Bachelor of Medical Sciences, Major in Pharmacology

at EduCo - Western University Canada

Genetics is the study of the process and implications of trait inheritance which is linked explicitly to the concept of the gene and the molecule DNA. The Department offers four modules in this foundational area of biology that are built upon its research and teaching strengths. In the area of molecular genetics students will be able to take a range of courses focused on gene structure, function and regulation that introduce modern 'omic' approaches (e.g. genomics, transcriptomics, proteomics) that are taught using a range of animal, plant and microbial systems. Related topics such as genetic engineering and developmental genetics form the basis of additional courses. Building on research expertise in other subdiscipline there are courses in behavioural genetics, and evolutionary genetics.

The Major in Kinesiology provides flexibility in selecting Kinesiology courses allowing students to initially investigate courses throughout the broad scope of Kinesiology. With fewer Kinesiology course requirements than other modules students enroled in the major have the flexibility to incorporate more external electives within their degree. Students often combine a major in Kinesiology with a major from another discipline.

Western's School of Kinesiology offers undergraduate and graduate programs that allow students to explore the bioscientific and sociocultural aspects of human movement. Flexible program options at both the undergraduate and graduate levels allow students to tailor their program of study to achieve specific learning goals while learning from researchers and teachers who are experts in their fields.

Chemical engineers work to innovate, improve lives and address society’s growing sustainability concerns. As a Western Chemical engineering student, you will use a multiscale engineering approach to design commercial processes that sustainably transform raw materials, living cells and microorganisms into useful consumer products such as polymers and biopolymers, medicines, food, and fuels; while at the same time protecting the environment. You will use theory and practice to develop the skills necessary to address global sustainability challenges including Greenhouse Gas mitigation, carbon capture and the production of clean water.

Mechanical engineers use fundamental engineering concepts and contemporary design practices to develop new devices, materials, processes and systems. As a Western Mechanical engineering student, you will apply the principles of physics and materials science for analysis, design, manufacturing, and maintenance of mechanical systems, automotive and aerospace systems, and robotics. Working closely with faculty supervisors, in your fourth year you will complete a major Mechanical Engineering Design Project developing skills to become a dynamic and capable engineering professional.

In Pharmacology, study how drugs act on biological systems to modify physiological functions in health and disease. Discover the adverse effects of both drugs and chemicals on humans and other biological systems and learn how technology is an integral part of risk/safety evaluation.

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. 

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.

Earth Sciences is the science of the planet Earth. We seek to understand the Earth's internal structure and composition; its dynamic character (earthquakes, volcanoes, plate tectonics); the processes that occur within it; the processes that shape its surface and the materials that constitute its surface layers; the origin, occurrence, extraction and conservation of the Earth's natural resources (minerals, fossil fuels, soils, and water); the place of the Earth within the Solar System, and the history of life on Earth. Earth Sciences puts the human race in planetary perspective within space and time. As our awareness of human interactions with the environment increases, our need for better understanding of the way the earth works becomes more urgent. Increasingly, a grounding in Earth Sciences is seen as essential for those concerned with care of the environment and assessment of natural hazards, as well as for those involved with utilising Earth's resources. Solutions to problems of pollution and waste disposal, to major civil engineering problems such as those encountered at dam sites, and to the effects of global change arising from human impact on the environment, must all be sought within the framework of Earth Sciences.

Our department’s expertise encapsulates a wide array of interdisciplinary strengths across feminist theory and various feminist approaches to health studies, media studies, history, globalization and development studies, philosophy, law, writing studies and literature, and visual culture, as well as significant work in queer theory and sexuality studies. We are one of only a few units across the University recognized as a Department in both the Faculty of Social Science and the Faculty of Arts and Humanities. Further, we have a rich network of Affiliate faculty members appointed in many other departments across Western who are integral members of our learning community. We also promote feminist scholarship through provision for resident scholars, a Distinguished Speakers Series, faculty colloquia, annual conferences (including a graduate conference, and Flaunting It!, our annual undergraduate conference on gender and sexuality).

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.