Bachelor of Arts in Women and Gender Studies

at University of Lethbridge - Lethbridge Campus Canada

Forensics. Pharmacology. Food Science. What do these three areas have in common? They are just some of the career paths you can take with a degree in biochemistry.

Biochemistry is the study of all living systems at the molecular level. It looks at the chemical and physical basis of life and how these living systems interact with their environments. It is a demanding field that combines expertise in the biological sciences, chemistry, physics and mathematics. Versatility and intense curiosity are the hallmarks of successful biochemists, as they draw on knowledge from a variety of fields to investigate the molecules that facilitate life.

From the structure, function and dynamics of molecular machines, to the complex regulation of metabolic pathways and biological processes, biochemists study the extraordinary molecules that are produced and utilized by living systems. As a consequence, many of the most spectacular advances in the sciences are driven by discoveries in biochemistry.

Biochemistry will help you develop a strong background in the basic sciences and extensive laboratory skills, while emphasizing the chemical and physical basis of life. As a biochemistry student, you will gain hands-on experience with the latest tools and technology used in chemistry, physics and biological sciences, such as molecular biology, protein crystallography and advanced biophysics. You will also develop skills in molecular techniques like DNA sequencing, gene cloning and enzymology.

Additionally, you will have access to state-of-the-art science and research facilities. These facilities support the research interests of our award-winning faculty, your instructors, as they investigate diverse areas such as cancer research, toxicology, crystallography, bioinformatics and molecular modelling, as well as applied research in medicine, disease research and food development.

Computer science is the study of algorithms and data structures and their applications in designing new and efficient solutions to industrial, technological, environmental or social problems.

Learn to tackle difficult problems using a variety of high-tech tools and approaches, and effectively communicate your expertise to others by coupling your technical learning with a solid grounding in liberal education. The program is designed to enable you gain both theoretical knowledge and practical experience, including access to state-of-the-art hardware and software in our three computer labs whenever you need to use them.

Kinesiology is the study of human movement through physical activity and the critical role it plays from both an individual and cultural perspective. It also helps us understand the mechanics of human motion.

Our programs are designed to provide you with the opportunity to study the theoretical and practical applications of activity as a cultural form, as well as individual performance at all levels of involvement and all ages.

You will also gain an understanding of movement through the integration of specialized knowledge found in topics like anatomy, biomechanics, culture, exercise physiology, leadership, media, motor control, race and ethnicity.

You will have access to state-of-the-art laboratories, as well as the 1st Choice Savings Centre for Sport and Wellness, with its indoor track, pool and climbing wall

English is not just about the rhetorical and creative aspects of literature. It’s about examining history, culture, psychology, sociology, philosophy, and the human condition to determine what a text means in the context of when and where it was written, and how it relates to us today.

Language is the primary means by which we communicate our values, our ideals and our vision. The study of English asks fundamental questions about literature and how we, as humans, express ourselves and interact with others. It is the science of communication and critical inquiry.

Learn how we use language in the world at large, and consider the functions, structures and significance of literature over time. Develop an excellent foundation for a career in virtually any professional capacity due to the cross-disciplinary nature of this program.

Physics is the study of matter and energy at all scales, from the sub-nuclear to the dimensions of the universe. It is the fundamental science — all other sciences and technologies rely on the principles of physics.

Physics involves observing and understanding natural phenomena. It is evident in the world around us in everything from the seasons, the motion of objects, the flight of birds, the night sky and the weather, to lasers, electronics and the technology we rely on today.

Physics is very much a “hands-on” science, so the most effective way for you to learn the subject is to actually do physics. Astronomy teaches you how to study objects at a distance and interpret the information gathered. This helps us begin to understand the universe we live in. The skills you will learn in astronomy are also applicable to remote sensing and its application to environmental problems.

The department offers a comprehensive physics major. The foundation of this program is built in the first two years, as you study mechanics, waves, electricity and magnetism, optics, thermal physics and modern physics.

In your third and fourth years, you will gain a deeper understanding of the fundamentals and delve into more advanced and specialized areas. Specialized topics may include the research interests of department faculty members, as all faculty members are involved in rigorous research programs.

Faculty members also ensure you are provided with a wide view of physics, exposing you to all areas of the subject and describing a wide variety of applications. This enables you to make informed decisions when choosing the areas you may wish to pursue in the future.

Have the flexibility and independence to develop your own degree program from all the areas of the fine arts.

All areas of the fine arts are available for students in the multidisciplinary major to choose their concentrations. You can now choose a first concentration from one area of fine arts (art, drama, music or new media), while choosing a second and third concentration from the other three. This can also include areas within the departments (Indigenous art, digital audio arts, technical design etc.). This new opportunity allows students the freedom to customize their education around technical, practical and academic focuses.

Complement your studies further by adding combinations of courses from inside and outside the Faculty of Fine Arts with your liberal education requirements.

Opportunities

Gain professional art gallery experience, participate in a dynamic season of theatre activities, (including Mainstage productions supervised by professors), be a part of music ensembles or music studio courses, have access to our state-of-the-art Sound Recording Studio or expand your experiences and gain new perspectives beyond the classroom with internships.

You have full access to co-operative education, international exchanges, independent and applied studies as well as volunteer opportunities.

Sociology is the study of society, including the interaction between individuals, groups, and institutions. Sociological study helps develop original ways of looking at the world and the individual’s place within it. The application of sociological thinking can lead to a better understanding of social problems and issues and suggestions about how these issues may be overcome in real-world terms.

By studying sociology, you will gain insight into how people interact with one another and how values and beliefs both shape and are shaped by the structures and processes around us. The primary goal of the discipline is to stimulate sociological thinking - applying imagination and critical analysis to the many facets of social life.

As a sociology student, you will be exposed to a wide variety of alternative theories of social behaviour, structure, and change through a wide range of courses on topics such as: crime, religion, work, gender, age, ethnicity, politics, culture and health.

Kinesiology is the study of human movement through physical activity and the critical role it plays from both an individual and cultural perspective. It also helps us understand the mechanics of human motion.

Our programs are designed to provide you with the opportunity to study the theoretical and practical applications of activity as a cultural form, as well as individual performance at all levels of involvement and all ages.

You will also gain an understanding of movement through the integration of specialized knowledge found in topics like anatomy, biomechanics, culture, exercise physiology, leadership, media, motor control, race and ethnicity.

You will have access to state-of-the-art laboratories, as well as the 1st Choice Savings Centre for Sport and Wellness, with its indoor track, pool and climbing wall

Agricultural biotechnology examines agriculture and the natural world, emphasizing the relationships between food production, the environment, science and society.

The program focuses on the life sciences, with prominence given to the application of biotechnology in agriculture. It also delves into agriculture’s associated sectors including: government, policy development, farm production, environmental implications and agricultural sciences.

Studying agricultural biotechnology will give you a strong science and economics background rooted in both theoretical knowledge and practical experience, and focusing on the issues, research and course materials relevant to agriculture.

In this lab-extensive, hands-on learning environment, you will concentrate on the physiology of microbes, plants and animals, as well as the systems they thrive in — helping you build technical skills in areas such as biochemistry and molecular biology.

As a multidisciplinary major, agricultural biotechnology takes full advantage of resources and course offerings in the Departments of Biological Sciences, Chemistry & Biochemistry and Economics. This multi-faceted approach allows you to explore new applications in science and develop fresh perspectives about how to address challenges in food production through changes in economics, production or diversification. 

Student clubs | The Agricultural Students’ Society has an active presence on campus, organizing a number of events including tours of local agriculturally based businesses and research facilities.

Alberta Institute of Agrologists (AIA). Once you have completed your degree, you may apply to the Alberta Institute of Agrologists (AIA) to be registered as a Professional Agrologist within Alberta. Contact us early in your degree for further information.

The environmental sciences focus on understanding the Earth’s natural systems and how we, as humans, interact with them.

Environmental scientists study the impact of these interactions on the biosphere, hydrosphere, lithosphere and atmosphere using an interdisciplinary and integrative approach. They provide us with the information we need to address some of the most pressing issues facing humanity today - such as climate change and the loss of biodiversity.

The major in environmental science will provide you with an appropriate background in the natural and physical sciences that is needed to understand how natural and man-made systems function. It will provide you with a broad perspective that is required to appreciate the role of humanity in global environmental change.

As an environmental science major, you will have access to state-of-the-art research facilities, including those present in the Alberta Water and Environmental Sciences Building. These facilities house the infrastructure used in the groundbreaking research by our award-winning faculty - ensuring that you are exposed to cutting-edge, multidisciplinary environmental research throughout your degree.

You will also be provided the flexibility and versatility to obtain the key skills that are required to answer pressing research questions in sub-disciplines such as ecology (aquatic, riparian, and grassland), remote sensing, and geographical information science (GIS), biodiversity assessments, conservation, ecophysiology, and environmental toxicology.