Bachelor of Science in Computer Science and Physics with Management

at Wilfrid Laurier University - Waterloo Campus Canada

Develop scientific investigative techniques to identify and address complex health challenges for the purpose of improving human health and well-being.

Laurier’s Health Sciences degree is designed for students who are primarily interested in pursuing postgraduate opportunities in health-related fields, such as:

• Medicine
• Dentistry
• Pharmacy
• Physiotherapy
• Public health
• Epidemiology

As a Health Sciences student, you’ll learn scientific investigative techniques, critical thinking skills and core skills in applied health sciences. You’ll also gain hands-on lab training and other research and practical experience. This combination of skills and strengths will prepare you well for postgraduate study.

COURSE OFFERINGS:-
We offer a wide range of Health Sciences courses that examine the field from a variety of perspectives.

We approach the study of health through a combination of fundamental courses in biology, chemistry, psychology and math, as well as applied health courses including anatomy, physiology, epidemiology, social determinants of health, etc.

Taken together, these courses offer you a ‘cell to society’ perspective on human health and well-being.

The Department of Kinesiology and Physical Education (KPE) features a broad selection of core courses that reflect our integrated and multidisciplinary approach to the study of human movement, physical activity and sport, followed by opportunities to select from a wide range of elective courses and to choose one of four optional concentrations.

CORE COURSES

• Sociocultural courses exploring historical and philosophical foundations and sociological examinations of physical activity, sport and the body.
• Lab/tutorial-supported courses in human regional anatomy, human physiology, exercise physiology, biomechanics, motor learning and control, and inferential statistics.
• Foundational courses introducing you to key concepts in sport and exercise psychology, health and research methods.
• Fundamental and applied movement-based courses actively exploring key concepts related to physical literacy and athlete development, as well as teaching and coaching physical activity and sport.

CONCENTRATIONS AND ELECTIVE COURSES
Our program features four areas of concentration:

• Athletic Performance and Injury Management
• Movement, Health and Development
• Physical Activity Education and Promotion
• Sport Development and Management

Within these concentrations are Kinesiology elective courses, including:

• Exercise Nutrition; Fitness Assessment and Exercise Prescription; Athletic Injuries
• Psychology of Injury Rehabilitation; Applied Psychology of Sport and Performance
• Behaviour Change and Physical Activity; Adapted Physical Activity
• Children in Physical Activity; Aging, Physical Activity and Health
• Ethics in Sport and Physical Activity; Modern Olympics; Canadian Sport History
• Organization and Administration of Physical Activity; Marketing in Sport and Physical Activity
• Advanced Biomechanics and Ergonomics; Advanced Exercise Physiology
• Balance, Posture and Gait; Neuromuscular Function in Exercise
• Research Thesis; Interdisciplinary Capstone Experience

EXPERIENTIAL LEARNING OPPORTUNITIES
Laurier’s Kinesiology program is designed to expose you to learning inside and outside the classroom. During your studies you are required to complete 96 hours of community-based leadership or volunteer work. Some courses will also require you to engage in practical, hands-on learning experiences such as physical activity programming, fitness testing or injury assessment.

Chemistry touches every aspect of our lives. The study of the complex molecular world, a world that exists at the submicroscopic level, is a discipline of enormous scope.

Bachelor of Science (BSc) in Chemistry at Laurier, you will have the opportunity to work with professors who are both devoted to teaching and active in research. The broad chemical principles learned are the basis of many of today's unique products, providing a foundation for a variety of career options.

Classroom and laboratory time are balanced to provide you with solid theoretical foundations and mastery of experimental techniques. Also, the small size of the department means there are plenty of opportunities to interact with faculty. 

Develop scientific investigative techniques to identify and address complex health challenges for the purpose of improving human health and well-being.

Laurier’s Health Sciences degree is designed for students who are primarily interested in pursuing postgraduate opportunities in health-related fields, such as:

• Medicine
• Dentistry
• Pharmacy
• Physiotherapy
• Public health
• Epidemiology

As a Health Sciences student, you’ll learn scientific investigative techniques, critical thinking skills and core skills in applied health sciences. You’ll also gain hands-on lab training and other research and practical experience. This combination of skills and strengths will prepare you well for postgraduate study.

COURSE OFFERINGS:-
We offer a wide range of Health Sciences courses that examine the field from a variety of perspectives.

We approach the study of health through a combination of fundamental courses in biology, chemistry, psychology and math, as well as applied health courses including anatomy, physiology, epidemiology, social determinants of health, etc.

Taken together, these courses offer you a ‘cell to society’ perspective on human health and well-being.

If you are an excellent student with superior abilities in chemistry, physics and mathematics then Laurier’s Chemistry and Physics program is a match for you. This program combines some of the best of our Bachelor of Science (BSc) programs in Chemistry and Physics. You'll graduate with a solid theoretical foundation in chemistry and physics through both classroom lectures and laboratory experiments.

The focus of Laurier’s Chemistry and Physics program is on the chemical and physical properties of materials at the bulk scale (where dimensions are effectively infinite) and at the nanoscale (where dimensions are 1 to 100 nanometers).

At the bulk scale, classical mechanics can generally be used to describe the material. However, at the nanoscale, quantum effects can be very important and the properties of the material can be very different. For example, whereas bulk gold is inert, gold nanoparticles have been shown to catalyse a variety of chemical reactions.

Your materials science and quantum mechanics courses (and nanoscience courses) in both chemistry and physics will provide you with a unique skill set which will enable you to understand the properties of existing materials and which will give you the ability to design new materials with unique mechanical, optical, electronic or magnetic properties, which could have applications not only in chemistry and physics but also in disciplines as varied as computing and medicine.

The information explosion of the modern age has resulted in extremely large data sets and a need to understand how to analyze and make sense of big data. Advances in hardware, software and statistical techniques are giving rise to automated methods to analyze patterns and models for all kinds of data, with applications ranging from scientific discovery to business intelligence and analytics.

As a result, data-driven decision making is quickly becoming the standard in almost every industry and has created an unprecedented demand for data-oriented professionals across a wide range of industries, organizations and disciplines. Given the volume of the data sets in question, it is nearly impossible to extract patterns, trends and behaviours without some degree of mathematical guidance and programming expertise.

About Data Science at Laurier
Our Bachelor of Science (BSc) in Data Science is the first undergraduate degree of its kind in Canada.

Our Data Science program seeks to address the data-related needs of modern business and industry. As a graduate of this program, you'll be prepared for many and diverse career opportunities through your study of mathematics, statistics, data analytics and computing technologies and methods. You’ll also take courses in computer science, data analysis, business and economics.

The Bachelor of Arts (BA) in Computer Science lets you combine technical training with learning in another area, typically from the Faculty of Arts. It’s an opportunity to give yourself an edge in career markets where employers often seek people who can analyze and communicate effectively as well as code.

Your first-year courses in Computer Science and Math will give you a solid understanding of the basic principles of computer science while your Arts courses will let you explore your complementary interests.

Laurier's Computer Science program exposes you to not just the software, but also to the hardware that underlies the system, giving you a fundamental understanding of digital systems and microprocessors, and an appreciation for the interaction between the hardware and the software.

While exposure to high school computer science is useful, the first-year Computer Science courses at Laurier provide you with the necessary background.

If you're successful in your application to the BA + Master's program in History, you'll receive two conditional offers of admission:

• One to undergraduate studies (BA) in History
• One to graduate studies (master's) in your undergraduate program.

This means that if you decide to continue your studies at the graduate level, you don’t need to apply to the master's program at Laurier, because you’ve already received a conditional offer of admission. You will begin your master's program after you graduate from your BA degree program.

BENEFITS OF THE BA + MASTER'S
Students accepted into the BA + Master's program receive mentoring and skills development opportunities throughout their undergraduate degree that will help them achieve the admission requirements for the graduate program, and help turn the conditional offer into an acceptance.

BA - History

Laurier’s History department teaches all periods from ancient to modern and is especially strong in the following areas:

• Global history (both regional and transnational courses);
• War and its impact;
• Social, cultural and gender history; and
• Innovative thematic courses (music, crime, business).

Our program encourages you to specialize in what interests you, whether it’s cultural or art history, social or military history, or the history of crime or politics. We focus on developing analytical and communication skills. These skills are invaluable in such varied professions as law, education, journalism and public and international service.

Biochemistry is a fundamental multidisciplinary science that explores the molecular aspects of life and is the basis for many other disciplines in life sciences, including cell and molecular biology, microbiology, genetics, and molecular medicine.

Biotechnology is the application of biochemistry to develop technologies, materials and products that help improve, replenish and sustain the health of our planet.

ABOUT BIOCHEMISTRY AND BIOTECHNOLOGY AT LAURIER
In our program, we emphasize the health and pharmaceutical sciences, which constitute more than 50% of the total activity in biochemical research and biotechnology in Canada.

You’ll take several courses in mathematics, physics, chemistry, biology and biochemistry, along with courses in applied biochemistry, and gain the practical skills and the academic knowledge you’ll need to succeed in a career in research, service, industry or academia.

You’ll benefit from a research-intensive environment. In your fourth year, you'll have an option to complete a senior thesis research project. The thesis option will provide you with hands-on experience using state-of-the-art equipment in a new and challenging area of biochemical research.

The Bachelor of Science (BSc) in Biology program provides a firm foundation not only in Biology, but also in Chemistry and Math. The BSc program is ideal for those looking to move on to graduate work in Biology or to professional postgraduate programs in environmental or health sciences.

Courses combine theoretical fundamentals with hands-on practices, allowing you to strengthen your proficiency in essential scientific-technical and reasoning skills. Senior students can become involved in ongoing research programs at the cutting edge of our discipline.