Biology
Department Chair: Belinda Barbagallo, Ph.D.
Consistent with the mission of the University, the Department of Biology and Biomedical Sciences provides students with the scientific knowledge and the ethical understanding to stand as responsible stewards of God's creation. With evolution as an organizing concept, courses in Biology and Biomedical Sciences, for both majors and non-majors, develop the skills necessary for critical and creative thinking, thoughtful and careful analysis, and sound judgment. Such skills will be fostered through the use of classroom discussions and debates, texts and appropriate readings from the primary scientific literature, interactive computer programs and other technologies.
In addition, courses with a laboratory component aim to provide students with a hands-on approach to the exploration of scientific methods. These important skills are needed to advance one's scientific knowledge and, moreover, are critical in preparing our students for the challenge of exciting careers in the biological sciences.
Medical School and Professional Health Career Preparations
Biology majors interested in professional graduate programs such as medical, dental, veterinary and physical therapy should consult with the Salve Regina University health professions advisor to determine the appropriate degree and courses that should be taken. The B.S. in Biology and Biology- Environmental Sciences meet most of the requirements for these programs. Students are advised to check the admission requirements of the professional and graduate program.
Student Learning Outcomes
The BA and BS programs in Biology equip students with the knowledge (core concepts) and skills (core competencies) to be competitive for employment and/or acceptance into a professional or graduate program in the sciences. The BS in Medical Laboratory Sciences prepares students to pass the National Medical Laboratory Scientist certification exam and pursue employment as a Medical Laboratory Scientist.
BS in Biology and BS in Medical Laboratory Sciences
Core Concepts
At the conclusion of the program, students will have an explicit understanding of the following learning outcomes at the molecular, organismal and population levels.
1. Analyze relationships between structure and function in dynamic biological systems.
2. Demonstrate an understanding of the process of evolution and the factors that influence it.
3. Apply knowledge of the central dogma of molecular biology and analyze the mechanisms that regulate the flow of genetic information.
4. Analyze connections between the molecular, organismal and population levels that define biological systems and the influence of abiotic factors on these systems.
5. Analyze how energy and matter are harnessed, transformed and cycled within biological systems from the molecular to the ecosystem level.
Core competencies
At the conclusion of the program, students will be able to
1. Apply the process of science to conduct literary and biological investigations.
2. Use mathematical and bioinformatics techniques to analyze and present biological data.
3. Apply and create models and simulations to evaluate biological phenomena.
4. Connect knowledge from multiple disciplines and apply interdisciplinary problem solving to address real world challenges.
5. Communicate and collaborate effectively with others incorporating constructive feedback and self-reflection of learning.
6. Analyze ethical and societal dimensions of science and apply to daily life.
BA in Biology
Core Concepts
At the conclusion of the program, students will have an explicit understanding of the following learning outcomes at the molecular, organismal and population levels.
1. Describe and predict the relationships between structure and function in dynamic biological systems.
2. Demonstrate an understanding of the process of evolution and the factors that influence it.
3. Apply knowledge of the central dogma of molecular biology and the mechanisms that regulate the flow of genetic information.
4. Display an understanding of the connection between the molecular, organismal and population levels that define biological systems and the influence of abiotic factors on these systems.
5. Determine how energy and matter are harnessed, transformed and cycled within biological systems from the molecular to the ecosystem level.
Core competencies
At the conclusion of the program, students will be able to
1. Apply the process of science to conduct literary and biological investigations.
2. Use mathematical and bioinformatics techniques to analyze and present biological data.
3. Apply and create models and simulations to evaluate biological phenomena.
4. Connect knowledge from multiple disciplines and apply interdisciplinary problem solving to address real world challenges.
5. Communicate and collaborate effectively with others incorporating constructive feedback and self-reflection of learning.
6. Analyze ethical and societal dimensions of science and apply to daily life.