Bachelor of Mathematics (Honours) in Computational & Applied Mathematics and Statistics - Discrete Mathematics (Co-op)

at Carleton University Canada

The BSc in Interdisciplinary Science and Practice integrates concepts and knowledge from different science disciplines to be applied to real world problems through local and global perspectives. This program innovates the conventional science curriculum to entrench the principles and practice of interdisciplinarity, and includes a 15-credit degree and 20-credit Honours degree.

Students are asked to complete eight interdisciplinary science courses and one minor within the Faculty of Science. Honours students are also encouraged to complete a second minor within the faculty with learning culminating in an academic capstone experience (group research project, research essay or individual research project).

Mathematics and statistics are driving forces behind many of today’s advancements in medicine, economics and business, and science and technology. As a Bachelor of Mathematics student you can choose from a broad range of program options according to your interests and career goals. The solid mathematical knowledge and skills you acquire at Carleton will give you a competitive edge in a wide variety of careers and prepare you to contribute to the next generation of innovations.

The General program in Statistics provides you with the background you will need to work as a methodologist in a variety of statistics-related fields. 

As a student interested in chemistry, you can enrol in programs and courses in all the main areas of chemistry, including analytical, inorganic, organic, physical, theoretical and environmental chemistry. Concentrations in Nanotechnology and Chemical Toxicology are available. Extensive lab experience is offered, helping you to round out your studies with practical experience.

Virtually anything one builds that moves or converts energy has a mechanical component, making mechanical engineering among the most versatile of all disciplines. Our program emphasizes the development of analytical, computational and hands-on skills in design, dynamics, thermodynamics, heat transfer, fluid mechanics, solid mechanics, materials, control systems and robotics. Elective courses in energy conversion and power generation, manufacturing and production processes, aerodynamics and flight mechanics, vehicle engineering, biomedical engineering, and computational methods are available. A concentration in Integrated Manufacturing is offered.

The influence of public policy is pervasive in our society. It affects the quality of the air we breathe and the water we drink. It affects prosperity and the extent of poverty, as well as our access to education and medical care. It shapes the impact and pace of technological change. It determines the duties and powers of our officials at home and overseas. It influences the pace of technological change, the reach and practical meaning of our rights, and the extent of poverty. As a student in the Bachelor of Public Affairs and Policy Management program (BPAPM), you will examine a wide variety of issues facing society today, as well as institutional challenges, and develop the necessary skills and knowledge to address them.

The BPAPM does this through a curriculum that combines interdisciplinary study of civic institutions and processes with rigorous study of public policy. A selection of courses in political science, economics, law, communications, and history is combined with exclusive courses in public policy. Together, these courses will provide you with a comprehensive understanding of what government, civil and business organizations do, why they do it, and how they might do it better.

The BPAPM program is located in the Arthur Kroeger College of Public Affairs, which provides an academic home for our students who come from across Canada and abroad. The university college is ancient in conception, characteristic of universities such as Oxford and Cambridge, and following this model our students belong to a select scholarly community. They have exclusive and direct access to academic advising, dedicated student meeting space and an electronic resource centre.

If you are also interested in Computer Science, consider our BMath Combined Honours program in Computer Science and Mathematics. This limited enrolment program, similar to the Bachelor of Computer Science program, places equal emphasis on Mathematics and Computer Science. 

The Bachelor of Architectural Studies (Urbanism) program explores architecture as a component of the larger built environment. The curriculum is designed to promote stewardship of communities by examining the forms they take, the forces that produce them, and the ways they affect us. Courses explore the impact of demographic, ecological, economic and social changes on the urban core and the expanding periphery. Students analyze patterns of human settlement over time in relation to culture, climate, technology, political systems, infrastructure, economic forces and global ecology. 

Drawing and computer modeling courses in the lower years prepare students to explore urban design in upper-level studios. In addition to designing individual buildings and spaces, Urbanism majors explore architecture and urban space at the scale of the block, neighborhood, city and region.  Projects challenge students to consider the architect’s role in accommodating diversity, contributing to the quality of life, and promoting the health of society and the natural environment.

In addition to courses common to all BAS majors, Urbanism students take specialized courses  including several in Geography, History, and Canadian Studies. Upper-level studios include a Directed Studies Abroad (DSA) option. As with all BAS majors, Urbanism students may opt to participate in the Co-Op program. The Urbanism program prepares graduates for advanced studies and careers in Architecture, Planning, Urban Design, Landscape Architecture and other disciplines

From Google Maps to GPS navigation to global vegetation and water monitoring, geomatics deals with the acquisition, management, analysis and display of geographic information. In our Geomatics BSc program, you will obtain intensive science-based training in geographic information systems (GIS), remote sensing (imaging from satellites and aircraft) and cartography, including web-based applications. You will apply advanced computer software and techniques to the challenge of understanding the Earth’s physical and natural systems, addressing environmental problems and planning human interventions. Our program combines hands-on learning, using the latest in laboratory facilities, with opportunities to gain field experience and do work placements. Science based geomatics applications include the modeling and mapping of the physical and natural environment, resource planning, land cover and vegetation mapping, and hazards mapping, amongst many others. The BSc in Geomatics includes training in associated physical or natural sciences and computer sciences.

Linguistics is the scientific study of one of the most fundamental aspects of being human: using language to communicate. Linguists explore a range of fascinating ideas, including what it means to know a language, how we process and produce language, language structure, how children acquire language, variation and diversity in languages across the globe, language disorders and delays, and how languages change over time.

At Carleton, students learn to study linguistics from a dedicated faculty with a diverse set of research interests, including theoretical and experimental approaches and methods.

Students in the BA Honours can choose from two concentrations to tailor their Linguistics degree to their interests: Linguistic Theory or Psycholinguistics and Communication Disorders. Qualified students in the Psycholinguistics and Communication Disorders concentration have the opportunity to take a practicum course that provides clinical experience in speech-language pathology.

How do people interact with nature, and how does this impact the environment? How do societies transform nature? The environment consists of a complex set of human and natural systems of which people are an important, and sometimes dominant, element. Decisions made by individuals, institutions, governments, industries and other actors have the ability to impact the environment in both direct and indirect ways, with consequences for future generations. Understanding the costs and benefits of development and conservation, as well as the underlying values and ethical guidelines for good environmental practice are critical for informed environmental decision-making. It is critical, to both the present and future state of the environment, that dialogue and policy are precautionary, evidence-based, thoughtful and inclusive.

The Environmental Studies program at Carleton University prepares students to be informed, skilled individuals who can participate effectively in the resolution of environmental problems and in the larger environmental debates critical to our future. The program is interdisciplinary and flexible, so that students can focus on the conservation of natural systems, natural resource management, environmental organizations and institutions, sustainable economies, environmental education and activism, or research.