extension of contract may be awarded to answer future industrialcontracts and other academic research projects.

Initial interviews have been scheduled for late September/ early October 2026.

For informal enquiries, please contact

Javier Porte Parera, Senior Lecturer atjavi

Research Associate in Optoelectronic Devices and Photonic Integrated Circuits (845637)