B.S. Ecological Engineering Degree Typical Four-year Outline

The 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
MA 1160 Calculus with Technology 1   4
ENG 1101 Engineering Analysis and Problem Solving MA 1160 (Concurrent) 3
PH 1100 Physics 1 Lab MA 1160 (Concurrent) 1
BL 1400 Principles of Biology   3
CEE 1500 Intro to Ecological Eng.   1
UN 1015 Composition   3
Total   15
Spring Semester
Course Prerequisites Credit
MA 2160 Calculus with Technology 2 MA 1160 4
ENG 1102 Engineering Modeling and Design MA 1160 (Concurrent), ENG 1101 3
PH 2100 University Physics 1 MA 1160, PH 1100 (Concurrent) 3
CH 1150 University Chemistry 1 CH 1151 (Corequisite) 3
CH 1151 University Chemistry Lab 1 CH 1150/51, CH 1160 (Corequisite) 1
Essential Education – Foundations in the Human World   3
Total   17

Second Year

Fall Semester
Course Prerequisites Credit
MA 3160 Multivariable Calculus MA 2160 4
CEE 3500 Ecological Eng Fundamentals CH 1150/51 3
CH 1160 University Chemistry 1 CH 1150/51, CH 1161 (Corequisite) 3
CH 1161 University Chemistry Lab 1 CH 1160 (Corequisite) 1
Essential Education – Communication Intensive   3
Essential Education – Activities for Well-Being and Success   1
Total   15
Spring Semester
Course Prerequisites Credit
MA 2320 Linear Algebra MA 1160 2
CEE 3502 Env. Monitoring and Measurement Analysis CH 1150/51, MA 2160 3
CEE 3200 Thermo/Fluids MA 2160, PH 2100, CH 1150/51, ENG 1101 4
ENG 2120 Statics/Strength of Materials MA 2160, PH 2100, ENG 1101 4
Essential Education – Arts and Culture   3
Total   16

Third Year

Fall Semester
Course Prerequisites Credit
MA 3520 Differential Equations MA 2160, MA 2320 2
FW 4114 Restoration Ecology OR BL 4447 Stream Ecology (Fall) BL 1400 and BL 1410 3
CEE 3331 Professional Practice Junior Standing 2
FW 3020 Forest Ecology and FW 2051 Field Techniques OR BL 3490 Principles of Ecology BL 1400, BL 1410 4-5
Essential Education – Intercultural Competency (3000+)   3
Essential Education – Activities for Well-Being and Success   1
Total   15-16
Spring Semester
Course Prerequisites Credit
FW 3540 Introduction to GIS CEE 3502 (Concurrent) 4
CEE 3620 Water Resource Engineering MA 3710 or CEE 3710 (Concurrent), CEE 3200 4
CEE 4500 Ecological Eng Design CEE 3501 or CEE 3500 3
GE 2000 Understanding the Earth   3
Essential Education Experience (3000+)   3
Total   17

Fourth Year

Fall Semester
Course Prerequisites Credit
FW 3330 Soil Science CH 1150/51 4
FW 4220 Wetlands (Fall) OR FW 4370 Landscape Ecology (Spring) BL 1400, CEE 3502 (JR/SR STDN) 3-4
CEE 4505 Surface Water Quality CEE 3501 or CEE 3500 3
CEE 4620 River and Floodplain Hyd. CEE 3620 3
Essential Education – Activities for Well-Being and Success   1
Total   14-15
Spring Semester
Course Prerequisites Credit
CEE 4905 Senior Design See Back for Pre-Reqs 3
CEE 4506 Sustainable Engrg CEE 3501 or CEE 3500 3
CEE 4665 Stream Restoration CEE 3620 3
Engineering Elective Varies by Course 3
EC 3400 Economic Decision Analysis – Essential Education SHAPE JR STDN, UN 1015 3
Total   15

Grand Total = 124 Credits

Essential Education Requirements

  • 24 total credits.
  • Required courses are
    • UN 1015 Composition (3 credits),
    • a Foundations in the Human World course (3 credits),
    • a Communication Intensive course (3 credits),
    • an Arts and Culture course (3 credits),
    • an Intercultural Competency (3000+) course (3 credits),
    • a SHAPE course (3 credits),
    • an Essential Education Experience (3000+) course (3 credits),
    • and 3 credits of Activities for Well-being and Success.

Activities for Well-being and Success

Engineering Electives

  • 3 total credits. Selected one course from the list below:
  • CEE 4502 – Wastewater Treatment Principles
  • CEE 4503 – Drinking Water Treatment Principles
  • CEE 4507 – Water Dist. & Wastewater Collection
  • CEE 4640 – Stormwater Management and LID
  • CEE 4650 – Hydraulic Structures
  • CEE 4993 – Engineering w/ Dev. Communities50
  • CM 2110 – Material and Energy Balances
  • GE 3850 – Geohydrology

Senior Design (CEE4905) Prerequisites

  • Complete the following courses: 
  • CEE 3620 – Water Resources
  • CEE 4500 – Ecological Engineering Design
  • CEE 4505 – Surface Water Quality Engineering
  • CEE 4620 – River and Floodplain Hydraulics (can be taken concurrently with CEE4905)
  • FW 3330 – Soil Science
  • FW 4220 – Wetlands

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.

Math

  • Students are placed into an initial math course based on ACT/SAT math score, the online ALEKS assessment,
    or a math placement exam score for credit (AP, IB, CLEP).
  • MA 1160 (4 credits) or MA 1161 (5 credits) satisfy the Calculus 1 requirement.
  • MA 2320 and MA 3520 are offered as full semester courses for students taking these courses in separate semesters.
  • The math department also teaches MA 2321 as an accelerated course (equivalent to MA 2320) in the first half of a given semester and MA 3521 as an accelerated course (equivalent to MA 3520) in the second half of the same semester (registration must be for the same section number of both MA 2321 and MA 3521 in that semester).
  • MA 2320, MA 2321, and MA 2330 are all equivalent and are approved prerequisites for MA 3520 or MA 3521.
  • MA 3530 and 3560 are also equivalent to MA 3520/3521.
  • MA 2710, 2720, and 3715 can use it toward their CEE3502 (Environmental Monitoring and Measurement Analysis) requirement.

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).

Revised spring 2026 for 2026-2027 academic year.