Typical Four-year Outline: Chemical Engineering BS with Calculus Start

The typical four-year outline for Michigan Tech's chemical engineering bachelor's degree provides a semester-by-semester guide to core courses, labs, and requirements.

The uAchieve Interactive Degree Audit is the official method for tracking the completion of your specific degree requirements. Please be aware that there are multiple ways for students to progress through this major. This is just one sample and adjustments may be required due to curriculum changes. Students should work with their advisor to develop their individual plan. A full list of undergraduate course descriptions is available.

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First Year

Fall Semester
Course Prerequisites Credit
CH 1150 University Chemistry I CH 1151 (Corequisite) 3
CH 1151 University Chemistry I Lab CH 1150 (Corequisite) 1
CH 1153 University Chem I Recitation CH 1150 (Corequisite) 1
CM 1000 Intro to Chemical Engineering   1
ENG 1101 Engineering Analysis and Problem Solving MA 1031 (Concurrent) or higher 3
MA 1160 Calculus w/ Technology I   4
PH 1100 Physics by Inquiry I MA 1160 (Concurrent) or higher 1
UN 1015 Composition   3
Essential Education: Activities for Well-Being and Success   1
Total   18
Spring Semester
Course Prerequisites Credit
CH 1160 University Chemistry II CH 1150 and CH 1151 3
CH 1161 University Chemistry II Lab CH 1160 (Corequisite) 1
ENG 1102 Engineering Modeling and Design MA 1160 (Concurrent), ENG 1101 3
MA 2160 Calculus w/ Tech II MA 1160 4
PH 2100 University Physics I PH 1100 (Concurrent), MA 1160 3
Essential Education: Foundations of the Human World   3
Essential Education: Activities for Well-Being and Success   1
Total   18

Second Year

Fall Semester
Course Prerequisites Credit
CH 2410 Organic Chemistry I CH 1160 and CH 1161 3
CH 2411 Organic Chemistry I Lab CH 2410 (Concurrent) 1
CM 2110 Material and Energy Balances MA 1160, CH 1150 and CH 1151 3
MA 3160 Multivariable Calculus w/ Tech MA 2160 4
PH 1200 Physics by Inquiry II PH 1100 1
Essential Education: Communication Intensive   3
Essential Education: Activities for Well-Being and Success   1
Total   16
Spring Semester
Course Prerequisites Credit
CM 3230 Thermodynamics CM 2110, MA 2160, PH 2100 4
MA 2321 Linear Algebra MA 1160 2
MA 3521 Differential Equations MA 2160, MA 2321 (Corequisite) 2
PH 2200 University Physics II PH 1200 (Concurrent), PH 2100, MA 2160 3
Technical Elective   3
Essential Education: Arts and Culture   3
Total   17

Third Year

Fall Semester
Course Prerequisites Credit
CH 3510 Physical Chemistry I CH 1160 and CH 1161, MA 2160, PH 2200 (Concurrent) 3
CM 3110 Transport and UO I CM 2110, MA 3521, MA 3160, PH 2100 3
CM 3215 ChE Fundamentals Lab CM 3110 (Concurrent), UN 1015 3
CM 3240 Separations CM 3230, MA 2160 3
Technical Elective   3
Essential Education: Intercultural Competency   3
Total   18
Spring Semester
Course Prerequisites Credit
CM 3120 Transport and UO II CM 3110, CM 3230 3
CM 3310 Process Control CM 2110, MA 3521, PH 2200 4
CM 3510 Chemical Reaction Engineering CM 2110, CM 3110, CM 3230, MA 3521 3
CM 3980 Sustainable ChE CM 2110, MA 3521 1
Essential Education: Experience   3
Essential Education: SHAPE   3
Total   17

Fourth Year

Fall Semester
Course Prerequisites Credit
CM 4110 Unit and Plant Operations Lab I CM 3120, CM 3215, CM 3240, CM 3310, CM 3510, CM 4320 (Concurrent) 3
CM 4320 Process Safety CM 3120, CM 3230, CM 3510 2
CM 4855 Process Analysis and Design I CM 3120, CM 3215, CM 3240, CM 3510, CH 2410, CM 3980 (Concurrent) 3
Technical Elective   4
Technical Elective   3
Total   15
Spring Semester
Course Prerequisites Credit
CM 4120 Unit and Plant Operations Lab II CM 4110 3
CM 4860 Process Analysis and Design II CM 4855, CM 3980 2
CM 4861 Capstone Design Project CM 4860 (Concurrent), CM 3980 1
Technical Elective   3
Free Elective   3
Total   12

Grand Total = 131 Credits

Essential Education Requirements

*Activities for Well-being and Success: Mainly physical education courses with some additions. Three credits are required for graduation. These credits will be included as earned hours and may be used to determine full-time enrollment status.

Math

  • Math placement is based on ACT/SAT/AP math score or transfer credit.

Requisite Definitions

Prerequisite

  • A prerequisite or pre-req course must be successfully completed prior to taking the subsequent course.

Concurrent Prerequisites

  • A concurrent prerequisite or concurrent course may be taken at the same time, although it is not necessary if the prerequisite course is completed first.

Required Corequisite

  • Required corequisite or co-req courses must be taken together in the same semester.

Free Electives

  • Any Michigan Tech course(s) or approved transfer course(s) that are 1000-level or above and are not duplicated or equivalent courses.

Transfer, Advanced Placement, or Study Abroad Courses

  • Not included in credit hours used for GPA calculations.
  • Transfer credit is awarded for Michigan Tech equivalent course work only if a grade of ‘C’ or better (2.00/4.00) or
    equivalent is earned at a transfer institution.
  • Study abroad credit will be awarded based on passing a course according to equivalent international standards.
  • Advanced Placement credit is awarded according to published AP Exam score standards (also IB and CLEP).