Bachelor of Science (Honours) in Mathematics (Co-op Optional)

at University of Ottawa Canada

Mathematics
Mathematics and statistics are not only powerful problem-solving tools, but also highly creative fields of studies that combine imagination with logic, and precision with intuition. 

Mathematics is much more than numbers! Its basic goal is to reveal and model general patterns to help explain our world, whether they be found in electrical impulses in the human nervous system, the evolution of animal populations in their habitats, fluctuations in stock-market prices, or electronic communications. Mathematics reaches far beyond science and engineering into medicine, business and the social sciences. 

Advances in mathematics and statistics lie behind many discoveries that are now part of our daily lives, such as MRI scanners, digital compression of music and video, secure electronic communications, data mining, genomic algorithms, futures pricing, and many other innovations. 

The Department of Mathematics and Statistics offers Honours, majors and minors both in mathematics and in statistics. Our Honours program in statistics is accredited by the Statistical Society of Canada, allowing graduates to earn the A.Stat. professional designation. Moreover, the Department offers a joint honours program in mathematics and economics, a joint honours program in mathematics and computer science, as well as a multidisciplinary program in financial mathematics and economics. All our honours programs also include the co-operative education option.

Economics
Ever wonder why some countries are richer than others? Ever question why income inequality has been growing? Ever wonder why Canadian politicians worry when other countries may be going bankrupt? Economics can answer all these questions. 

Economics examines how individuals and society make choices in a world where resources are limited. It focuses on the production, distribution and consumption of goods and services. Two important themes are efficiency (the absence of waste in the use of resources) and fairness. Since making choices is central to all human activities, studying economics often helps explain why people and governments behave in certain ways.

Established in 1983, the Ottawa-Carleton Institute for Physics (OCIP) combines the research strengths of the University of Ottawa and Carleton University. The Institute offers graduate programs leading to master’s (MSc) and doctoral (Ph.D.) degrees in Physics.

Research facilities are shared between the two campuses. Students have access to the professors, courses and facilities at both universities; however, they must enroll at the “home university” of the thesis supervisor.

Ever wonder why some countries are richer than others? Ever question why income inequality has been growing? Ever wonder why Canadian politicians worry when other countries may be going bankrupt? Economics can answer all these questions. 

Economics examines how individuals and society make choices in a world where resources are limited. It focuses on the production, distribution and consumption of goods and services. Two important themes are efficiency (the absence of waste in the use of resources) and fairness. Since making choices is central to all human activities, studying economics often helps explain why people and governments behave in certain ways.

The School of Music offers the Master of Music (MMus) with concentration in Composition, the Master of Music (MMus) with concentration in Performance and the Master of Arts (MA) in Music. Performance studies are offered in piano, collaborative piano, voice, orchestral instruments, guitar, and conducting.

History is the discipline that focuses on the diverse and complex ways that individuals and groups have created and adjusted to change over thousands of years around the world. In studying change over time, history students learn to interpret evidence of human thought and behavior, in order to understand the impact of individual and collective decision-making, the changing relationships among people and societies, and between humans and their environment.

Geography addresses highly relevant issues like climate change and human adaptation; water resources and their management; community organization and evolution; social interaction in urban space; and northern development in permafrost environments. 

Our programs provide you with the knowledge, tools and technical skills that make you highly employable as soon as you graduate. What's more, emerging technologies such as computer cartography, remote sensing and geographic information systems (GIS) are an integral part of the curriculum, as are unforgettable field experiences in Canada's north land, in the Great Lakes basin and in the Appalachians.

The Master of Education (M.Ed.), coursework option, is a course-based program designed to deepen your knowledge of education, improve your professional practice and expand your career choices.

Where does language come from? How does language work? What is the nature of language structure and how is meaning encoded into language? Advances in research and new technologies are revolutionizing the way we try to answer these questions. Using the latest equipment and investigative approaches, our research laboratories make it possible for you to analyze spoken sounds, track eye movement and brain activity during language processing, explore language variation and acquisition, and probe dozens of other theoretical and empirical aspects of language including unfamiliar languages. 

These programs can serve as an entry point for a master's degree in either speech-language pathology or audiology, as well as for subsequent graduate study in theoretical and empirical linguistics.

Chemical engineering is at the intersection of many disciplines, linking knowledge of basic and applied sciences, economics, and health and safety. Chemical engineering graduates use a series of operations to sustainably process raw natural materials into finished products. They work in any number of industries, and during their careers, they may face a variety of challenges, including optimizing processes, monitoring pollution, converting renewable energy, processing foods and drugs, and manufacturing new materials.

Upon completion of a Bachelor of Applied Science in Chemical Engineering, a student who completes the requirements specified below for 30 extra units will be eligible for a BSc in Computing Technology, as a second degree. The remaining 132 units are from their engineering degree; students follow the engineering degree requirements and the Computing Technology degree requirements in parallel. It is not allowed to obtain the Computing Technology degree without also completing the corresponding engineering degree.

If it moves, a mechanical engineer designed it! Mechanical engineers are responsible for a wide range of mechanical, thermal and biomedical systems and devices, from computer parts to power plants, from manufacturing systems to spacecraft. This is a broad-based area of engineering, and graduates find work in almost every industrial sector, including high tech, aerospace, manufacturing, auto, energy, biomedical and consulting.