University of Waterloo

Overview

The University of Waterloo offers a PhD program in Applied Mathematics with a specific research focus on Quantum Information. This program is tailored for students aspiring to develop advanced mathematical techniques applicable to quantum technologies and related research areas. The PhD journey combines rigorous coursework, extensive research, and a significant dissertation that showcases original contributions to the field of quantum information science.

What you'll study

The curriculum is structured around doctorate-level research, with a dissertation as the centerpiece. Students engage in a blend of graduate courses, research seminars, and key milestones that pave the way to their PhD thesis. The program typically includes:

• Core graduate coursework: Focus on advanced topics in applied mathematics and quantum information-related mathematics.
• Research training: Involvement in departmental seminars and the development of research skills through guided studies and collaborative reading groups.
• Qualifying milestones: Regular progress reviews and academic assessments established by the student's supervisory committee.
• Dissertation: Completion of a significant research project in quantum information, culminating in a formal PhD thesis and defense.

Please note that specific course requirements and milestones may vary based on individual backgrounds, the expectations of supervisors, and departmental policies.

Entry requirements

Candidates are expected to possess a strong academic background in mathematics or a related field. A competitive Grade Point Average (GPA) is typically required for admission. Additionally, applicants must demonstrate proficiency in English through accepted language tests such as IELTS, TOEFL iBT, or PTE Academic, with scores that meet program-specific criteria.

Career prospects

Graduates of the PhD program in Applied Mathematics with a focus on Quantum Information are well-equipped for a range of career opportunities. They may pursue roles in academia, research institutions, or the technology sector, where they can contribute to advancements in quantum technologies, data science, and mathematical modeling. The skills developed throughout the program prepare graduates for leadership positions in both industry and research environments.