Bachelor of Science (Honours) in Chemistry (Co-op)

at Carleton University Canada

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.

Sustainability has become a key consideration in both society and engineering. There is a growing need for engineers with expertise in the closely related areas of heritage conservation and sustainable building design. Carleton’s program in Architectural Conservation and Sustainability Engineering teaches students a modern approach for the design and retrofit of buildings that holds sustainability as the guiding objective while respecting architectural history and significance. Students learn to consider the life cycle costs and environmental impacts of building materials, energy demand, and the effective reuse and conservation of existing structures. Students in the program work closely with Carleton’s architecture students.

Are you interested in global environmental issues like climate change? This specialization looks at global processes and their impact on the environment, focusing attention on the emergence of the environment as a key theme of globalization. You will have the opportunity to develop an integrated understanding of global environmental issues, processes, patterns and solutions, as well as a skill set for conducting a critical analysis of current approaches to these issues and methods to implement and effect change. You will examine global biophysical systems and human-environment interactions, and you can also choose areas of interest within the specialization (such as human geography, urban networks, global environmental politics, sustainability or environmental change).

In addition to core courses in computer science, this stream includes foundational courses on algorithms. These courses will teach you to design, analyze, experiment with and reason about algorithms that arise in modern applications such as search engines, games, social networks, markets, economics and computer networks. The stream is especially suited for students with strong mathematical ability who wish to pursue an advanced degree or a career in cutting-edge research.

The Environmental Science program brings together the study of biology, chemistry, earth sciences and geography to enable its graduates to address complex and multidisciplinary environmental and conservation problems. Through lecture and seminar courses, hands-on laboratory work and field camps, students become proficient in topics such as water resource management, fish and wildlife ecology, ecological restoration, sustainable resource extraction, environmental monitoring, and environmental policy. In the upper years, students take courses in chosen areas of study and hone their skills in preparing research and thesis projects, working in teams and individually on current problems facing environmental science.

The Environmental Science program brings together the study of biology, chemistry, earth sciences and geography to enable its graduates to address complex and multidisciplinary environmental and conservation problems. Through lecture and seminar courses, hands-on laboratory work and field camps, students become proficient in topics such as water resource management, fish and wildlife ecology, ecological restoration, sustainable resource extraction, environmental monitoring, and environmental policy. In the upper years, students take courses in chosen areas of study and hone their skills in preparing research and thesis projects, working in teams and individually on current problems facing environmental science.

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.

Where better to study politics than the nation’s capital? Our location in Ottawa provides you with numerous chances to see politics not only nationally but internationally. You will examine such topics of study as international relations, transitions to democracy, parties and elections, globalization and social movements, and the culture and ideas of politics.

International or local exchanges are an exciting possibility during your third year, and you may also choose to undertake an internship of your choosing, with permission of the undergraduate supervisor. In fourth year, an internship with the Washington Center is an option for consideration.

Engineering Physics is a challenging and elite program for those students who want to combine the strengths of physics and engineering. You will obtain an unusually broad and strong foundation in material science, applied physics, electronics and nanotechnology, and learn to apply it in the development of new technologies which include, but are not limited to, nanotechnology, semiconductor devices, optical systems, telecommunications and related computer hardware. In your senior year, you may specialize in many other areas of interest.

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.