Mathematics, M.Sc. Nipissing University

Overview

The Mathematics, M.Sc. at Nipissing University offers a comprehensive graduate education designed to bridge the gap between theoretical mathematical foundations and practical applications. This programme provides students with the rigorous analytical tools necessary for high-level research, industrial problem-solving, and professional advancement.

Candidates can select from two distinct pathways to suit their academic goals. The Major Research Paper route is designed as a one-year full-time programme focused on independent scholarly analysis. Alternatively, the Thesis route allows for deeper specialisation over two years of full-time study or four years of flex-time study, often involving interdisciplinary research.

Why Mathematics, M.Sc. at Nipissing University?

Nipissing University provides a supportive and focused environment for graduate research, situated within a beautiful natural landscape that minimises distractions. The institution is an Affiliate Member of The Fields Institute for Research in Mathematical Sciences, connecting students to a prestigious network of mathematical excellence.

The university houses specialised facilities such as the Nipissing Computational Physics Laboratory, which focuses on advanced numerical algorithms and multiphysics problems. Students also have access to the Graduate Student Centre, a dedicated interdisciplinary space equipped with individual study carrels and essential research infrastructure.

Distinctive teaching features include annual workshops and conferences organised by the Department of Computer Science and Mathematics. These events feature leading international researchers, allowing students to establish valuable professional contacts and present their own findings at the annual Graduate Research Conference.

Tuition Fee Breakdown

• International fee: CAD 9333 per year
• National fee: CAD 4032 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is structured around advanced mathematical theory and research methodology. Modules may include:

• Topology
• Analysis
• Combinatorics
• Graph Theory
• Industrial and Applied Mathematics
• Scheduling
• Computational Problems
• Numerical Mathematics
• Optimization

Careers with Mathematics, M.Sc.

Graduates of this programme are well-prepared for sophisticated roles in various sectors. The skills acquired during the degree are highly valued in industry, government, and business environments. Many students pursue careers in research and development or continue their academic journey by entering doctoral programmes.

Common career paths include roles in data analysis, financial modelling, and technical consultancy. The programme's emphasis on open problems and independent research ensures that graduates possess the adaptability required for the evolving global job market and high-level scientific investigation.