DEPARTMENT OF GEOGRAPHY & ENVIRONMENTAL ENGINEERING

ENVIRONMENTAL ENGINEERING MAJOR (EVE1) CLASS OF 2021 NAME: TERM 1 TERM 2 TERM 3 TERM 4 TERM 5 TERM 6 TERM 7 TERM 8

MA103 MA104 MA206 MA366 PL300 SS307 LW403 HI302

CH101 CH102 EV203 PY201 MC311 EV481 EV394 MX400

EN101 EN102 SS201 SS202 EV388a EV397 EV402 EV488

HI10X HI10X LX203 LX204 EV396 EV401 EV490 EV491

EV ENG EV ENG PL100 IT105 EV301 PH205 PH206 EE301 ELECTIVE ELECTIVE

EV ENG XS391 ELECTIVE

22 Core Course 16 EV Engineering Course 1 Science Depth 3 Complementary Support Course

INSTRUCTIONS FOR COMPLETING THE ENVIRONMENTAL ENGINEERING MAJOR (EVE1)

1. List below all validated courses and delete them from the matrix. 2. Fill in the appropriate two-semester fourth-class history and two-semester third-class foreign language sequences. 3. Verify the 22-course core curriculum requirements listed in the matrix. 4. Verify that LX203, LX204, SS201, and SS202 are completed before the end of Term 4. 5. Verify that CH102 has been selected as the Science Depth course in the core curriculum. 6. Schedule the 3 Complementary Support Courses: PH206, MA366, and EE301. 7. Schedule the following 11 required environmental engineering major courses: EV301, EV388a, EV394, EV396, EV397, EV401, EV402, EV481, EV488, XS391, and MC311 according to the template above. Exceptions to the specified sequencing can be approved by the Environmental Program Director only. 8. Schedule 3 Environmental Engineering field elective courses from the Environmental Engineering Field Elective List. The selected courses must yield a minimum of 8 credits of engineering topics (ET) as listed in the USMA Redbook. 9. Schedule the two Integrative Experience classes in a two-semester sequence: EV490 and EV491. 10. Check that the 8TAP contains 42 total academic courses. 11. For the Honors program, one of the 3 Environmental Engineering field elective courses must be EV489a. VALIDATIONS & NOTES:

Revised 3 April 2018 ENVIRONMENTAL ENGINEERING

CORE CURRICULUM AND ENGINEERING SEQUENCE: COMPLEMENTARY SUPPORT COURSES  Complete the 22-course core curriculum.  Complete the following three courses:  Complete CH102 as the Science Depth course. Course Course Title  Complete MA205 as the STEM Depth course. PH206 Physics II ENVIRONMENTAL ENGINEERING REQUIRED COURSES MA366 Applied Engineering Math  Complete the following eleven courses: EE301 Fundamentals of Electrical Engineering* *EE301 fulfills the IT/Cyber requirement for this major, and is a Course Course Title Complementary Support Course for the major. EV301 Environmental Science for Engineers and Scientists EV388a Physical Geology INTEGRATIVE EXPERIENCE EV394 Hydrogeology/Hydraulic Systems  Complete the following two courses: EV396 Environmental Biological Systems Course Course Title EV397 Air Pollution Engineering EV490 Environmental Engineering Design EV401 Physical and Chemical Treatment EV491 Advanced Environmental Engineering Design EV402 Biochemical Treatment EV481 Water Resources Planning and Design HONORS PROGRAM IN ENVIRONMENTAL ENGINEERING EV488 Solid & Hazardous Waste Treatment and Remediation  Cadets pursuing the honors program must complete Advanced Individual Studies I EV489A as one of their field electives, and attain an MC311 Thermal Fluid Systems I APSC of at least 3.0 in the USMA core curriculum and an APSC of at least XS391 Principles & Applications of Environmental Chemistry 3.5 in the major.

REQUIRED COURSES ENVIRONMENTAL ENGINEERING FIELD ELECTIVES  Choose three electives from the ENVIRONMENTAL Course Course Title ENGINEERING FIELD ELECTIVES list. The sum of the Engineering EV489a Advanced Individual Study I Topics (ET) credits for the three chosen field electives must total 8 or greater.

Course Course Title CE350 Infrastructure Engineering CE371 Soil Mechanics/Foundation Engineering CE380 Hydrology/Hydraulic Design CE450 Construction Management CH362 Mass and Energy Balances EE377 Electrical Power Engineering EM381 Engineering Economy EM411 Project Management EV377 Remote Sensing EV380 Surveying EV398 Geographic Information Systems EV489a Advanced Individual Study I EV489b Advanced Individual Study II MC300 Fundamentals of Engineering Mechanics and Design MC312 Thermal-Fluid Systems II MC364 Mechanics of Materials MC380 Engineering Materials Introduction to Thermal Systems with Army ME350 Applications ME370 Computer Aided Design ME472 Energy Conversion Systems SE375 Statistics for Engineers SE385 Decision Analysis XE422 Alternative Energy Engineering