Bachelor of Arts in Psychology

at Carleton University Canada

Cinema is examined in Carleton’s Film Studies program as an art form, an entertainment, and a documentary record of our time. Through a variety of critical approaches, you will study the history and aesthetics of film and other moving-image media, the main currents and developments in filmmaking, and the works of some of the world’s best filmmakers. Other areas of study include the documentary and the musical; animation; experimental film and digital media; African, Japanese, Indian, European and Canadian cinema; film theory; film technology; and silent cinema.

You will also examine broader questions of culture and hone your critical, research and analytical skills. Students in their fourth year can also take advantage of the practicum program in which they can get real-world experience working in archival research, film preservation, programming, exhibition or production work at institutions such as the Canadian Film Institute, the Ottawa International Animation Festival and the SAW Gallery. Moreover, you will have the opportunity to express your artistic vision and create audiovisual essays through our “Moving Image Practice” courses.

The Earth Sciences program at Carleton offers you the opportunity to study the Earth’s systems, incorporating knowledge from other sciences including physics, biology and chemistry. You will learn about processes (such as evolution, earthquakes, volcanic eruptions, plate tectonics and mountain building, formation of hydrocarbon reservoirs and mineral deposits) influential in the Earth’s geologic past that establish our present and future global development. The program offers the opportunity to participate in hands-on field courses that can take you to sites throughout Ontario, across Canada and around the world.

Europe and Russia have played and continue to play an important role in shaping the world. Taught by top experts in their fields, students in this interdisciplinary specialization will study the region’s history, society, politics, economics, language, and culture, placing them in a broader global context. The program’s geographic scope is unique in treating Europe, Russia, and Eurasia together, highlighting the considerable social, cultural, economic, and political ties that span the region. You may focus your studies on particular countries, a set of countries, or regional institutions such as the European Union. You may also study thematic issues that affect the region such as migration, transnational civil society, trade, EU enlargement, foreign policy, and the impact of globalization on identity politics. The specialization is championed by the Institute of European, Russian, and Eurasian Studies, one of Canada’s oldest area studies programs that works closely with Carleton’s Centre for European Studies, a European Union Centre of Excellence.

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).

The study of history allows us to recognize and understand the complex issues that shaped the contemporary world. The History Department offers courses in African, American, Asian, Canadian, Caribbean, European, Latin American and South Asian history. Some courses trace the history of social, political and cultural change of a region or period. Others are thematic and may examine women’s history, the histories of science, sexuality, food and drink, or slavery. In the Public History concentration, Honours students explore how history appears in our everyday lives, not just in museums and monuments, but also in movies, reality television, video games, music and the stories families and communities pass from one generation to the next.

In first year, history students may choose a small seminar class or a larger lecture course with a tutorial group. Both formats foster debate and discussion. All history courses encourage student research which may draw on the rich array of libraries and archives in the national capital, including Carleton’s own valuable collections and resources.

Economics may be a specialized area of knowledge, but it is relevant to almost every aspect of our lives. At its core, it is the study of reasoned choice in the context of scarce resources and competing interests. The need to make such choices pervades the day-to-day lives of all of us—as individuals and in society as a whole.

In Carleton’s Bachelor of Economics (BEcon), you will study the operation of market-based economies, examining the causes of economic growth, inflation, unemployment and international trade. Students who wish to focus their studies in particular areas may choose to complete one or two of the eight available concentrations:

• Computational Analysis
• Development
• Economic Theory (recommended for students intending to pursue graduate studies in economics)
• Economic Data Science
• Financial Economics
• International Political Economy
• Mathematics and Quantitative Economics
• Natural Resources, Environment, and Economy

The Earth Sciences program at Carleton offers you the opportunity to study the Earth’s systems, incorporating knowledge from other sciences including physics, biology and chemistry. You will learn about processes (such as evolution, earthquakes, volcanic eruptions, plate tectonics and mountain building, formation of hydrocarbon reservoirs and mineral deposits) influential in the Earth’s geologic past that establish our present and future global development. The program offers the opportunity to participate in hands-on field courses that can take you to sites throughout Ontario, across Canada and around the world.

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.

Physical Geography is the study of the nature and processes of the Earth’s surface and atmosphere, including climate and climate change, geomorphology and landscape formation, soils, permafrost and natural hazards, as well as their importance to society and society’s impact on these natural systems. You will gain field and laboratory experience, and learn the specialized techniques (including Geomatics) for collection and analysis of environmental data.

The science of biochemistry seeks to understand how organisms function by investigating enzyme reactions, mechanisms of gene regulation, chemical signaling pathways, and cellular structure at the molecular level. Biochemists study how animals, plants and bacteria make use of energy to grow, compete with other organisms and reproduce. Many of the biochemist’s findings are of direct relevance to humanity—they help us understand and treat disease, improve food production and find new techniques to produce valuable products such as vitamins and antibiotics.