Engineering A.S. (EGRS)

*This is an overview of the program. The course sequencing is meant to serve as a guideline for your semester planning. Please note that the scheduling of courses, program sequencing and curriculum are subject to change.*

This pre-professional program has its foundation in mathematics and the physical and natural sciences. Upon completion of the program, the student has the option of pursuing a bachelor’s degree in aeronautical, chemical, civil, electrical, industrial, mechanical, or nuclear engineering at a four-year college or university.

Upon successful completion of this program, graduates will be able to:

  • Understand concepts, physical laws, and basic principles and apply them in the solution of problems in engineering mechanics, engineering physics, and college-level chemistry.

  • Analyze a problem in a simple and logical manner.

  • Developed experimental techniques in making measurements in the laboratory, analyzing and interpreting experimental results, and determining errors in measurements and results.

  • Demonstrate mathematical skills to the level of a completed course sequence in calculus and analytical geometry.

  • Solve elementary engineering problems on the computer using the C++ programming language.

  • Perform basic drafting techniques and understand industrial-type drawings.

  • Understand the nature and function of engineers in their varied fields.

  • Communicate effectively, particularly in written laboratory reports.

  • Have a general education base for the social sciences and humanities.

  • Have a foundation for continuing learning and the competencies necessary to solve new engineering and physical problems as they arise.

Transfer information for this program is on file in the Transfer Center. For more information, contact an academic advisor or counselor.

Engineering A.S. (EGRS)
First Semester   Credits
CHE 111 General Chemistry I 4
EGR 101 Engineering Graphics 4
EGR 102 Engineering Orientation 1
ENG 105 College English I 3
MAT 190 Calculus and Analytic Geometry I or higher 3
  Semester Total 15
     
Second Semester    
CHE 112 General Chemistry II 4
ENG 106 College English II 3
MAT 195 Calculus and Analytic Geometry II or higher 3
PHY 210 General Physics I 5
Elective Social Science 3
  Semester Total 18
     
Third Semester    
BIO 110 General Biology I 4
EGR 213 Statics 3
MAT 200 Calculus and Analytic Geometry III 3
PHY 215 General Physics II 5
Elective Humanities 3
  Semester Total 18
     
Fourth Semester    
CIS 155 Introduction to Computer Science – Structured Programming – C++ 3.5
EGR 214 Dynamics 3
MAT 205 Calculus and Analytic Geometry IV 3
Elective* Science 3-5
Elective Social Science/Humanities 3
    15.5-17.5
  Credit Total 66.5-68.5

*Students should check with transfer four-year college or university for the most appropriate course.