Please refer to the
How to Apply for a Job (for External Candidates)
job aid for instructions on how to apply.

If you are an active McGill employee (ie: currently in an active contract or position at McGill University), do not apply through this Career Site. Login to your McGill Workday account and apply to this posting using the Find Jobs report (type Find Jobs in the search bar).

• Development of a new large-scale, custom-designed digital signal processing readout system for the ATLAS experiment located at the CERN laboratory in Switzerland.
• Develop a prototype hardware implementation of different signal processing algorithms on FPGA, optimized to significantly improve the resolution of real-time energy measurements made by the ATLAS Liquid Argon Calorimeter system.
• Use novel high-level synthesis approaches (based on functional programming abstractions) to optimize the implementation of machine learning models and other digital signal processing algorithms on a specific FPGA architecture to fit within the resource constraints of the future electronics readout system.
• Collaborate closely with researchers at McGill (in both the Departments of Physics and in Computer and Electrical Engineering) and partners worldwide, leveraging industry-standard tools and technologies to ensure the quality and reliability of the developed prototype hardware implementation.

Qualifications:

• PhD in Electronics/Computer Engineering, Computer Science, Experimental Subatomic Physics, or related fields. Relevant research experience in firmware programming (e.g. with VHDL) and resources optimization for specific FPGA architectures.
• Additional research experience with high-level synthesis and/or compilation considered a plus.
• Excellent verbal and written communication skills in English.
• Proven ability to contribute effectively within a collaborative research environment.
• Excellent organizational, analytical, and interpersonal abilities.
• Demonstrated ability to analyze research data and present findings clearly at seminars, scientific conferences, and technical meetings.

Name of Supervisor: Brigitte Vachon
Work schedule: Monday – Friday, 9am – 5pm (with 1 hour lunch break)
Working hours: 35 hours / week
Location of work: McGill University, Ernest Rutherford Physics building, 3600 University Street, Montreal, Quebec. This position is located in Montreal, Quebec, and the work for this position is expected to be performed in Quebec.
Salary information: $70,000 per annum.
Start date of appointment: 15 July 2025
End date of appointment: 15 July 2027 (2-year contract)
Before applying, please note that to work at McGill University, you must be both authorized to work in Canada and willing to work in the province of Quebec at the campus where the position is based / located.
McGill University is an English-language university where most teaching and research activities are conducted in the English language, thereby requiring English communication both verbally and in writing.
Annual Salary:
(AMURE Post-Doctoral Fellow Researcher) $48,000.00
Hours per Week:
35 (Full time)
Location:
Rutherford Physics
Supervisor:
Professor
Position Start Date:
2025-05-26
Position End Date:
2025-07-11
Deadline to Apply:
McGill University hires on the basis of merit and is strongly committed to equity and diversity within its community. We welcome applications from racialized persons/visible minorities, women, Indigenous persons, persons with disabilities, ethnic minorities, and persons of minority sexual orientations and gender identities, as well as from all qualified candidates with the skills and knowledge to productively engage with diverse communities. McGill implements an employment equity program and encourages members of designated groups to self-identify. Persons with disabilities who anticipate needing accommodations for any part of the application process may contact, in confidence,
accessibilityrequest.hr@mcgill.ca

• Development of a new large-scale, custom-designed digital signal processing readout system for the ATLAS experiment located at the CERN laboratory in Switzerland.
• Develop a prototype hardware implementation of different signal processing algorithms on FPGA, optimized to significantly improve the resolution of real-time energy measurements made by the ATLAS Liquid Argon Calorimeter system.
• Use novel high-level synthesis approaches (based on functional programming abstractions) to optimize the implementation of machine learning models and other digital signal processing algorithms on a specific FPGA architecture to fit within the resource constraints of the future electronics readout system.
• Collaborate closely with researchers at McGill (in both the Departments of Physics and in Computer and Electrical Engineering) and partners worldwide, leveraging industry-standard tools and technologies to ensure the quality and reliability of the developed prototype hardware implementation