General Studies (Math and Science), AS

AS.2401 (60 Credits)

This program is designed for students wishing to follow a program of study with an emphasis in the sciences. Its purpose is to provide a well-rounded education for those students interested in a math or science-related field including engineering and computer science.

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.
• Students following the pre-engineering option should choose from the following technical electives:
  • ENGR - 1010 Introduction to Engineering Design
      Credits: 3
  • ENGR - 1020 Programming & Problem Solving
      Credits: 3
  • ENGR - 1070 Graphics for Engineers
      Credits: 3
  • ENGR - 2020 Statics
      Credits: 3
  • ENGR - 2110 Introduction to Circuits and Electronics
      Credits: 3
• Students should consult with their faculty advisor before selecting science, math, and elective courses.
• Students following the computer science option should take technical elective INFO - 2355 Computer Science I  and should consult with their faculty advisor before selecting science, math, and elective courses.
• In addition to the general education requirements for the AS degree, a minimum of 14-15 credits of core courses and 28 credits of technical electives are required for the general studies in math and science degree.
• Dependent upon the student’s choice of electives, it is possible that the total credits earned for the AS degree will exceed 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.

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 or a health care professional
• Demonstrate the ability to find, read, and critically evaluate appropriate scientific literature and resources.
• Function successfully within laboratory settings, including use of basic equipment, and developing and utilizing appropriate safety protocols.
• Develop critical thinking and problem-solving strategies to approach and solve complex problems.
• Apply mathematical techniques to solve problems and interpret data.
• Master the methods of arithmetic, algebra, statistics, trigonometry, and calculus and apply these methods to the solutions of mathematical formulations and to the analysis of data.