Program overview
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Last updated on 2025-05-06

Program overview

Program Overview

The Bachelor of Science in Genetics at the University of Manitoba is a comprehensive program that delves into the science of heredity and the mechanisms of inheritance. This program encompasses three primary areas: classical genetics, population genetics, and molecular genetics. Students will explore significant advancements in various fields, including medicine and agriculture, while gaining insights into the heritability of traits, genetically modified organisms, genetic counseling, and gene therapy. This program is designed to equip students with a robust understanding of genetic principles and their applications in real-world scenarios.

Program Structure

The Bachelor of Science in Genetics program is structured to be completed in a 4-year timeframe, assuming a full course load. The program offers two options: a Major in Genetics and an Honours in Genetics, both of which can include a Co-op option. Key features of the program structure include:

  • Integrative approach combining various life sciences such as biology, microbiology, chemistry, agriculture, and medicine.
  • Hands-on research opportunities with experienced faculty members involved in externally-funded research programs.
  • Flexibility to select electives from other disciplines, particularly in the Major program.
  • Co-op option available, providing students with valuable industry exposure and work experience.

Students in the Honours program are typically involved in research opportunities and may complete a project or research course as part of their curriculum. This structure not only prepares students for immediate career opportunities but also lays a solid foundation for those considering graduate studies.

Featured Experiences

The Genetics program at the University of Manitoba offers several unique experiences that enhance the educational journey:

  • Hands-on research opportunities that allow students to engage in practical applications of genetic principles.
  • Co-operative Education program that integrates academic learning with relevant, supervised, and paid work experience.
  • Collaboration with faculty members on externally-funded research projects, providing insights into current scientific advancements.
  • Access to excellent undergraduate laboratories, preparing students for both industry and graduate-level research.

Career Options

Graduating with a Bachelor of Science in Genetics opens the door to a variety of career paths in Canada. Here are some potential job options:

  • Medical Researcher: Conducts research in gene therapy and other medical applications of genetics.
  • Genetic Counselor: Provides guidance to individuals and families regarding genetic conditions and testing.
  • Cancer Research Scientist: Investigates the genetic factors contributing to cancer development and treatment.
  • Public Health Analyst: Works on genetic epidemiology and public health initiatives related to genetic disorders.
  • Agricultural Geneticist: Focuses on improving crop and livestock genetics for better yield and disease resistance.

These career options highlight the diverse applications of genetics in various fields, showcasing the program's relevance and importance in today's job market.

 

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