STEM Division

This program prepares students to transfer into Bachelor’s engineering programs such that their first and second year science, math, introductory engineering and general education requirements have been completed, depending on students’ transfer college.  Students pursuing this program will apply calculus and additional upperlevel mathematics courses to the theory of function and design of objects and devices.

On completion of the program, students will gain hands-on, fundamental engineering skills

Program Learning Outcomes

• Apply mathematical and scientific concepts to engineering problems.
• Design simple models within industrial and ethical constraints.
• Analyze and interpret data using the scientific method and engineering principles.
• Communicate scientific and mathematical information effectively.

Program Classes 

• EGR 104 Introduction to Engineering Design  (3 credits)
• MAT 221 Calculus II  (4 credits)
• PHY 250 College Physics I  (4 credits)
• MAT 222 Calculus III  (4 credits)
• MAT 282 Ordinary and Partial Differential Equations  (4 credits)
• EGR 110 Programming for Engineers  (3 credits)
• PHY 255 College Physics II  (4 credits)

General Education Requirements AS (38/40 credits) 

• Click here to view General Education Requirements  

Elective (s)

This program requires minimum completion of 8 elective credits.  

• BIO 150 Biology I  (4 credits)
• BIO 155 Biology II  (4 credits)
• CHE 155 Chemistry II  (4 credits)
• CHE 250 Organic Chemistry I  (4 credits)
• EGR 102 Shop Machinery and Engineering Graphics  (3 credits)
• MET 130 Industrial Electrical Systems  (5 credits)
• MET 140A Introduction to Programmable Logic Controllers I  & MET 140B Introduction to Programmable Logic Controllers II  (4 credits)

Program Guide

• Click here to view Program Curriculum Guide