Education

Thesis on Novel Methods and Applications of Weak Measurements in Optics. Supervised by Prof Jeff Lundeen.

Designed and built optical measurement systems for precision quantum experiments, combining hands-on hardware development with Python-based instrumentation and data analysis.

Key accomplishments:

  • Built a free-space optical platform integrating spatial light modulators, laser systems, and custom detection components for weak signal extraction
  • Developed Python-based automated control and data acquisition systems, interfacing with cameras, photodetectors, and motion stages
  • Created GPU-accelerated simulations to model system behaviour and optimise experimental parameters
  • Implemented statistical analysis pipelines for noise characterisation and signal processing

First Class Honours, ranked 5th in cohort with average of 85%.

Prizes: Lincoln College Stansbie Prize (best performance in a science Final Honour School); Scott Prize (best performance in Part B examination); Lincoln College LH Martin Prize; College Scholarship; Commendation for Practical Work.

Selected modules: Electromagnetism and Optics; Quantum Physics; Laser Science and Quantum Information Processing; Condensed-Matter Physics; General Relativity and Cosmology; Climate Physics.

Experience

 
 
 
 
 
Support Our Science
Executive Director
March 2023 – Present

Executive Director (August 2025 – Present); Executive Council (March 2025 – August 2025)

Leading initiatives to support the next generation of Canadian researchers through coordinating nationwide advocacy efforts and government engagement.

  • Spearheading research on graduate student stipend levels across Canada
  • Building coalitions between stakeholders in the research ecosystem.
 
 
 
 
 
koralli
Consultant
November 2019 – Present
Contributing to a startup focused on interdisciplinary consulting through authoring articles on quantum technologies and technology adoption. Participating in strategic discussions on organizational development and analyzing value proposition development.
 
 
 
 
 
University of Ottawa
Teaching Assistant
September 2020 – April 2025
Communicated complex physics concepts (Waves & Optics, Electromagnetism) through lectures, instructional videos, and written materials. Awarded 2023 Departmental Award for Excellence in Peer Mentorship. Served as CUPE 2626 Union Steward representing student workers.
 
 
 
 
 
Ottawa Science Policy Network
President
March 2023 – April 2024
Founded and led a dynamic organization focused on science policy engagement. Designed and executed national surveys on graduate student finances and brain drain. Successfully established organizational structure and transition processes while building partnerships with other science policy organizations across Canada.
 
 
 
 
 
Mathys & Squire
Work experience
December 2018 – December 2018
Gained hands-on experience in patent law through analyzing patent applications and examiner reports. Drafted response letters to patent offices and developed understanding of intellectual property protection in technical fields.