Nov 21, 2024  
2022-2023 SLCC General Catalog 
    
2022-2023 SLCC General Catalog [**** ATTENTION: YOU ARE VIEWING AN ARCHIVED CATALOG ****]

Engineering Full - Mechanical Engineering Option APE: Full-time


View Engineering - Full: APE (CTE)  page.

Plan of Study 2022-2023

The following is a plan of requirements to complete this Associate of Pre-Engineering degree in 3 years. Each student’s experience will vary slightly, as this plan does not include transfer work, Advanced Placement (AP), or other institutions’ concurrent enrollment credits. Math and English placement will be based on the student’s appropriate placement scores. If developmental courses are required, they should be taken in the student’s first semester.

NOTE: This plan assumes the student is prepared to take the courses listed. If prerequisites are required, additional semesters may be required to complete this degree.

Meet with the Academic Program Advisor and consult DegreeWorks for specific degree requirements.


First Year

 Fall Semester (15 credits)   Spring Semester (17 credits)
ENGL 1010 Intro to Writing (EN)  -  3 credits     ENGL 2100 Technical Writing (EN)  -  3 credits    
MATH 1050 College Algebra (QL)  -  4 credits      CHEM 1210 General Chemistry I  -  4 credits    
Communication (CM) - 3 credits     CHEM 1215 General Chemistry Lab I  -  1 credits    
American Institutions (AI) - 3 credits     MATH 1060 Trigonometry (QL)  -  3 credits    
Lifelong Wellness (LW) - 1 credit     ENGR 1010 Engineering Math Techniques  -  3 credits     
☐ ENGR 2950 Engineering Forum  -  1 credits  (Recommended)   Distribution Areas - 3 credits    
       
► Progress Check: Log in and check your Degree Audit via MySLCC   ► Progress Check: Meet with Academic Program Advisor  

Second Year

Fall Semester (16 credits)   Spring Semester (14 credits)
MSE 2160 Elements of Material Science  -  3 credits      MEEN 1000 Introduction to Design in Engineering Systems  -  3 credits    
ENGR 1030 MATLAB Problem Solving  -  3 credits     MEEN 1005 Introduction to Design in Engineering Systems Lab  -  0 credits    
ENGR 1035 MATLAB Problem Solving Lab  -  0 credits     MATH 1220 Calculus II  -  4 credits     
MATH 1210 Calculus I (QL)  -  4 credits     PHYS 2210 Physics for Science & Engineering I  -  4 credits    
Distribution Areas - 3 credits     International & Global (IG) - 3 credits     
Distribution Areas - 3 credits        
       
► Progress Check: Log in and check your Degree Audit via MySLCC   ► Progress Check: Meet with Academic Program Advisor  

Third Year

Fall Semester (17 credits)   Spring Semester (15 credits)
ENGR 2010 Statics  -  3 credits     ENGR 2030 Dynamics  -  3 credits    
ENGR 2550   OR MEEN 2650 - 3 credits        EE 2210 Electrical Engineering for Non-Majors  -  3 credits    
PHYS 2220 Physics for Science & Engineering II  -  4 credits     ENGR 2450 Numerical Methods  -  3 credits*       
MATH 2250 Differential Eq/Linear Algebra  -  4 credits     MEEN 2650 Manufacturing Engineering & Technology  -  3 credits    
Distribution Areas - 3 credits     MATH 2210 Multivariate Calculus  -  3 credits    
       
► Progress Check: Apply for Graduation

Advising Notes

 This plan assumes students are prepared to begin their mathematical courses with MATH 1050.  MATH 1050 and MATH 1060 are not required courses for the Engineering APE degree but are typical placements for incoming students. Students with placement into higher level mathematics courses should start with MATH 1210, which is a required course for the Engineering APE degree. Well prepared students may substitute MATH 1080 for MATH 1050 / MATH 1060. MATH 2270 combined with MATH 2280 can substitute for MATH 2250. Students should check with their transfer institution before committing to one path over the other. Where possible students should be advised to take ENGR 1010 the semester prior to MATH 1210.  The only prerequisite for ENGR 1010 is MATH 1050 or MATH 1080.

*Utah State does not currently articulate ENGR 2450 into their Mechanical Engineering Program.  Students transferring to Utah State should take CSIS 1400 to prepare for Utah State’s upper division Numerical Methods course.