Bachelor of Environmental Studies in Geomatics (Co-op)

at University of Waterloo Canada

Bring on the bulldozers! In one of Canada’s largest (and the world's top 100) civil engineering programs, you’ll learn to design and maintain the massive infrastructure we all depend on: bridges, highways, airports, tunnels, dams, pollution-control facilities, and more.

This is a degree with lots of flexibility. Once you’ve completed your foundational courses, you can choose from a wide variety of technical electives in structural, transportation, geotechnical, and water/environmental engineering.

You’ll apply your knowledge during your six co-op work terms. This is your chance to test drive different career options: work for major construction and engineering companies, get experience with local or provincial governments, or spend a term abroad.

What is co-op?
Co-op lets you explore careers and gain paid work experience while earning your university degree. What could be better than that?! As a co-op student at Waterloo, you’ll normally alternate between four months in school and four months as a full-time employee of the organization you're working for. It's an amazing way to learn to successfully interview for jobs, see how your degree relates to real-life problems, graduate with up to two years of valuable experience – and make money!

Life Sciences is the study of living organisms, ranging from the very tiny world of microbiology and genetics to the physiology and zoology of the world’s great mammals – with plants, botany, and more in between!

At Waterloo, Life Sciences is a group of related majors. The four Life Sciences majors (Biochemistry, Biology, Biomedical Sciences, and Psychology) bring together disciplines such as biology, chemistry, physics, and math to help you learn how living systems work and interact. When you apply to Waterloo, you'll select one of the majors and get to do labs and experiments starting right in first year. You can choose the co-op program or the regular system of study 

Biomedical Sciences
Study human and animal systems and their functions related to health, disease, and the healing process. Diversify your knowledge by learning about viruses, bacteria, and other microbes, and how these (along with genetic and environmental influences) can impact health. Examine how the body ages, how disease and injury impact it, and what diagnostic tools can identify physiological problems.

You’ll start with foundational courses in biology, chemistry, physics, and math that prepare you to meet the admission requirements of most health-related professional schools. After first year, you’ll focus on human biology, with courses in anatomy, physiology, histology, microbiology, and biochemistry. Add some complementary courses from science and related disciplines, and then round out your degree with electives of your choice.

How will the stock market perform next February? How much will insurance companies pay out in claims next year? With an Actuarial Science degree from Waterloo, you’ll have the answers.

In this program, you'll take courses such as the mathematics of finance, risk theory, and pension mathematics taught by professional actuaries in one of North America’s top actuarial schools.

Meanwhile, adding computer science, arts, and various math electives will give you the combination of technical and communication skills that employers are looking for.

Whether you choose the regular stream or the co-op stream, you'll graduate ready to enter a great job market with great prospects and high starting salaries.

Discover how to manipulate individual atoms and molecules in Materials and Nanosciences at Waterloo. As one of the top two nanoscience programs in Canada (Academic World Ranking of Universities 2020), this program has lots to offer, including co-op opportunities. You’ll learn the ins and outs of designing composite materials, ceramics, semiconductor materials, fuel cells, energy storage devices, solar cells, and more. And thanks to small classes, you’ll have plenty of opportunity to connect with other students and professors.

Materials and Nanoscience is a mix of chemistry, physics, and math. You’ll also take materials science courses where you learn about what makes a substance unique. For example, if you arrange atoms in a certain way, why does the material have stability and strength rather than flexibility? In upper years, you can choose to take more chemistry or physics. It all depends on what aspects of materials science you enjoy.

You’ll graduate ready for a career at the forefront of innovation, helping create environmentally friendly, efficient, and cost-effective solutions in fields ranging from aerospace to biomedicine.

Use insights from the natural, physical, and social sciences to help solve some of the world’s biggest environmental challenges — from water scarcity to pollution to loss of biodiversity.

Learn about conserving and restoring ecosystems, and explore issues in environmental governance. And thanks to our small classes, you’ll develop a real sense of community right from first year.

When you graduate, you can apply your knowledge in a growing number of fields, from green technology to ecological consulting to environmental law. And if you want an early start, you can also apply that knowledge to paid co-op work terms.

Want to create the life-saving drugs of tomorrow? Earn a chemistry degree with a difference.

As well as covering all the basics of physical, analytical, and organic chemistry, you’ll also take specialized courses like bio-based chemistry and pharmaceutical drug design. Meanwhile, you’ll hone essential research and laboratory skills through your choice of 20+ chemistry lab courses and an independent research project in fourth year. Students also have the opportunity to enrol in the co-op stream, where they'll gain paid work experience as they pursue their degree.

As a Medicinal Chemistry graduate, you’ll be equipped to design, create, and evaluate potential medications, setting the stage for a career with real impact. You'll also qualify for membership in the Canadian Society of Chemistry and the Chemical Institute of Canada.

What is co-op?
Co-op lets you explore careers and gain paid work experience while earning your university degree. What could be better than that?! As a co-op student at Waterloo, you’ll normally alternate between four months in school and four months as a full-time employee of the organization you're working for. It's an amazing way to learn to successfully interview for jobs, see how your degree relates to real-life problems, graduate with up to two years of valuable experience – and make money!

Explore how human interactions are influenced by individual, collective, and structural forces such as mental health, social relationships, economic conditions, education and politics, and movements for social justice and social change. The common goal of those who study Social Development Studies is to help people, communities, and nations flourish.

Through courses in areas such as psychology, sociology, and social work as well as hands-on community engagement opportunities, you’ll be well prepared for a meaningful career in social work, counselling, education, public services, human resources, law, or community and international service organizations. You can also enhance your learning experience by enrolling in co-op and applying what you learn in class to real work situations.

What is co-op?
Co-op lets you explore careers and gain paid work experience while earning your university degree. What could be better than that?! As a co-op student at Waterloo, you’ll normally alternate between four months in school and four months as a full-time employee of the organization you're working for. It's an amazing way to learn to successfully interview for jobs, see how your degree relates to real-life problems, graduate with up to two years of valuable experience – and make money!

As a Waterloo Health Studies student, you'll be working with world-class professors that are making a difference in health in Canada and worldwide.

Health Studies is shifting the focus of traditional health
At the University of Waterloo, you'll study human health in a non-traditional way. Rather than a focus on treatments after diagnosis, we have a larger vision: to find strategies for preventing disease, promoting health, and improving health care services to make them more integrated and responsive.

Be prepared to tackle health challenges and look for the keys to transforming the health of individuals, communities, and health care systems in Canada and around the world.

Opportunities to focus your studies:

• Pre-Clinical Specialization
• Gerontology
• Health Informatics
• Health Research

Experiential learning: co-op or regular
As a Health Studies student, you have two great ways to study - co-op or regular. Regardless of which path you choose, you’ll take the same academic courses, learn in state-of-the-art facilities, and have the support of friendly, helpful staff.

Focus on problems where resources need to be allocated effectively in complex, dynamic, and uncertain conditions.

You'll start with a solid foundation in math, including combinatorics, linear optimization, modeling, scheduling, forecasting, decision theory, and computer simulation. On top of that, you’ll add courses in economics, business, and management science, in addition to the ability to gain paid work experience through co-op.

After first year, you'll choose one of two specializations: Operations Research or Business.

When you graduate, you’ll have all kinds of career options. You might enhance scheduling for airline crews and sports games, improve production and distribution efficiency for manufacturing companies, increase service quality and efficiency in healthcare administration, or develop sophisticated tools for finance and investments.

Study at one of the world’s best schools for computer science, where more than 80 professors are pushing the boundaries of the field.

Computer Science focuses on the study of software, algorithms, programming, and the limits of computation. Using a combination of theory and application, you will learn how to describe problems in a formal, precise way so that machines can solve them. You will also learn about managing large scale programs, and about understanding the power, limitations, and organization of computer software and hardware.

The Bachelor of Computer Science (BCS) will allow you to develop a solid understanding of computer science with the flexibility to choose from a wide range courses in this area. If you are admitted to the BCS, you'll start off in this program right away.