Program Overview
Nipissing University's Master of Science in Mathematics program offers advanced mathematical understanding, specialized knowledge, and research skills. With two pathways (MRP and Thesis), it prepares graduates for careers in research, industry, business, or government. The program features experienced faculty, interactive teaching methods, and opportunities for research and networking.
Program Outline
The Master of Science in Mathematics program at Nipissing University is designed to deepen your mathematical understanding and prepare you for future work in research, industry, business, or government. This program provides a solid background in foundational areas of mathematics while allowing specialization in areas like topology, analysis, combinatorics, or applied math. The program offers two pathways to completion: the Major Research Paper (MRP) route, a one-year intensive course, and the Thesis route, a more in-depth two-year program with the option of a four-year flex-time approach for greater flexibility. Both pathways equip you with advanced skills and knowledge in mathematics to excel in your chosen field.
Objectives:
- Advanced Mathematical Understanding: Enhance your understanding and problem-solving abilities in core mathematical concepts.
- Specialized Knowledge and Research Skills: Develop expertise within your chosen area of mathematics, including the ability to conduct independent research.
- Preparation for diverse career paths: Gain the necessary skills and qualifications for a successful career in research, industry, business, or government.
Outline:
Coursework and Structure The Master of Science in Mathematics program combines coursework with either a Major Research Paper (MRP) or a Thesis, depending on the chosen route.
Coursework:
Students complete several graduate courses in various areas of mathematics, covering topics such as real and complex analysis, topology, algebra, combinatorics, differential equations, numerical methods, and partial differential equations. The specific course selections depend on your area of specialization and research interest.
Major Research Paper Route (MRP):
This one-year (three-term) full-time pathway culminates in an extensive Major Research Paper, displaying independent research and critical analysis.
Thesis Route:
Available as either a two-year (six-term) full-time option or a four-year (twelve-term) flex-time program, this route requires conducting thorough and in-depth research culminating in a Thesis, with potential multi-disciplinary applications.
Assessment:
Assessment in the Master of Science in Mathematics program varies depending on the specific courses taken and research project undertaken. Common methods include:
Examinations
written, oral, or take-home exams are used to evaluate understanding of course content and concepts.
Assignments and Projects
regular assignments, group projects, and presentations test your problem-solving abilities and application of theoretical concepts.
Major Research Paper (MRP):
This is evaluated based on its originality, research depth, critical analysis and writing quality.
Thesis:
The thesis defense involves a presentation and discussion of your research to a committee of experts who assess the depth of research, originality of findings, clarity of presentation, and defense of your work.
Teaching:
Teaching Methods:
The Master of Science in Mathematics program uses various interactive and engaging teaching methodologies, including lectures, discussions, problem-solving sessions, seminars, and independent research. Professors encourage active participation, allowing for a vibrant and intellectually stimulating learning environment.
Faculty
The program boasts a dedicated and diverse team of experienced professors, recognized experts in various fields of mathematics. These faculty members are actively engaged in research and are passionate about teaching, providing students with personalized guidance and mentorship.
Careers:
Graduates of the Master of Science in Mathematics program are equipped for diverse career opportunities in various fields, including:
Research:
Pursue research careers in academia or industry, contributing to advancements in mathematical knowledge and its application to real-world problems.
Industry:
Apply mathematical expertise in various sectors like finance, tech, engineering, data analysis, biostatistics, or computational modeling.
Government:
Join government agencies or research institutions, utilizing your analytical skills to address complex issues and inform policy development.
Business:
Leverage quantitative and analytical capabilities to succeed in business analysis, risk management, consulting, or financial forecasting.
Other:
Opportunities:
- The program attracts leading researchers from Canada and abroad through annual workshops and conferences, providing valuable networking and learning opportunities for students.
- Research seminars hosted by the program invite visiting scholars to share their work, further enriching the intellectual environment.
- The annual Graduate Research Conference allows students to showcase their research findings and receive valuable feedback from peers.
Resources
- Students have access to the Nipissing Computational Physics Laboratory (NCPL), equipped with high-performance computing facilities for advanced research in areas like nanophotonics, nanotechnology, and nanomedicine.
- The Graduate Student Centre provides a designated workspace with individual study areas, shared printing facilities, and internet access, fostering collaboration and community among graduate students.
Conclusion
The Master of Science in Mathematics program at Nipissing University offers a rigorous and engaging academic environment, combining a solid foundation in fundamental mathematical concepts with advanced coursework and the opportunity for specialized research. This program provides the necessary knowledge, skills, and experience for graduates to excel in their desired career path within mathematics and related fields.
