Physical Sciences & Math, Mathematics Emphasis Area, AS

The physical sciences and math represent the foundations upon which all sciences are established. Each of the emphasis areas focus on the physical, chemical, and mechanical aspects of life and provide specific insights into the physical world.
Program Outcomes
At the conclusion of the program, students will be able to:

• Demonstrate the mastery of course work considered fundamental to the training of a scientist. Required competencies may include the accumulation of knowledge in earth and space science, general biology, general chemistry, introductory physics, and organic chemistry. Stimulate interest in physics and fields related to physics.
• Research program requirements at transfer institutions and implement into the planning of their programs, courses and activities appropriate for transfer to four- year institutions to continue their chosen field of study.
• Demonstrate the ability to transfer to an equivalent program at a four-year institution specifically for continuation and study of their chosen field.
• Use knowledge of basic scientific principles to summarize and support a critical analysis of current scientific advances (primary literature and popular accounts), legislative issues, environmental issues, technological advances, and demonstrate knowledge of contemporary social and ethical issues related to scientists and the professional responsibilities of a scientist.
• Understand the relationship between science and other subject areas, including interdisciplinary approaches to global issues and the relationship of core concepts from biology, mathematics, and other disciplines to physical science concepts.
• Demonstrate the ability to find, read, and critically evaluate appropriate scientific literature and resources.
• Function successfully within laboratory settings, including use of basic equipment (measurement devices, and computer technologies); developing and utilizing appropriate safety protocols; and putting into practice conceptual understandings of the research process illustrated by the scientific method.
• Utilize a variety of skills to communicate scientific information effectively, including gathering of data/information; oral and written communication skills clarifying concepts and confirming understandings; utilization of computer resources including computer presentation.
• Apply skills and abilities identified as WNCCs five major general education goals.
• Demonstrate the knowledge and skills necessary to complete the College’s general education requirements for the Associate of Science degree.

Notes

• Students who plan to transfer to a four-year college or university should consult their faculty and transfer advisors early in their WNCC career to determine a curriculum best suited to their transfer goals.
• Dependent upon the choice of electives, it is possible that the total credits earned for the AS degree will exceed the required 60 credits.
• Students should understand that the courses included in the lists of core requirements and recommended electives will be required by receiving institutions at some point in their journey to the bachelor’s degree.

Mathematics Emphasis Area

AS.2701A (63 credits)

This emphasis area prepares the student for transfer to a four-year college or university to major in mathematics. This area provides the foundation upon which the disciplines of physics and engineering are built.

Program Outcomes

At the conclusion of the program, students will be able to:

• Provide a program of study that will enable transfer students to successfully integrate into Bachelor of Science degree programs in mathematics or engineering.
• Develop critical thinking and problem-solving skills to facilitate the translation of scientific problems into mathematical formulations using appropriate models and assumptions.
• Master the mathematical methods of arithmetic, algebra, trigonometry, and multi-variable calculus and apply these methods to the solutions of mathematical formulations and to the analysis of scientific data.
• Utilize current technology and software as tools to assist in the exploration and solution of mathematical problems and in the analysis of scientific data.
• Gain knowledge of contemporary issues and understand the role and impact of science and technology in a global, economic, environmental, and societal context.
• Communicate concepts, analysis, and mathematical solutions using appropriate written, oral, and graphical methods.
• Apply various mathematical techniques to assist students of engineering to acquire a more thorough knowledge and solve engineering problems.