Learning Outcomes

Program Goals and Student Learning Outcomes

Goal #1 Biology majors will achieve basic proficiency in biology through exposure to areas of fundamental importance to the field.

  • Develop a basic understanding of the diversity of life evolved over time by the processes of mutation, selection, genetic drift, and migration
    • Identify, characterize and classify each of the major groups of living organisms
    • Demonstrate an understanding of evolutionary mechanisms
  • Understand how the basic units of structure define the function of all living things
    • Identify and describe the relationship between structure and function at all biological levels
  • Develop a basic understanding of the mechanisms underlying how growth and behavior of organisms are activated through the expression of genetic information.
    • Describe the flow of genetic information
    • Describe the development of animals and plants
  • Develop a basic understanding of how living systems interact and how they are interconnected
    • Describe how organisms and the environment influence each other.

Goal #2 Biology majors will achieve basic proficiency with scientific competencies.

  • Use laboratory equipment and techniques appropriate to the field of study.
    • Demonstrate correct usage of laboratory equipment
    • Demonstrate competency in performing biochemical techniques
    • Demonstrate competency in manipulating organisms and models
    • Understand the rationale behind the choice of laboratory methods
  • Demonstrate basic information literacy skills
    • Identify a suitable research topic and determine the nature and extent of information needed.
    • Acquire published information effectively, efficiently, and ethically
    • Critically evaluate information and sources; decide if there is a need to modify query and/or seek additional sources
    • Use information effectively to address and acknowledge sources with proper citations
  • Demonstrate basic quantitative literacy skills
    • Be able to use appropriate computational skills for questions in biology
    • Use, evaluate and convert units
    • Interpret and evaluate quantitative representations (e.g., equations, graphs, diagrams, tables and words describing quantitative information)
    • Plan and execute experimental design, data collection and data processing
    • Understand probability and interpret statistical methods to analyze quantitative biological data
    • Communicate quantitative results and interpretations
    • Understand and use mathematical models in the evaluation of biological phenomena
  • Communicate effectively and accurately
    • Effectively communicate scientific information
    • Effectively communicate their credentials
  • Apply the scientific method to solve problems, make predictions and evaluate information


For More Information

Daryl Hurd
(585) 385-8153

(585) 385-8064