Bachelor of Arts in Political Science

at Mount Allison University Canada

Cognitive Science is the scientific study of the mind and its processes. It seeks to understand how the mind works through interdisciplinary studies in psychology, computer science, and philosophy.

Within the Department of Psychology, the Cognitive Science program incorporates perspectives from a variety of fields.

In first and second year you'll take introductory courses, plus courses such as:

• cognitive processes
• biopsychology
• systems programming
• philosophy of science

In third and fourth year you'll add courses in linguistics, while pursuing courses such as:

• sensation and perception
• behavioural neuroscience
• philosophy of mind
• artificial intelligence
• medical physics

You'll also be encouraged to pursue independent summer research projects, directed studies projects, or to contribute to faculty research projects as a research assistant.

The study of geography develops an understanding of the principles of ecological and physical systems; of the cultural, social, economic, and political forces acting on those systems; and of the management, planning or scientific tools necessary to meet environmental challenges and opportunities.

Other degree options in the field of geography and environment at Mount Allison:

• BA environmental studies (honours, major, minor)
• BSc environmental science (honours, major, minor)
• Any degree, geographic information systems (minor)

The Mount Allison geography program explores courses in both human and physical geography, and is designed for students interested in the study of social sciences at various spatial and temporal scales.

Geography will often take you outside the classroom to learn through lab work, field study, and library and archival searching. Field trips to locations across the Maritime region and throughout North America have become an increasingly important part of this program.

You are also encouraged to become actively involved in research, either through independent summer research projects or as a research assistant to a faculty member.

Mathematics is the foundation of most modern quantitative and qualitative studies. It has many faces, from practical uses of its statistical tools to theoretical studies of abstract relationships.

At Mount Allison, the Mathematics program aims to provide an appreciation of the historical, theoretical, and applied nature of mathematics.

All courses in the curriculum offer a blend of theory and practical applications. The program includes lectures supplemented by weekly labs where you can gain hands-on experience.

Introductory courses* may introduce students to the applications to which calculus may be applied or the practical uses of statistics.
Upper-year courses deal with topics ranging from geometry to game theory.

You will be introduced to mathematical concepts such as:

• The practical uses of statistical tools
• Theoretical studies of abstract relationships
• The applications of calculus
• The use of number theory in modern cryptography

Many of the courses offered include a substantial computational component and students are encouraged to use the mathematical software tools available. You are also encouraged to conduct independent summer research projects or to contribute to faculty research projects as a research assistant.

Biology is the scientific study of living things — their form, function, origin, and behavior. Disciplines include cell biology, ecology, genetics and evolution, and animal and plant diversity.
The Department of Biology at Mount Allison is committed to providing students with opportunities for hands-on learning, as well as research and laboratory experience.

First-year courses include studies of evolution, ecology, human biology, and cell biology, as well as biochemistry.
Upper-year courses allow students to explore topics such as:

• Marine biology
• Aquaculture
• Embryology
• Genetics
• Microbiology
• Ornithology
• Physiology
• Animal biology
• Plant biology

Faculty are actively involved in research and students are strongly encouraged to participate in research through faculty-supervised independent research projects during summers or during academic terms.

Research opportunities in the Department of Biology at Mount Allison include:

• Phytoplankton physiology
• Neurophysiology
• Environmental animal physiology
• Fish ecology
• Molecular genetics
• Marine botany
• Field ecology

International relations is the study of the relationships between countries and between governmental and non-governmental organizations. It examines the impacts of economic, social, technological, environmental, military, and political processes, as well as issues of justice, responsibility, and human well-being.

The international relations program at Mount Allison is centred around courses in economics, language, and political science.

In first and second year you will take introductory courses in economics, political science, and international relations.

In third and fourth year you will begin to specialize. International relations is inter and multidisciplinary and in addition to your core courses, you will have the opportunity to choose two streams of study from the following disciplines:

• Political science (politics in Europe, the U.S., Africa, the Middle East; security studies; foreign policy analysis)
• History (war and society in Europe, Japan and modern Asia, environmental history)
• Sociology (social movements, refugee studies, globalization)
• Anthropology (indigenous knowledge systems, social inequality, globalization and social change)
• Economics (game theory, environmental economics, international development)
• Geography and environmental studies (Canadian environmental policy, international environmental affairs, sustainable development)
• English (African literature, Caribbean literature, literary representations of race and culture)
• Religious studies (gender issues in eastern and western religions, contemporary ethical issues)

International relations also has a university-level language requirement. Mount Allison offers courses in French, Spanish, German, and Japanese.

You are encouraged to gain international experience by studying or working abroad or by doing international work in Canada, and to carry out independent research.

The Women's and Gender Studies program teaches with a focus on anti-racism, feminist theory, queer and trans studies, and social justice. 

At Mount Allison, Women's and Gender Studies promotes student engagement, with one another as well as with social justice issues, and fosters communication and writing skills.

Courses focus on issues of:

• Gender
• Ability
• Religion
• Sexuality
• Race
• Class
• Ethnicity
• Age
• Colonialism

The program includes several core courses which provide an introduction to the principles of Women’s and Gender Studies as well as more advanced study of approaches to feminism.
In upper years you'll focus on issues of gender, identity, and culture; theories of gender and power in society; gender, science, and research; and contemporary issues in feminism and gender studies.

History helps us understand the individuals, groups, ideas, and institutions that have shaped our world. It encourages critical analysis and helps develop your communication and writing skills.

The Department of History at Mount Allison offers courses in a wide variety of subjects. It has a particular strength in European history, with courses also available in Canadian, American, Asian, Acadian, and women’s history.

Courses examine subjects such as:

• Class and gender
• Wealth and poverty
• Faith and science
• Self and social identity
• Government and politics
• War and peace

Unlike many programs, which begin with introductory courses, history offers courses on a diverse range of topics beginning in first year.

The number and variety of courses available increases each year, with the greatest selection in third year.

In fourth year there are also opportunities for independent studies, which permit you to pursue an interest in an area not covered by other courses.

Geocomputing is an applied program that combines theory and practice of computer science and geography. The program gives students expertise to study and understand spatial dimensions of social and environmental problems such as minimizing environmental impacts and identifying critical habitat.

At Mount Allison, Geocomputing combines theory and practice of computing and geography, offering students a new way to look at the world.

Students in Geocomputing take courses in computer science, environmental science, and environmental studies, with spatial computing (geographic information systems) at the heart.

In Computer Science, you'll look at subjects like:

• Programming techniques
• Algorithms
• Discrete structures
• Data structures
• Database systems
• Object-oriented design and methodology
• Computers and society

In Environment and Geography, you'll look at subjects like:

• Geographic information systems (GIS)
• The physical environment
• The human environment
• Data analysis
• Resources management and environmental policies

In their final year, students complete an applied capstone project that integrates both fields.

Philosophy is the endeavour to understand the basic questions that arise for us in our world, and to formulate this understanding in a critical manner. Traditionally, these questions have touched upon what can be known, what can be valued, what our own position is socially and individually — above all, how we can know what we think we know.

At Mount Allison, Philosophy believes that careful study of the great works of the past and present provides the best access to philosophical questions, and is committed to diversity.

You'll explore the history of philosophy from the sixth century B.C. to the 21st century, with areas of teaching and research in:

• ethics, logic, metaphysics, value theory
• Indian, German philosophy
• social and political philosophy
• continental philosophy
• biomedical ethics
• feminist philosophy
• disability theory
• philosophy of science, law, biology, music, art
• ancient and medieval philosophy

Computer Science
At Mount Allison, computer science courses are designed to address the needs of a wide variety of users, from the casual to the professional. Whether you want to learn more about certain software or to develop advanced programming skills, Mount Allison has a computer science course for you.

Introductory computer science courses offer an overview of programming skills, the use and application of popular software, and the essentials of computing. More advanced courses deal with topics ranging from artificial intelligence and the role of computers in society to the design and implementation of advanced hardware or software systems.

Specialized areas include:

• theory of computation
• cryptography
• artificial intelligence
• databases
• computer graphics
• networks
• software and hardware design

All courses in the computing curriculum offer a blend of theory and practical application, with many of the offerings having a significant project component in which students are given the opportunity to apply the classroom material to real-world problems.

Physics
At Mount Allison, a key feature of Physics is the experiential learning approach used in many courses — students learn through collaborative, hands-on activities. In the Physics program, the development of fundamental concepts and mathematical formulation proceeds simultaneously in a selected series of courses in physics and mathematics.

Physics also prepares you for more advanced study in applied areas such as photonics, materials science, or biomedical engineering; or for a career in such fields as astronomy, space research, or oceanography. Introductory physics involves a combination of mini-lectures, lab work, and collaborative learning experiences.

While in upper years you may choose to pursue studies in subjects like:

• astrophysics
• quantum mechanics
• electricity and magnetism
• statistical mechanics
• advanced physical chemistry
• electronics
• medical physics
• thermodynamics
• nuclei and fundamental particles
• solid state physics
• energy production and the environment
• modern optics