Bachelor of Science in Computer Science

at University of Saskatchewan Canada

Cellular, physiological and pharmacological sciences is the study of the structure, function and development of organisms at the molecular, subcellular, cellular, tissue and organ levels. It investigates the functions and mechanisms of major systems of the human body and studies the effects and mode of action of drugs which modify major body systems.

What you will learn
You will study human anatomy, cell biology, neurobiology, skeletal biology, embryonic development, histology, and anatomical imaging. You will also study the properties of chemical compounds in relation to their interactions with living organisms and examine the basis for the discovery and study of drug actions either as therapeutic agents or as tools in physiological research. These fields can be used to advance medical science with clinical relevance to osteoarthritis, Alzheimer's disease, peripheral nerve damage and repair, multiple sclerosis, aging, cancer and pain.

Chemistry focuses on what happens to matter at the molecular and subatomic levels. In other words, it is the study of how virtually everything in the world really works. Chemists are at the forefront of scientific discovery in a wide variety of fields such as medicine, drug discovery, nanotechnology, new material design and the environment.

What you will learn
You will learn how molecules interact, how and why chemical reactions occur and how to control these processes. You will learn how to find answers to important questions such as: how do we harvest light to make energy, how do we build molecules that cure disease and how do plants protect themselves from pathogen attack? Through appropriate course selection, you can specialize in analytical, bioorganic, computational, inorganic, organic, organometallic, physical or theoretical chemistry.

Environment and Society focuses on the interplay between humans and their environment including complex issues such as climate change, population growth, pollution, and management of natural resources faced by our modern society.

What you will learn

You will take courses in a diverse range of topics including the following: hydrology, climatology, vegetation, geomorphology, public policy, political studies, history, philosophy, and statistics. Through exposure to science, social science, and humanities perspectives related to the environment, you will develop an understanding of environmental science, resource management, environmental philosophy, policy, and environmental studies.

The College of Nursing offers three programs leading to the Master of Nursing (MN) degree: Professional Practice, Thesis, and Nurse Practitioner.

A student completing the Professional Practice or Thesis MN program will be able to:

• Articulate perspectives on nursing
• Critique, utilize and contribute to theoretical and empirical knowledge bases for nursing
• Develop, implement and evaluate strategies for advanced nursing practice at the client and system level
• Demonstrate leadership skills needed to influence change

Graduates will be able to assume:

• Leadership/advanced practice roles in health care
• Educator roles in service and educational institutions
• Research roles in terms of generation and utilization of nursing knowledge
• Further study at the doctoral level

Professional Practice Master's Program
Master of Nursing Professional Practice students are required to take 27 credits units of coursework. Courses are designed so students can complete them in less than two calendar years and are delivered using a combination of live web conferenced seminars (synchronous) or online delivery (asynchronous) distance learning within North America

Study a wide variety of scientific areas that address preservation and processing of raw commodities into healthy, safe and appealing foods. Apply this knowledge to global food issues involving the relationship between food and human health and food security to develop a safe and nutritious food supply.

What you will learn
You will learn the chemical and physical nature of foods, causes of food deterioration, basis of food safety, and principles of food processing, preservation and packaging. You will examine what’s happening to meet consumer demand for nutrition, debate issues of food additives versus natural foods, learn about natural toxicants and research new methods of detecting unsafe or unwholesome food.

Environmental biologists examine ecosystems with a focus on how living organisms interact with their environment. This program is relevant for today’s society which is facing complex environmental issues such as conservation and environmental contamination.

What you will learn
You will study the basic science of environmental biology and ecological theory and learn about complex environmental issues facing our society. Areas of emphasis are biodiversity, conservation, ecological processes at the levels of genes to communities to landscapes, environmental contamination and other aspects of applied ecology.

Historians study how societies change over time and use past events to help understand modern concerns surrounding a wide array of topics including environmental crisis, colonialism, addiction, mental health, and changing gender roles.

What you will learn
You will learn to use written texts, oral histories, primary documents, artifacts and material culture to understand topics ranging from Roman architecture to queer marriage, Renaissance magic to contemporary environmental conflicts, and from residential schools to drug wars.

Environment and Society focuses on the interplay between humans and their environment including complex issues such as climate change, population growth, pollution, and management of natural resources faced by our modern society.

What you will learn
You will take courses in a diverse range of topics including the following: hydrology, climatology, vegetation, geomorphology, public policy, political studies, history, philosophy, and statistics. Through exposure to science, social science, and humanities perspectives related to the environment, you will develop an understanding of environmental science, resource management, environmental philosophy, policy, and environmental studies.

You will discover that philosophy touches on almost every area of study, as all major developments in biology, economics, mathematics, physics and psychology started out as philosophical hypotheses. You will examine morality, the nature of the mind, and the structure of human thinking and you will engage in critical and creative thinking about fundamental questions, such as what is meant by a worthwhile life, what sense there is to the universe, what it means to be a good person, and what makes a just society.
Philosophy is an especially beneficial area of study for students who want to do any kind of work that requires good language and reasoning skills, including the ability to formulate good arguments and to critically appraise statements and problems. Philosophy students often go into law, but they are also successful in any field that needs clear thinking and good communication. Journalism and media, business, and education are also common career paths. Many institutions also require individuals with expertise in ethical reasoning, and many students will find that taking a double honours degree or minor in philosophy alongside an allied field will enhance their performance in that other field. Students in philosophy also tend to score very highly in post-graduate admissions tests.

Sustainable use of our land, water and plant resources is increasingly recognized as a key societal goal. Resource Science provides essential skills and knowledge in applied sciences and resource management which can be used to influence sustainable development such as rejuvenating disturbed land or reducing greenhouse gas emissions from landscapes.

What you will learn
The Resource Science specialization provides you with hands-on, practical experience in field measurement and assessment. You will learn about:

• Environmental site assessment and soil landscape relationships
• In-field understanding of the spatial relationships of ecosites and soil units
• Remediation and reclamation practices
• Analysis and aggregation of field data
• Application of ecological land classification