Associate of Science

Mathematics - Engineering Pathway

Program

Go to mccnh.edu/programs for even more details about this and other MCC programs and certificates.

Overview

The Mathematics Associate of Science degree is structured to offer three distinct degree pathways, each tailored to different career objectives and areas of interest. The degree pathways allow students to align their studies with specific career goals in fields like engineering, research, mathematics education, data analysis, and more. The curriculum for the three Mathematics degree pathways ranges from 60-62 credits with core requirements common to all three degrees.

This program serves as a robust foundation in the fields of mechanical, electrical and civil engineering. This pathway integrates mathematical concepts directly applicable to engineering disciplines. It sets the groundwork for further studies or careers in these various branches of engineering. 

The curriculum shown on this page is for the Mathematics - Engineering Pathway

Program Goal

The Engineering Pathway of the Mathematics degree program prepares students to pursue a 4-year degree in engineering, offering a curriculum that encompasses both general mathematics concentration and specialized mathematics courses. These courses are carefully selected to align with the typical mathematics requirement found in the first two years of a bachelor’s degree in engineering.

The program also prepares students to pursue a bachelor’s degree in mathematics education, engineering and related disciplines. Courses are also relevant for those interested in pursuing a career in business, finance, strategic planning or quality improvement.

Program Outcomes

Students who graduate from this program will be able to:

  • Demonstrate applicable problem solving ability in completing mathematical practices.
  • Apply mathematical principles to other disciplines including physical and life sciences, technologies, social sciences and business.
  • Communicate in the language of mathematics effectively using appropriate mathematical terminology, both verbally and written.
  • Use logical reasoning in understanding mathematical proofs.

Degree Program - First Year

Fall Semester 

Course Code
Title
Theory
Lab
Credits
Open Elective (3 credits)  +
3
0
3
Sub-Total Credits
15
3
16

Spring Semester 

 

Course Code
Title
Theory
Lab
Credits
Foreign Language/Humanities/Fine Arts Elective  +
3
0
3
Sub-Total Credits
13
3
14

Degree Program - Second Year

Fall Semester 

 

Course Code
Title
Theory
Lab
Credits
Social Science Elective (3 credits)  +
3
0
3
Sub-Total Credits
13
2
14

Spring Semester 

Course Code
Title
Theory
Lab
Credits
Math Elective  +
3
0
3
Lab Science Elective  +
3
3
4
Sub-Total Credits
13
6
16

*Liberal Arts and Sciences Elective: Any course with ANTH, ARTS, ASL, BIOL, CHEM, ECON, ENGL, ENVS, ESCI, FREN, GEOG, GEOL, HIST, HUMA, MATH, PHIL, PHYS, POLS, PSYC, SOCI or SPAN in the course number.

Total Credits
60