About Pre-Engineering
Pre-Engineering is a strong starting point for students planning to pursue a career in engineering.
At CMCC, you’ll build a foundation in calculus, physics, and chemistry while developing the problem-solving and analytical skills expected in engineering programs. The coursework is designed to challenge you and prepare you for the next level.
This program is built for transfer, with pathways that support a range of engineering fields. Graduates continue their education in areas such as mechanical, electrical, biomedical, and other engineering disciplines.
Advanced Math and Engineering Coursework
Central Maine Community College offers advanced, college-level coursework in mathematics, science, and introductory engineering that provides strong preparation for continued study in engineering fields.
Biomedical
- BIO 115/116 Anatomy & Physiology I (lecture & lab)
- BIO 117/118 Anatomy & Physiology II (lecture & lab)
- CHY 123/124 General Chemistry II (lecture & lab)
- CHY 221/222 Organic Chemistry I (lecture & lab)
- MAT 236 Statistics for STEM
- MAT 291 Linear Algebra
- MAT 293 Differential Equations
Chemical
- CHY 123/124 General Chemistry II (lecture & lab)
- CHY 221/222 Organic Chemistry I (lecture & lab)
- CHY 251/252 Organic Chemistry II (lecture & lab)
- MAT 236 Statistics for STEM (and/or MAT 135 Statistics)
- MAT 291 Linear Algebra
- MAT 293 Differential Equations
Computer
- CPT 127 Intro to Python Programming
- CPT 250 Programming in C
- CPT 254 Data Structures & Algorithms
- ELT 153 Digital Logic
- ELT 201 Communications Electronics
- MAT 135 Statistics
- MAT 225 Discrete Mathematics
- MAT 291 Linear Algebra
- MAT 293 Differential Equations
Electrical
- CAD 210 Intro to 2D CAD
- CPT 127 Intro to Python Programming
- CPT 250 Programming in C
- ELT 101 Electricity I
- ELT 115 Electricity II
- ELT 153 Digital Logic
- ELT 201 Communications Electronics
- MAT 135 Statistics
- MAT 225 Discrete Mathematics
- MAT 291 Linear Algebra
- MAT 293 Differential Equations
Electrical Technology
- BUS 118 Introduction to Management
- CAD 210 Intro to 2D CAD
- CPT 127 Intro to Python Programming
- CPT 250 Programming in C
- ELT 101 Electricity I
- ELT 115 Electricity II
- ELT 153 Digital Logic
- ELT 201 Communications Electronics
- MAT 150 Pre-Calculus
- MAT 225 Discrete Mathematics
- MAT 236 Statistics for STEM
Mechanical
- CPT 127 Intro to Python Programming
- CPT 250 Programming in C
- MAT 135 Statistics
- MAT 236 Statistics for STEM
- MAT 291 Linear Algebra
- MAT 293 Differential Equations
- PMT 270 Introduction to Solid Modeling
Mechanical Technology
- BUS 118 Introduction to Management
- CPT 127 Intro to Python Programming
- CPT 130 Intro to Visual Basic
- ELT 101 Electricity I
- ELT 115 Electricity II
- MAT 135 Statistics
- MAT 150 Pre-Calculus
- MAT 236 Statistics for STEM
- MAT 291 Linear Algebra
- PMT 111 Introduction to Lathes
- PMT 121 Introduction to Threading Processes
- PMT 270 Introduction to Solid Modeling
Where Graduates Transfer
Graduates of the Pre-Engineering program transfer to four-year institutions to pursue degrees in various engineering fields, often continuing on to graduate programs.
Frequently Asked Questions
What is the purpose of the Pre-Engineering program?
This program is designed as a transfer pathway into four-year engineering programs. Students build a strong foundation in mathematics, science, and core engineering concepts that align with the first two years of a bachelor’s degree. Graduates continue their education in a variety of engineering disciplines, depending on their interests and transfer goals.
What will I study in this program?
Students complete coursework in calculus, physics, and chemistry, as well as introductory engineering concepts that support a range of engineering pathways. The curriculum is designed to mirror the expectations of four-year programs and prepare students to transition into disciplines such as mechanical, electrical, biomedical, chemical, and computer engineering.
How challenging is the Pre-Engineering program?
This program is academically rigorous and requires a strong commitment to math and science. Coursework is designed to match the pace and expectations of engineering programs at four-year institutions, with an emphasis on problem-solving, analytical thinking, and applying concepts to real-world engineering challenges.
What engineering fields can this program lead to?
This program is designed primarily as a transfer pathway into four-year and advanced degree programs. Many careers in science and healthcare require education beyond a bachelor’s degree, and graduates typically continue their studies in fields such as neuroscience, biochemistry, biology, marine science, oceanography, medical sciences, and pre-health pathways, including pre-physician assistant. Students may also gain exposure to entry-level laboratory or healthcare roles while continuing their education.
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