Associate of Science

Biology
A strong foundation in biology can lead to many career paths in health and environmental science, education, research and more.

Chemistry
A solid background in science and mathematics can lead to careers in education, industry, government, medicine and more. Students will have hands-on experience in a lab environment throughout college studies.

Community Health Science/Nutrition/Kinesiology
Explore health from many perspectives: emotional, social, spiritual, intellectual, environmental and physical. Students will be prepared to work in a variety of public and private positions, such as hospital administration, community health educator and fitness trainer.

Computer Science
Enter a field that is growing at a rapid pace, learning to solve societal problems with computers. Because students are provided a well-rounded education in computer science and computer engineering, they will have the versatility employers are seeking.

Engineering
There are many fields in engineering to consider: Civil, mining, mechanical, environmental, chemical and biomedical, computer, metallurgical and geological. These fields are well-compensated and offer promising futures.

Environmental Science
Make a difference by preparing to solve a wide variety of environmental problems and focus on areas such as policy, environmental pollution and more. Students will become knowledgeable in animal science, wildlife science, soils, botany and ecology.

Geology
Learn about the major earth systems and the geologic processes that create and shape them. Find work in energy companies, engineering firms, research institutions, government agencies, colleges and universities.

Math
Individuals with a skill for math and calculations can balance their abilities with arts, humanities, and other general studies for careers in education, finance, computing, science and more.

The mission of the Associate of Science Degree Program is to provide the academic knowledge and skills for successful transfer to meet higher education goals.

The successful student will:

• Meet the institutional student learning outcomes (1-6).
• Demonstrate the ability to identify the fundamental tenets of scientific inquiry.
• Present accurate calculations and symbolic operations, and explain how such calculations and operations are used in the sciences, mathematics or engineering.
• Use critical thinking and creativity to select and apply recognized experimental or observational techniques suitable for examining contemporary or enduring problems in the sciences.
• Be prepared to succeed at transfer institution.