Bachelor of Arts, Major in Financial Economics

at EduCo - Western University Canada

Epidemiology and Biostatistics trains students to understand why some people get sick and others do not, why rates of disease vary by person, place and time and to learn how to investigate disease causation, prevention and intervention. Develop skills to contribute to health policy by providing data relevant to health promotion and illness-prevention programs. Study areas concerned with the determinants and distribution of diseases in human populations while discovering new statistical methods for collecting, analyzing and interpreting data.

The increase in human population is placing greater demands on the capacity of our planet and is altering terrestrial and marine ecosystems on a global scale. These changes are already having serious effects on ecosystem and human health. The Major in Ecosystem Health will allow students to explore the relationships between ecosystem and human health and our global environment. Drawing upon expertise from the Departments of Biology, Geography and Political Science, students will be exposed to experimental and theoretical approaches to ecosystem health as well as to the economic factors and the policies that impact how humans interact with their environment.

Software engineering is a systematic and disciplined approach to the design and development of software. It applies technical computer science skills and engineering principles to the creation, operation, and maintenance of software systems. In Western’s Software engineering program, you will experience a real world education approach to allow you to specify, design, implement, and maintain innovative software systems. You will engage in experiential learning opportunities and project-based courses, building software systems, ranging from apps for mobile devices to systems used by world-wide organizations.

Medical Biophysics is best described as a discipline that improves people’s lives. And it draws on many research areas, techniques and technologies to improve human health. In studying medical biophysics you will apply the principles of biology, mathematics, physics and engineering to solve problems. When you study Medical Biophysics, you learn how to apply your knowledge of mathematics, biology, chemistry and physics to areas such as medical imaging, cancer therapy, biomechanics and cardiovascular disease.

Medical Biophysics students take basic principles from mathematics, the physical and biological sciences, and computer science, and apply them to improving medical diagnosis, treatment and patient health. The experience of students in Medical Biophysics goes beyond “textbook knowledge” and places them in settings where they solve real-world problems such as: how blood flows in arteries and veins, designing a better joint replacement, improving lung ventilation in asthma, how MRI forms images of the brain, and targeting radiation therapy in cancer to protect the healthy surrounding tissue.

This degree program is designed for students interested in advanced study in the basic medical sciences and focuses on all aspects of biology that define and influence the human condition. Emphasis is placed on understanding the normal human condition, mechanisms of current treatment and the search for cures.

Build on a foundation of normal anatomy, biochemistry, cell biology and physiology to look at the structural and functional changes that occur in human disease. Learn about human illness that can also result from adverse effects of biological and chemical toxins, environmental pollutants, and occupational exposures to toxins.

Computer science drives innovation in the 21st Century. From influencing the space program and contributing to models of personalized medicine, to solving life and business challenges through big data applications, computer science is all about exploring possibilities and influencing outcomes. The Department of Computer Science at Western is responsive to rapidly changing business, social and natural landscapes. As such, we provide students with innovative programs, courses, internships and extracurricular learning opportunities that reflect focus areas of greatest interest to students (testimonial) and their potential employers.

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.

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.

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.