Bachelor of Arts in Classical Studies

at EduCo - Western University Canada

From the smallest microchip to the largest power station, Electrical engineers harness electrical energy for human benefit. As a Western Electrical engineering student, you will embrace the study and application of electricity, electronics, and electromagnetism. Your knowledge will be applied to electronics, digital computers, robotics, power engineering, telecommunications, control systems, and signal processing. Electrical engineering will prepare you to tackle the world’s power and energy challenges.

High Energy Physics
Topics of interest to high-energy physicists include the phenomenology of elementary particle interactions, quantum field theory, the dynamical breakdown of quantum field theoretical symmetries, the quantization of gravity, string/brane models underlying known-interaction physics, and the unification of fundamental interactions of nature.
The high-energy physicists in our department participate in the Collaborative Ph.D. Program in Theoretical Physics, and have strong ties with the Perimeter Institute for Theoretical Physics in nearby Waterloo, Ontario.

Materials Physics
Water droplet graphicAt the other end of the spectrum, materials physics is a research area that connects physics with chemistry and computational mathematics. The Material Physics group in our department uses computer simulations of nano-scale phenomena to make important discoveries about the properties of materials we use every day.
Overall, the research in theoretical physics is devoted to the study of soft condensed matter physics, physical chemistry and fluid mechanics. Research topics include microfluidic devices, colloidal systems, nanotribology including friction in biological systems, ceramics under high pressure, quantum-mechanical many-body systems, quantum chemistry, polymers, liquid crystals, disordered systems, phase transitions, wave propagation and nonlinear interactions.

Do you wonder how our technology works? Physics connects the microscopic rules of quantum mechanics to the macroscopic properties of modern materials. Participate in developing new types of solar cells, studying the interface between cells and matrix material, or building lasers based on quantum dots. Our experimental physicists are looking for students to contribute to these and other projects.

Physics and astronomy involve the study of matter, forces, and energy as they relate to the understanding of our environment from Earth to the distant reaches of the universe. The Department of Physics and Astronomy at Western studies natural phenomena such as star formation, the Earth’s atmosphere, and meteors as well as applications of physics to medicine in the form of imaging, and radiotherapy and technology -specifically, nanofabrication, optoelectronic devices, and biomaterials.

Indigenous Studies is an interdisciplinary program examining topics relevant to Indigenous peoples' realities. The program allows students to either specifically focus on Indigenous issues or to combine their program with other undergraduate programs. Students may select modules after completing their first year of study. You can mix and match modules from Indigenous Studies with modules from other programs. This modular structure allows students to combine courses from various departments and faculties that match their academic goals and interests and also provides them the opportunity to achieve a broader knowledge base. The module selection is completed under the guidelines of the three year or four year degree that the student is enroled in.

For a Major in Indigenous Studies, after having completed all first-year requirements with at least 3.0 principal courses and the successful completion of IS 1020E with a minimum grade of 60%, you may proceed to enrol in courses for the Indigenous Studies Major module. You must complete 6 credits and meet the minimum progression requirements. For an overview of course selections for a Major in Indigenous Studies please review the Checklist for a Major.

Mechatronic Systems engineers combine elements of mechanical, electrical, software, and systems design to create smart solutions to everyday problems. As a Western Mechatronic Systems engineering student, you will take core courses in each of these areas alongside Mechatronic Systems engineering courses that serve to connect and expand upon discipline-specific foundations. You will graduate with the skill set to work across disciplines and improve systems in healthcare, aerospace, automotive, robotics and more.

Are you moved by crisis in Darfur? Do social movements such as the Arab Spring and Occupy Wall Street interest you? Do you want to work for a public service or a non-profit organisation? Then the Media and the Public Interest (MPI) program might be for you. The MPI program is the only one of its kind in Canada and connects issues of communication and media to social justice issues such as democracy, equity, class, race, and gender. Students in MPI examine social movements and how media can be used to further these causes. Some example courses in the MPI program include Alternative Media, Social Movements and Media, and Activism in Mainstream Media. A primary goal of the program is to connect media theory learned in the classroom to real world experiences. Students are encouraged to put what they learn to use. Many of the courses feature a service learning component or practicum that gives students the opportunity to volunteer in a community organisation.

Anthropology is the study of humans in all our social, cultural, linguistic, and biological diversity and complexity.  The four subfields of Anthropology (Archaeology, Biological Anthropology, Linguistic Anthropology, and Sociocultural Anthropology) are united by shared perspectives on how we study the full breadth of humanity. 

Medical Cell Biology is the study of the cell, the basic building block of life. In Medical Cell Biology, you will learn how cells work together to form tissues, organs and the human body. You will also learn what happens when cells malfunction leading to diseases such as cancer.

Are you moved by crisis in Darfur? Do social movements such as the Arab Spring and Occupy Wall Street interest you? Do you want to work for a public service or a non-profit organisation? Then the Media and the Public Interest (MPI) program might be for you. The MPI program is the only one of its kind in Canada and connects issues of communication and media to social justice issues such as democracy, equity, class, race, and gender. Students in MPI examine social movements and how media can be used to further these causes. Some example courses in the MPI program include Alternative Media, Social Movements and Media, and Activism in Mainstream Media. A primary goal of the program is to connect media theory learned in the classroom to real world experiences. Students are encouraged to put what they learn to use. Many of the courses feature a service learning component or practicum that gives students the opportunity to volunteer in a community organisation.