Associate in Arts
Science
Contact the Science Department
| Shelley Devine, Administrative Assistant | |
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| Office | SE 102 |
| Phone | 774.330.4363 |
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Degrees and Certificates
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Biology Concentration, -
Chemistry Concentration, Associate in Arts -
Environmental Studies Concentration, Associate in Arts -
Physics Concentration, Associate in Arts -
Applied Economics of Coastal and Ocean Environments (Blue Economy), Associate in Science -
Environmental Technology Program, Associate in Science -
Biotechnology, Certificate -
Coastal Zone Management Technology, Certificate
Classes
BIO110: Understanding Biotechnology
This lecture-only course presents information on the growing field of biotechnology, which is the utilization of biological systems to create products. Topics discussed include basic cell structure and function; introductions to DNA and RNA; techniques, applications, and regulation of biotechnology; and current events. Bioethics and the impact of biotechnology on society are also discussed. (3 class hours)
BIO206: Techniques in Biotechnology
This lab-intensive course offers an introduction to the principles and methods of analytical techniques found in a typical biotechnology research environment. Topics include isolation and purification of biomolecules such as proteins, enzymes, and nucleic acids. Laboratory experiments involve molecular cloning, microbial propagation, chromatography, electrophoresis, blotting techniques, volumetrics, and spectrophotometric analysis with a focus on proper scientific record keeping. (1 class hour/6 lab hours)
SCI100: Study Abroad: Ecotourism
Students study on-site biodiversity and ecotourism. The course is designed to explore the various ecosystems, flora and fauna, and cultural sites of a region following a planned itinerary. The course is intended for any student curious about travel, biodiversity, and scientific exploration.
SCI261: Cooperative Work Experience in the Natural Sciences
This course provides students the opportunity to participate in a laboratory or field project in the natural sciences, under the supervision of a mentor. The course provides the student with the opportunity to apply the principles learned in the classroom to a practical real-world project. The project may be performed on campus, or at an off-campus location. The project outline needs to be approved by the department. Time commitment is based on the number of credits, approximately 70 hours per credit.