Skip to main content

MSE Four Year Plan

Bachelor of Science in Materials Science and Engineering

2026-2027 Academic Catalog

The 4-year plan described on this page is one possible example of how our degree requirements can go together. The plan was designed to support flexibility, allowing students to choose the path that makes the most sense for their future plans. We strongly encourage you to meet with your MSE Advisor to select the elective options that best meet your goals. Content on this page is provided as a quick reference for planning. All official course descriptions and degree requirements are published on the Undergraduate Catalog site. Updated May 2026.

4-year plan

120 Total Credits

Year One

Fall Semester

Course NumberCourse TitleCredits
100-Level UFFoundation Intellectual Life3
MSE 101Intro to Materials Engineering3
MATH 170Calculus I (FM)4
CHEM111/111LGeneral Chemistry I AND Lab (FN)4
Semester Total4 courses14

Spring Semester

Course NumberCourse TitleCredits
MATH 175Calculus II4
PHYS 211, 211LPhysics I with Calculus and Lab (FN)5
ENGL 101Introduction to College Writing (FW)3
MSE 150 or CS 133:Computing Requirement3
Semester Total4 courses15

Year Two

Fall Semester

Course NumberCourse TitleCredits
MATH 275Multivariable and Vector Calculus4
MSE 201Fundamentals of Materials Science and Engineering3
MSE 280Intro to Materials Characterization Lab2
ENGL 102Intro to College Writing & Research (FW)3
ENGR 210Engineering Mechanics I3
Semester Total5 courses15

Spring Semester

Course NumberCourse TitleCredits
MATH 333Differential Equations4
FCFoundations in Oral Communication3
MSE 315Materials Processing3
*PHYS 212/212LPhysics II with Calculus and Lab5
Semester Total4 courses15

Year Three

Fall Semester

Course NumberCourse TitleCredits
MSE 308Thermodynamics of Materials3
MSE 311Electrical Properties of Materials3
MSE 380Materials Properties Laboratory3
200-Level UFCivic and Ethical Foundations3
SCIENCE ELECTIVE3-5
Semester Total5 courses15-17

Spring Semester

Course NumberCourse TitleCredits
MSE 318Phase Transformation and Kinetics3
MSE 312Mechanical Behavior of Materials3
*MSE 479Undergraduate Research3
*MATH 360Engineering Statistics3
FA, FH, or FS course3
Semester Total5 courses15

Year Four

Fall Semester

Course NumberCourse TitleCredit
MSE 480Senior Project I3
MSE 498Materials Science and Engineering Seminar1
ENGR 240Introduction to Circuits3
FA, FH, or FS course3
FA, FH, or FS course3
Free Elective3
Semester Total6 courses16

Spring Semester

Course NumberCourse TitleCredits
MSE 482*Senior Capstone Project II (FF)3
FA, FH, or FS course3
Upper Division Elective3
Upper Division Elective3
Free Elective 3
Semester Total5 courses15

Notes

  • Courses with an asterisk (*) indicate a recommended option for a selective elective course. Pre-approved options listed here:
  • Engineering Fundamentals Elective: ENGR210, ENGR 220, CE 330, ENGR 240, ECE 210, ME 302, ME 330
  • Statistics Elective: MATH 254, MATH 360, MATH 361
  • Science Elective: CHEM 112&L, PHYS 212&L, BIOL 191, BIOL 227, CHEM 307, CHEM 309, CHEM 431, PHYS 309&L
  • Project Based Engineering Elective: ENGR 380, MSE 479, MSE 493, Select VIP courses
  • Computing Elective: Pick from MSE 150, CS 133, CE 284, CS 111, CS 117, CS 121, ME 271
  • All students must complete at least 120 total credits, and 40 credits of upper division (300 and 400-level classes). The number of elective credits included in the major will vary depending on what other courses are taken.
  • FOUNDATIONS COURSES. In addition to named specific courses ENGL 101, ENGR 102, UF 100, UF 200, students need to take one FC (foundations in oral communication), one FA, one FH, and two FS courses.  FS courses must come from two different fields as stated in the University General Education Requirements
  • GRADE POLICY: A C- or higher is required for all prerequisite courses  & for all upper division courses in the student’s major.  University Foundations requirements, including  University Foundation(UF) and Foundations of the Discipline (FD) courses, require a grade of C- or higher in each course
  • Contact Cindy Hardy (cindyhardy@boisestate.edu) or Sophie Stokes (sophiestokes@boisestate.edu) with questions.