Semiconductor device modeling and optimization postdoctoral

The Emerging Radio Systems Group (EmRG) is pursuing to develop compact and behavioural models that can accurately predict the behaviour of deep-submicron, heterostructure semiconductor devices used in high frequency radiocommunication circuitry.

This project is an essential part of a larger research initiative geared towards the realization of 5G, the next generation of communication technologies.

EmRG is actively seeking a postdoctoral fellow or an experienced research associate for this project. A 1 year contract with competitive funding is available, ideally starting in January 2017, and may be renewed based on performance.

The ideal applicant is a highly self-motivated individual with a strong theoretical background in semiconductor device physics, experience with simulation software, and an aptitude for carrying out research projects and delivering results with minimal supervision.

Key responsibilities:

Conducting theoretical studies of electrical and electro-thermal behavior of Gallium Nitride (GaN) devices
Developing multi-physics-based compact models for GaN devices targeting millimetre-wave frequency applications
Performing theoretical analyses and simulations, analysing results and provide interpretations
Conducting laboratory tests on semiconductor devices using a thermal analyser and a probe station
Publishing or presenting research outcomes in IEEE journals, conferences or reports for industry partners
Communicating and collaborating with other research personnel working on related projects; mentoring and guiding graduate students when appropriate.

Position requirements:

Applicants with PhD in Physics, Electrical Engineering or related field, with strong background in solid-state physics and thermal physics will be considered for a postdoctoral position
Candidates with an MASc and relevant experience will be considered for a research associate position
In-depth knowledge of GaN-based High-Electron-Mobility-Transistors (HEMTs) and electrothermal modelling
Proficiency with physics-based device simulation tools (e.g. Sentaurus) and data analysis
Experience with thermal image analysis and probe station measurements is an asset
Familiarity with radio-frequency and millimetre-wave frequency integrated circuits is an asset
Familiarity with circuit and system simulation tools (e.g. Cadence, Advanced Design System) is an asset
Strong written and oral communication skills preferred; Among non-native English speakers, preference will be given to candidates with an IELTS score of 7.5 or higher (TOEFL score of 100 or higher).
All qualified individuals including women, members of visible minorities, aboriginal peoples and persons with disabilities.
All qualified candidates are encouraged to apply; however Canadians and permanent residents will be given priority.

How to Apply

Interested applicants should email a complete application package to joinemrg@gmail.com, consisting of the following:
A cover letter stating your research interests and experience, and relating them to the research project described above.
A curriculum vitae, with 3 academic or professional references
An electronic copy of your most significant research publication (journal or conference publication)
Please ensure all items are attached to the email in .docx or .pdf format, and include the position title in the subject line. We will respond to eligible candidates within a reasonable time frame. The call for applications will remain until the position is filled.

Further Information