This course gives an introduction to artificial intelligence (AI). The course covers supervised classification based on e.g., artificial neural networks - deep learning, as well as unsupervised learning - clustering, regression, optimizing and reinforcement learning, as well as design of experiments and evaluation. Students will learn how this knowledge is used in areas such as: building smart robots, computer vision and other applications.

This course focuses on the principles and knowledge of software engineering. It covers the approaches taken in developing large programming projects, including requirements analysis, specification, design (e.g., top-down modularization), coding (e.g., structured programming), debugging and testing, maintenance, and thorough documentation.

An introduction into advanced topics in the theory of computation. Topics include: basics of formal languages, models of computers, regular expressions, deterministic and nondeterministic finite automata, computability and computational complexity.

An introduction to the principles, practices and history of Typography. Students will gain an understanding of typographic terminology, typeface classifications and the importance of type in visual communication. Projects in this course emphasize an analogue approach to 2D organization, design, and creation.

This course is an introduction to the technical and conceptual aspects of digital design. Utilizing lectures, technical exercises, and creative projects, students will employ digital programs to process ideas and generate professionally designed digital outputs.

This course further explores principles and practices of Typography with an emphasis on digital design. Students will study the significant influence of type with particular emphasis on contemporary and emerging approaches. Utilizing skills from Typography I, students create digital projects intended for print media.

This course provides an in-depth engagement with colour theory through studio-based practices as it relates to graphic design. Students engage in projects that broaden their understanding of the cultural and aesthetic implications of colour.

This course builds on Digital Design I, expanding students’ knowledge of design software platforms. Through a combination of lectures and projects students will work with increasingly complex and nuanced approaches to design. Projects will focus on integrating a broader engagement with design contexts and contemporary trends, including the integration of AI in the design process.

This course will focus on the fundamentals of working and designing in three-dimensional virtual space. Students will develop the basics of 3D modelling including concepts, program navigation, digital tools, and proper techniques for modeling simple sculptural objects.

An introductory investigation of the school context from the vantage points of students, teachers, and others involved in education. The course includes 3 hours of on-campus work each week and 60-80 hours of field experience in both elementary and secondary classrooms over the term.

Definition, brief history, technical organization: formation and functions, qualifications for membership, ethics and obligations, branches and functions of engineering are presented.

Engineering science and design problem solving using MATLAB.

The course covers the equilibrium of planar systems. Analysis of statically determinate trusses and frames, friction, centroids and centres of gravity, forces and moments in beams, second moments of area are included.

Introduction to the engineering disciplines; fundamental design process; team work; communications; career fields; professional responsibilities of the engineer including elements of ethics, equity, concepts of sustainable development and environmental stewardship, public and worker safety and health considerations including the context of the Alberta Occupational Health and Safety Act.

This course provides an in-depth study of the structures of the human body and their interrelationships using a systems approach. The correlations between structure (anatomy) and function (physiology) are noted. Major topics include body organization, the integumentary, skeletal, muscular, nervous, respiratory, cardiovascular, lymphatic, digestive, endocrine, urinary and reproductive systems, the general and special senses, and human development. This course is designed to prepare students in medical fields of study for advanced courses in their respective disciplines.

The student will apply new theory, incorporate practical skills, history, assessment, clinical presentation, and diagnostic findings of the ill or injured patient to determine a provisional diagnosis utilizing differential diagnoses and develop an appropriate treatment plan. Students will integrate all knowledge and skills to manage calls for the delivery of safe patient care and promote optimal outcomes. Integration of all these components is critical to address the multiple medical and traumatic conditions encountered in the field.
The student will demonstrate proficiency in the application of all competencies in a Skills, Scenario, and Simulation environment.

This course will introduce you to the physical, social, mental, occupational, emotional, environmental, and spiritual dimensions of personal health and wellness. These dimensions are described within the context of the Canadian Health Care System and your own individual community. Topics include primary health care, nutrition, exercise, stress management, weight management, eating disorders, common health issues and their prevention. You will be expected to integrate knowledge of the seven dimensions of health and apply this knowledge to a self-analysis of your own health and physical fitness. Finally, you will incorporate change management theory to develop, implement and evaluate a personal wellness plan.

The intent of this course is to promote a healthy lifestyle. By examining determinants of health, the current care system, the seven dimensions of health and applying these concepts to your own lifestyle, you will be better equipped to function as role models and act as change agents for health promotion in your community.

The student will apply new theory and incorporate practical skills, history, assessment, clinical presentation, and diagnostic findings of the ill or injured patient to determine a provisional diagnosis utilizing differential diagnoses and develop an appropriate treatment plan. Students will integrate all knowledge and skills to manage calls for the delivery of safe patient care and promote optimal outcomes. Integration of all these components is critical to address the multiple medical and traumatic conditions encountered in the field.

The student will demonstrate proficiency in the application of all competencies in a Skills, Scenario, and Simulation environment.

This course provides students with knowledge and skills required to provide care to special populations within the context of PCP practice. Obstetrics, neonates, pediatrics and geriatrics are the major focus of this course with competency attainment at the level of proficiency during the mandatory on-site labs.

This course provides a study of the overall function of the human body. Major topics include fundamental chemistry, homeostasis, cytology and cell physiology, cell signaling and communication, and muscle, nervous, respiratory, cardiovascular, lymphatic, digestive, endocrine, urinary and reproductive physiology, as well as fundamental genetics as it applies to human physiology. This course is designed to prepare students in medical fields of study for advanced courses in their respective fields, as well as other university transfer students.