Biology Biology Associate in Science As the field that studies living organisms and their interactions with their environment, biology draws on all of the natural sciences and can prepare you for work in a variety of science and health-related fields. Request Information Apply Now Program Contact Amanda Hyde (413) 775-1450 hydea@gcc.mass.edu Program Overview Degree Requirements Learning Outcomes Faculty Career Outlook Explore topics like evolution, genetics, DNA, cell biology, photosynthesis, ecology and plant and animal structures and functions. Round out your studies with chemistry, physics and math. Your courses will not only build your scientific knowledge, but will help you sharpen your quantitative reasoning, your critical thinking and communication skills, and your ability to undertake laboratory research. 61-64credits Associate in Science Associate in Science (AS) degrees are typically completed in two (2) years and designed for immediate workforce entry Learn more TransferGuaranteed admission and streamlined transfer to four-year state schools through MassTransfer!Learn more What's Next?Because the biology major provides a thorough background in the natural and physical sciences along with coursework geared toward transfer requirements, many students go on to complete their bachelor’s degree in sciences or health care disciplines. Quantitative Reasoning – Upon completion of an associate degree in Biology, students will be able to quantitatively analyze, interpret, and apply biological models and theories to solve real problems Critical Thinking – Upon completion of an associate degree in Biology, students will be able to critically evaluate and synthesize quality sources of scientific information when exploring questions or communicating ideas Laboratory (Critical Thinking & Quantitative Reasoning) – Upon completion of an associate degree in Biology, students will be able to: Use standard biological tools and techniques and apply the scientific method to develop research questions, make observations, and conduct experiments in the pursuit and creation of knowledge Communicate biological information through technical writing, oral presentation and the careful creation of graphs and tables Demonstrate comfort with the culture of being a scientist, including working both individually and collectively, and displaying confidence in conducting science