Academic profile
Curriculum Vitae
Ph.D. researcher in quantum information, topological quantum computing, quantum simulation, and quantum geometry.
Education
2025–present
Ph.D. in Mathematics
University of Saskatchewan · GPA: 99/100
Research in hyperbolic quantum error correction and fault-tolerant quantum computation.
2021–2023
M.Sc. in Mathematics
University of Saskatchewan · GPA: 95/100
Thesis on the Calogero–Françoise integrable system through twisted Hitchin moduli spaces.
2017–2021
B.Sc. in Physics
Zewail City of Science and Technology · GPA: 3.7/4.0
Research appointments
2025–present
Ph.D. Researcher
Centre for Quantum Topology and Its Applications (quanTA), University of Saskatchewan
Topological CSS and Floquet codes on periodic hyperbolic lattices; hyperbolic cluster states for fault-tolerant measurement-based quantum computing.
Mar.–May 2026
Visiting Ph.D. Researcher
Julius-Maximilians-Universität Würzburg
Topoelectric-circuit simulations of exotic physical phenomena in hyperbolic lattices with Prof. Ronny Thomale’s group.
July–Aug. 2025
Visiting Ph.D. Researcher
Institute for Quantum Computing, University of Waterloo
Co-developed a superconducting-circuit architecture for emulating physics in hyperbolic space, leading to a joint-first-author preprint.
2021–2025
Research Assistant
University of Saskatchewan
Research spanning hyperbolic quantum codes and the algebraic geometry of integrable systems.
Selected awards and funding
- Mitacs Globalink Research Award, CAD 6,000 (2026)
- Robert Falside Stoddart Memorial Scholarship, CAD 1,200 (2026)
- Graduate Teaching Fellowship—Doctoral, CAD 25,000/year (2025)
- Graduate Teaching Fellowship—Master’s, CAD 19,000/year (2021)
- Four-year Undergraduate Scholarship, Zewail City of Science and Technology (2017–2021)
Teaching and professional experience
- LLM Training Expert—Physics and Mathematics, Mercor (project-based)
- LLM Training Expert—Physics and Mathematics, Outlier (2024–present)
- Data Analyst, TELUS International AI Data Solutions (2023–2024)
- M2PI Intern, Cenovus Energy / Pacific Institute for the Mathematical Sciences (2023)
- Teaching Assistant, University of Saskatchewan (2021–2023)
Selected projects and academic activity
- GenQ Hackathon—First Place, Challenge 2 (2025): built a quantum approach to energy-grid optimization and implemented it on QuEra analog quantum hardware.
- The Big Quantum Hackathon (2025): developed a quantum-chemistry prototype for carbon-capture solvent screening.
- IBM Quantum Sustainability Working Group (2026): participated in the working group’s in-person workshop in Heidelberg.
- Quantum AlgoLab graduate programs (2024 and 2026): completed intensive coursework in near-term quantum algorithms and fault-tolerant quantum computing.
Research toolkit
Quantum error correction; stabilizer, CSS, and Floquet codes; minimum-weight perfect matching; Monte Carlo simulation; hyperbolic lattices; numerical modelling; Python; Qiskit; Wolfram Mathematica; MATLAB; Linux; and LaTeX.
For further details, see the publications and presentations pages, or contact me.