Bachelor of Science in Biology

at The University of Winnipeg Canada

The goal of physics is to formulate theories, or “laws,” which summarize our knowledge of the natural world. We don’t yet know all the basic laws of nature, or how many laws there are.

The famous physicist Richard Feynman said the first principle of science is that the test of all knowledge is experiment and experiment is the sole judge of scientific “truth.” But what is the source of knowledge? Where do the laws that are to be tested come from? Experiment itself helps to produce these laws in the sense that it gives us hints. We also need imagination to create from these hints the great generalizations: to guess at the wonderful, simple, but very strange patterns beneath them all, and then to experiment to check again whether we have made the right guess. Physics needs people with imagination and a thirst to understand the inner workings of nature.

Research in physics often gives rise to unexpected benefits, with revolutionary discoveries like galaxies, lasers, magnetic resonance imaging, fibre optic communications, and the transistor.

The University of Winnipeg has a nationally recognized Physics Department. Research is conducted on a variety of topics in both theoretical and experimental physics. The experimentalists study the nature of diamonds and semiconductors, medical uses of MRI, and the properties of subatomic particles, while the theorists imagine, deduce and investigate the inner workings of black holes, hot space, chaos, quantum computers, and quantum gravity. Students are encouraged to participate in these research activities through summer employment with research groups.

This program can lead to a Bachelor of Science degree (3-year, 4-year, or Honours). The 4-year and Honours programs have the options of Chemical, Computational, and Mathematical Physics streams.

The Health Informatics (HI) major provides students with more focused courses in Health information needs, infrastructure, standards, and jurisdiction. This stream has been designed in close cooperation with Manitoba e-Health. Sample courses include:

• Principles in Information Systems (Health Centric)
• Health Information Systems
• Health Internship
• Applications of Database Systems
• Introduction to Internet Programming

Applied computer science is the study of how and where computers work. It includes designing hardware and software, building database and operating systems, and programming for the internet. UWinnipeg’s program covers each of these areas, giving you an understanding of how they connect to create vast networks. In the four-year major, you’ll gain practical experience and build teamwork skills as you take on a team-based software project for a local IT company.

Applied Computer Science - Health Informatics Stream
The Health Informatics(HI) stream provides students with more focused courses in Health information needs, infrastructure, standards, and jurisdiction. This stream has been designed in close cooperation with Manitoba e-Health. The HI stream includes upper year courses to address specific needs of the Health industry, e.g., Health Care information requirements and standards, regulatory environment, clinical terminologies, standards and professional practice. The HI stream complements offerings of the ACS department, and gives students flexibility of combining all three areas of IT, Business, and Health.

Developmental Studies (DS) is a distinct field that draws on the integration of the perspectives and methods of many disciplines to provide a coherent analysis of the biological, environmental, and social factors that influence both individual and group development. As such, it has specific relevance to a growing number of occupations and professions, notably child care, gerontology, and family studies.

The Developmental Studies Program is an interdisciplinary major composed of offerings from a variety of Departments and programs. The DS program includes courses from Anthropology, Biology, Business and Administration, Conflict Resolution Studies, Education, English, Kinesiology and Applied Health, Politics, Psychology, Sociology, and Statistics.

Developmental Studies is well known for

• early learning research and publications;
• developing leaders and managers in inclusive early-childhood care and education;
• an established degree program in early childhood management and leadership, that is CCEPAC approved;
• its unique articulation program with Red River College and Université de Saint-Boniface;
• creating new advancement opportunities for early-childhood care and education professionals;
• promoting broad understanding of the crucial role played by quality early-childhood care and education programs in human development, family stability, and community well being; and
• Prior Learning Assessment and Recognition for adult learners.

The University of Winnipeg builds the leadership capacity of early-care and education leaders by drawing upon the expertise of the interdisciplinary faculty on staff at the University of Winnipeg and the resources of leaders in the wider childcare community. We prepare leaders who will advance the quality and standing of early care and education—regionally, provincially and even nationally.

Stream A: Individual Human Development:-
The focus of Stream A is on individual human development ranging from prenatal and infant development to adolescent psychology and gerontology.

Be on the cutting edge of innovation with a diploma in AI and machine learning. Artificial intelligence and machine learning is a branch of data science growing at full speed. We see the application of artificial intelligence in our daily lives, from checking the weather forecast to social media feeds, from banking and finance to healthcare, amongst others.

In this program, graduates master the skills to create and use problem-solving algorithms to provide insights, predictions, and operationalization strategies needed to transform any organization into an innovative, efficient, and sustainable company of the future.

OBJECTIVES & OUTCOMES
The use of artificial intelligence is common place on devices ranging from personal smartphones to large industrial equipment. From simple algorithms to complex decision making, this program ensures that graduates have a firm, applied knowledge of artificial intelligence and machine learning.  While the curriculum and learning outcomes include establishing a general understanding of the theories underlying AI, greater emphasis is placed on the application of these techniques in a practical setting.

Successful graduates of this program shall be able to:

• Design and implement data acquisition, management, and cleansing solutions to support data science applications;
• Use statistical techniques in the development of data science applications;
• Describe legal, ethical, and societal considerations arising from the application of data science and artificial intelligence;
• Identify suitable applications and recommend the use of AI within an organization;
• Design the overall solution architecture required to support AI; and
• Design, test, and implement applied AI solutions.

Statisticians use their expertise in agricultural research, health care research, quality control and actuarial work. In the face of uncertainty, statisticians use data to make predictions about sales, product demand, weather forecasts and product quality.  Statisticians design and analyze the results of clinical trials to study the safety and effectiveness of new medications or to compare cancer treatments.  Almost every government agency employs statisticians.  They work with specialists such as economists, biologists, chemists, and doctors to assist in the design of experiments and the analysis of research data. Statisticians are highly employable with the majority working for private corporations or government departments and agencies.

Are you interested in issues affecting our environment? Environmental Studies and Sciences combines many different perspectives to understand the changes in our environment, while acknowledging human impacts and providing a framework to develop solutions for environmental programs. You can choose your course of study from six different subject areas including Chemistry, Forest Ecology, Forest Policy and Management, Global Environmental Systems, Issues in Sustainability, and Urban Environments

The field of finance has its roots in the discipline of economics and business. This program will provide students with the conceptual tools to understand a number of issues from modern finance theory and applications. The program will provide students with a solid understanding of the operation of capital markets and capital market instruments, including equities, fixed income securities, as well futures markets, options and other derivatives. The program will provide students with an in-depth understanding of topics in modern finance and financial economics as it relates to the capital structure of firms and how these financial instruments affect the overall operation of modern financial systems.

Students have the option of pursuing a BA in Economics and Finance or a BBA in Economics in Finance.

• Read a brief description of the program on our Economics and Finance (EFIN) program factsheet
• For more detailed information please consult the Economics and Finance (EFIN) course calendar