Bachelor of Arts (Honours) in European and Russian Studies (Co-op/Internship)

at Carleton University Canada

Carleton is home to the oldest and largest BA program in law in Canada. In the program, you will acquire a strong understanding of the dynamics of law, including its rules, agents, institutions and power structures. You will study legal theory and its application in everyday life and you will be taught by award-winning researchers and extensively published professors. Carleton’s proximity to Canada’s important public institutions, such as the Supreme Court of Canada, Parliament and the Department of Justice can lead to unique work and volunteer opportunities for our students. As an Honours student, you will have the choice of a concentration in Law, Policy and Government; Business Law; or Transnational Law and Human Rights.

At Carleton University's Sprott School of Business, you will have exceptional opportunities to explore your interests and engage with key issues that are shaping business and communities. Sprott is a close-knit and inclusive community that offers a rich student experience and outstanding support, empowering students to find success and have a positive impact in the world.

Sprott’s Bachelor of Commerce (BCom) is a four-year business degree that delivers a complete business education with options to tailor your program to your individual interests and goals, including co-op.

Information Systems - Concentration
Information Systems (IS) professionals help organizations achieve outstanding performance. Their dual understanding of business processes and information and communication technologies makes them ideal candidates to deliver cutting edge solutions to exploit existing and create new business opportunities.

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.

Applied Physics is the basis of modern technology, including modern telecommunications, photonics, computer technology, medical imaging and cancer therapies.

Our Honours Applied Physics program combines studies in modern physics, optics and electronics, math and computer science. As part of your credits for this program, you may opt to take courses in finance, organizational management and entrepreneurship and earn a minor in Business in addition to your degree in Applied Physics.

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.

The Bachelor of Architectural Studies (Conservation & Sustainability) program offers a specialization unique among all undergraduate architecture programs in Canada. Since 2009, this stream has focused on the conservation of historic architecture, paired with a study in the principles of sustainable design.

A growing proportion of architectural work – particularly in sustainable design – involves renovations with sustainability upgrades, or the adaptive reuse of existing buildings. Following the Understanding, Planning, and Intervening method set out in the Guidelines for the Conservation of Historic Places, students in this program learn to study and assess existing architecture so that they can formulate creative and compatible design solutions for historic built fabrics. Conservation studio projects are founded on strong historical and social understanding, along with deep knowledge of conservation theories.

Benefiting from collaborative course delivery between the School of Architecture and the Department of Civil and Environmental Engineering, students in the BAS Conservation and Sustainability program receive in-depth technical education on integrated building systems, architectural materials and assemblies, green building techniques, and hands-on practice with heritage documentation. Through the study of conservation theory, ethics, and best practices, students also learn to research and analyze existing architecture.

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.

The world of information technology is always evolving. What is now commonplace was once a breakthrough. As a student in one of the Bachelor of Information Technology programs, you will acquire the theoretical knowledge and practical skills needed to address the IT issues of today and the possibilities of tomorrow.

The Bachelor of Information Technology (BIT) offers four distinct programs: Information Resource Management (IRM), Interactive Multimedia and Design (IMD), Network Technology (NET) and Optical Systems and Sensors (OSS). These programs are offered jointly by Carleton’s School of Information Technology and Algonquin College’s schools of Health and Community Studies (for IRM), Media and Design (for IMD), and Advanced Technology (for NET and OSS). You will graduate with a Bachelor of Information Technology degree from Carleton University and one of: a Library and Information Technician diploma (for IRM students), an Advanced Diploma of Applied Arts (for IMD students), an Advanced Diploma in Technology (for NET students) or an Advanced Diploma in Photonics and Laser Technology (for OSS students) from Algonquin College.

Interactive Multimedia and Design
The four-year IMD program is aimed at students who are both artistically inclined and technologically adept and who are interested in all aspects of digital media. You will acquire the tools you need to take an idea or a problem and advance it through the entire process from concept to pre-production, production and post-production. The program provides you with a multidisciplinary education through courses in computer animation, visual effects, game design and development, graphic design and human-computer interaction. The program is then further enhanced with courses in science, mathematics, business and social science. The IMD program also offers streams in Animation and Visual Effects; Game Design and Development; and Web and User Interfaces/Experience. You will graduate fully-equipped to work in and shape the digital world of the future.

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.

Environmental engineers ensure that we have clean water to drink, clean air to breathe, clean soils to grow our crops, and clean energy to sustain our growth. The goal of environmental engineering is to offer sustainable and green solutions to many of the issues and challenges facing our society, and to provide a clean and healthy environment for us and our ecosystem. Environmental engineers use engineering and science principles to design innovative treatment technologies that help to minimize our environmental footprint, prevent pollution, reduce greenhouse gas emissions, improve air quality, ensure drinking water safety, and achieve environmental sustainability.