Bachelor of Science in Molecular and Cellular Biology

Science Foundation

Effective Communicator

Examine the process of genetic change in an organism.

Articulates clear position/ purpose throughout the writing

Examine the quantitative relationships of mass and energy in a chemical reaction.

Demonstrates control of layout/presentation, vocabulary, and uses of discipline-specific language

Predict products of a major reaction mechanism based upon periodic and electronic properties, molecular shape, and functional groups.

Demonstrates control of diction, tone, or register appropriate to a diverse audience throughout the writing

Examine fundamental concepts of light using models and mathematical descriptions.

Demonstrates proper usage of grammar and syntax throughout the writing (i.e., spelling, capitalization, punctuation, varied sentence structure)

Demonstrates proper documentation of direct quotes, paraphrasing, references, and citing sources

Scientific Communication

Innovative Thinking

Communicate the practical impact of scientific evidence.

Presents adequate information using sources that consider other perspectives

Analyze current scientific literature in evidence-based practice.

Selects evidence that appropriately supports the position/purpose

Organize central ideas and concepts in a cohesive and logical manner.

Develops position/purpose with reasoning and consistency

Demonstrate the ability to effectively communicate ideas through formal written methods.

States a conclusion aligned to development

Demonstrate the ability to effectively communicate ideas through formal visual and oral methods.

Professionalism and Ethics

Christian Worldview

Analyze the relationship between society and science.

Examine the ideological foundation of the Christian worldview.

Demonstrate professional behavior in respect to appearance, communication, ethics, and respect for diversity.

Analyze the implications of the Christian worldview as it relates to human value and dignity.

Illustrate the collaborative nature of science.

Analyze ethical decisions made from the Christian worldview.

Examine the application of the Christian worldview within the context of discipline and vocation.

Data Analysis and Interpretation

Transformative Leader

Develop the most appropriate test of hypothesis using a variety of experimental designs.

Demonstrates personal accountability and responsibility with awareness of purpose

Apply quantitative skills and tools in the management and analysis of data sets.

Incorporates best practices with decision making, in alignment with goals

Analyze, interpret, and apply data obtained from current technologies within a given context.

Articulates aspects of respectful collaboration with all individuals (i.e., listening, open minded, sharing ideas, follow-through, conflict resolution, etc.)

Identify subsequent analyses based on the interpretation of data.

Demonstrates transformative actions to inspire and motivate growth in others (i.e., developing trust, servant leader, impact on others, being intentional, clear goals, authentic, credible/trustworthy, etc.)

Molecular and Cellular Organization of Living Systems

Global Contributor

Describe the relationship between the structure and function of macromolecules and their role in cells and organisms.

Demonstrates knowledge of societal aspects of the world (i.e. languages, cultures, religions, art, history, political/social issues, etc.)

Explain the storage, transmission, and expression of genetic information at all levels of biological organization.

Demonstrates an awareness and understanding toward diverse backgrounds, ideas and perspectives

Examine how the structure and composition of macromolecules contribute to metabolic processes.

Expresses the value and dignity of others through Christian virtues (i.e., compassion, respect, belonging, equity, acceptance, empathy, grace, objectivity, etc.).

Demonstrate a comprehensive understanding of career and research potential within molecular and cellular biology.

Critical Analyses and Applications

Demonstrate appropriate chemical handling in a laboratory setting.

Develop a biochemical protocol to solve an interdisciplinary problem.

Assess sources of experimental error using appropriate quantitative and statistical models.

Develop the most appropriate data management strategy using technology.

Utilize advanced laboratory instrumentation (e.g. HPLC) and current technologies to characterize chemical compounds.

Demonstrate proper laboratory documentation practices as evidence of experimental activities.