29 Natural Sciences MSc Degree Programs in Canada

Canadian Post Graduate Work Permit aligned program Gartner projects that over 75% of enterprises started using Artificial Intelligence (AI) by the end of 2024, driving a 5x increase in streaming data and analytics infrastructures. With these staggering levels of growth, there is a huge demand for data-savvy professionals with the ability to analyze, communicate, and innovate in a data-centric economy. Simultaneously, the demand for conventional computing expertise (computer programming, product development, quality engineering, etc.) also continues to rise. Saint Mary’s Master of Science in Computing & Data Analytics (MSc CDA) is a graduate-level, 16-month professional program that focuses on using Generative AI (GenAI) to generate code and construct Business and IT solutions. Delivered across an interdisciplinary, industry responsive curriculum, the MSc CDA program has an impressive track-record for post-graduate employment.

Discover the common thread of chemistry as it exists within all sciences. Apply your knowledge to the challenges and technological innovations possible in today’s modern world.

Earn a M.Sc. in the theory of modelling and the application of techniques in the natural sciences or social sciences. Interdisciplinary collaboration is at the core of this program as students with backgrounds in economics and computer science come together with those from math and psychology, and beyond. As you complete your coursework and conduct your research, you will be sharing ideas with classmates from an array of disciplines. Immersed in this multidisciplinary environment, you will develop new perspectives that will position you well for the future.

The Master of Science in Mathematical and Computational Sciences at the University of Prince Edward Island is designed to enhance students' expertise in mathematics, statistics, and computer science. This interdisciplinary program emphasizes both theoretical and applied aspects of these fields, fostering skills in problem-solving, data analysis, and computational techniques.

Mining and petroleum resources, underground water and renewable energy resources, soil and water contamination, coastal erosion: the exploitation of natural resources leads to both significant economic benefits and environmental impacts.

Mathematical, Computer, Physical and Molecular Sciences (MCPMS) is one stream of the Master of Science degree in the Faculty of Science and Engineering. Thesis and project options are available. The thesis option has, as a substantial component, the completion of an original research program, culminating in the preparation of a thesis, and prepares graduates for careers in research or for further academic study. The project option provides training across disciplines particularly suitable to individuals with more defined career objectives, as well as provides a mechanism for non-traditional students (e.g., working students, teachers, and professionals) to upgrade their skills.

(GWC)2 offers programs leading to the MSc and PhD degrees. The MSc degree can be pursued through a regular or cooperative thesis option, a course work and major research paper option, and through full-time or part-time studies.

Our Master of Science (MSc) in Geography is a two-year program offered by the Waterloo-Laurier Graduate Program in Geography. The MSc in Geography program is perfect if you want to develop expertise in the science sub-disciplines of Geography with an emphasis on environmental science and geomatics.

The MSc in Biology is a research-intensive science program with a strong emphasis on innovative thinking.

We welcome applications from students wishing to work in a Master's degree program in Mathematics. Graduate students will work on research in the area of expertise of one or more of our faculty members. Current areas of specialization include: Algebra, graph theory, functional analysis, harmonic analysis, numerical analysis, operator algebras, optimization, operations research, partial differential equations, and probability and statistics.

A Master of Science (MSc) in Chemical Engineering at Lakehead University satisfies the demand for highly qualified personnel that are prepared to address global challenges within the field of Chemical Engineering. This program offers students the opportunity for advanced study and the development of independent research abilities in the discipline. Students in the MSc program have the opportunity to work collaboratively with world-class researchers, research facilities and research institutes, all within a collegial learning environment.

Our Department of Biology offers a graduate program in the biological sciences, under the Faculty of Science and Environmental Studies. Students who successfully complete the program will achieve a Master of Science (M.Sc.) degree. The Department's faculty and adjuncts offer exciting graduate research opportunities in all areas of Biology including studies in association

The Harquail School of Earth Sciences and its Mineral Exploration Research Centre (MERC) are equipped with state-of-the-art facilities and analytical instruments, allowing students and researchers to conduct cutting-edge research. View the complete list of our lab equipment and learn about our analytical capabilities, or take a virtual tour of our featured analytical instruments and Laurentian University campus via our ArcGIS StoryMap!

Our Master of Science (MSc) in Mathematics is focused on four areas: financial mathematics, mathematical modelling, statistics and data science, and pure mathematics (in particular, graph theory, Lie algebras and symplectic geometry). Our strength is in preparing students for practical applications and skills applicable in real life.

The program learning outcomes broadly encompass developing critical thinking, analytical, and communication skill sets while expanding and advancing knowledge in the field of biological sciences. The proposed program has a special focus on effective science communication, which addresses the growing need for scientists that are capable of translating what is often technical work, to the general population. Students will develop the required expertise to effectively communicate scientific research to a variety of academic and non-academic audiences.