Bachelor of Engineering in Sustainable & Renewable Energy - Efficient Energy Generation & Conversion (Co-op)

at Carleton University Canada

Psychologists study the mechanisms that underlie our thoughts, emotions and behaviours. They examine a diverse range of topics, such as how we think and learn, how we interact with others and how we can promote healthy development and wellness. This is accomplished by conducting research so that the knowledge gained can help us to better understand the human mind, enhance well-being and performance, and generate additional research questions.

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.

There is an increasing demand for clean sources of energy such as nuclear, wind, solar, geothermal, hydropower and biomass energies. Truly sustainable development, however, will require the clever integration of renewable energy technologies into existing infrastructure, along with vastly improved efficiencies in non-renewable energy use. This program provides analytical and hands-on skills for designing, building, operating and enhancing sustainable energy systems that combine energy generation, distribution and utilization in an environmentally responsible and economically beneficial manner.

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.

Students in the Computational and Applied Mathematics and Statistics program will acquire the knowledge and skills needed to pursue careers involving the design of computers and computer networks as well as the application of computers in solving critical problems in business, government and science. For example, you might find yourself developing new ways to protect information from both improper access and corruption during transmission, helping managers in business and government to allocate resources optimally, or using computer networks to study traffic flow and optimal routing.

Anthropologists study human beings, globally and cross-culturally, and recognise that each way of life is but one possibility among many. In a pluralistic world, where people from different places and backgrounds frequently interact, anthropology is an important tool for helping us understand each other and the rapid changes going on around us. Anthropology offers the potential to broaden our understanding of what it means to be a person, to question what passes as “normal” or “natural”, and to examine the world we inhabit as interconnected by environmental, political, economic, cultural and social forces.

While anthropologists have traditionally studied in small scale, non-Western societies, today we apply our participatory research methods and a combination of humanistic and social scientific perspectives to all kinds of situations: if people do it, you can study it as an anthropologist.

Carleton’s anthropology program specializes in socio-cultural anthropology, which is the study of contemporary societies and cultures through direct engagement, participant-observation and other qualitative methods. Our faculty work in various contexts and communities in Alaska, Brazil, Canada, Mexico, Morocco, New Zealand, Thailand, the Andes, and Sub-Saharan Africa, among others. Our faculty specialize in a range of topics including:

• The study of Indigenous people’s lives in context (e.g. indigenous-state relations; governance & colonialism; language; urban indigenous communities).
• Environmental issues (e.g. human-environmental relations; subsistence politics; the Anthropocene; climate change; natural resources)
• Transnational & global issues (e.g. transnational adoption; development; migration; diaspora; sex tourism)
• Race, ethnicity, and nationalism (e.g. ethno-history; ethno-politics)
• Selfhood, personhood, subjectivity, identity, psychiatric anthropology, and phenomenology;
• Genders and sexualities (e.g. motherhood; reproductive health; gendered childhood; feminist theories/methodologies).
• Political economy (e.g. global capitalisms; processes of commodification; capitalist and non-capitalist societies)

Co-op
A co-operative education option is available to students registered in the B.A. Honours Anthropology program. Students in the B.A. Honours Anthropology program must successfully complete three work terms to obtain the co-op designation.

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).

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 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.

Computational Biochemistry allows you to complement your studies in biochemistry with a rigorous program in computer science, mathematics, computational methods and data analysis. It will give you a strong background in core areas of biology and chemistry such as genetics, cell biology, organic chemistry and analytical chemistry. You will take a variety of lecture and laboratory biochemistry courses, including bioinformatics. Optional courses allow you to focus on areas such as molecular genetics, pharmaceutic drug design, functional genomics and protein structure and function.