Engineering (Industrial)
ACADEMIC MAP (Effective Summer 2025 and after)
*Please Note: Face-to-face/in-person instruction of this program is available ONLY at the main campus in Tallahassee, FL. This program is NOT available via Online/Distance Learning.*
This map is a term-by-term sample course schedule. The milestones listed to the right of each term are designed to keep you on course to graduate in four years. The Sample Schedule serves as a general guideline to help you build a full schedule each term. The General Education and Elective courses must be selected to satisfy all area diversity requirements unless your program meets these requirements with major courses. Milestones are courses and special requirements necessary for timely progress to complete a major. Missing milestones will result in one of two types of map registration stops. The first level (Degree Map Off-track) is placed following grade posting if the student has missed a milestone (course and/or GPA) for the first time in the major. If a student is in non-compliance with milestones for two (2) consecutive semesters (excluding summers), a Major Change Required stop is placed on the student's registration.
All new, incoming engineering students are placed into pre-engineering major until they have satisfied the College of Engineering prerequisite course requirements listed below. After these requirements are satisfied, students may change their major from pre- engineering to Industrial Engineering.
An undergraduate Industrial Engineering degree requires 128 semester credit hours for graduation. A student who has decided to major in industrial engineering must earn a grade of "C minus" or better on the first attempt of the courses designated in our Pre- Engineering curriculum (Calculus I, Calculus II, General Physics I with calculus, Pre-Engineering Lab) at any institution attended. Only one repeated attempt out of all pre-engineering courses is permitted.
Industrial Engineering majors must earn a grade of "C" or better in all engineering courses which apply toward the degree.
EGN1004L is only offered at FSU; therefore, transfer students should take this course during the first semester enrolled at FSU.
Mapping Coordinator: Emily Burgess
Email: eburgess@eng.famu.fsu.edu
Sample Schedule and Required Milestones by Term
| Sample Schedule: Term 1 hrs |
| ENC 1101 Freshman Composition3 |
| CHM1045 General Chemistry I and CHM1045 Lab4 |
| MAC 2311 Calculus with Analytic Geometry I4 |
| * EGN1004L First Year Engineering Lab1 |
| GE Core Humanities/Cultural Practice3 |
| Required Milestones: Term 1 |
| Complete ENC1101 ( ≥ C minus ) |
| Complete MAC 1105 ( ≥ C minus ) |
| Overall GPA ≥ 2.00 |
| Sample Schedule: Term 2 hrs |
| ENC 2135 Research, Genre, and Context 3 |
| MAC 2312 Calculus with Analytic Geometry II4 |
| PHY 2048C General Physics A with Lab 5 |
| GE Core Social Science 3 |
| Required Milestones: Term 2 |
| Complete ENC2135 ( ≥ C minus ) |
| Complete MAC1140 ( ≥ C minus ) |
| Complete MAC1114 ( ≥ C minus ) |
| Complete EGN1004L ( ≥ C minus) |
| Overall GPA ≥ 2.00 |
| Summer hrs |
| GE Social Science or Humanities Elective3 |
| GE Humanities/Cultural Practice3 |
| GE History3 |
| Ethics course3 |
| Sample Schedule: Term 3 hrs |
| MAC 2313 Calculus with Analytic Geometry III5 |
| PHY 2049C General Physics B with Lab 5 |
| EGN 2123 Graphics for Engineers2 |
| COP 3014 Programming I3 |
| Required Milestones: Term 3 |
| Complete MAC2311 ( ≥ C minus) |
| Complete CHM1045 ( ≥ C minus) |
| Overall GPA ≥ 2.00 |
| Sample Schedule: Term 4 hrs |
| MAS 3105 Linear Algebra3 |
| ESI 3xxx Data Analytics for IE3 |
| EGN 3613 Principles of Engineering Economy2 |
| EGN 3443 Statistical topics for IE3 |
| ESI 4xxx Intro. to Data Engineering3 |
| Required Milestones: Term 4 |
| Complete PHY2048C ( ≥ C minus) |
| Complete MAC2312 ( ≥ C minus) |
| Complete COP3014 ( ≥ C ) |
| Overall GPA ≥ 2.00 |
| Sample Schedule: Term 5 hrs |
| ESI 3312C Operations Research I3 |
| MAP 2302 Differential Equations3 |
| ESI 4234 Quality Control3 |
| EIN 3010 Industrial and Manufacturing Tools3 |
| EIN 3390C Manufacturing Processes and Materials Engineering with Lab3 |
| Required Milestones: Term 5 |
| Complete PHY2049C ( ≥ C minus) |
| Complete MAC2313 ( ≥ C minus) |
| Overall GPA ≥ 2.00 |
| Civic Literacy requirement |
| Sample Schedule: Term 6 hrs |
| ESI 4313C Operations Research II3 |
| ESI 4523 Simulation3 |
| EIN 4394C Manufacturing Process II & Materials Engineering with Lab3 |
| EGM 3512 Engineering Mechanics4 |
| EML 3100 Thermodynamics3 |
| Required Milestones: Term 6 |
| Complete EGN3443 ( ≥ C ) |
| Overall GPA ≥ 2.00 |
| Sample Schedule: Term 7 hrs |
| IME Elective3 |
| EIN 4243 Human Factors, Work Measurement, and Methods Engineering3 |
| EIN 4621 Manufacturing Systems Engineering3 |
| ESI 3628 Computing Topics in IE3 |
| EIN 4890 Industrial Engineering Senior Design Project I3 |
| Required Milestones: Term 7 |
| Complete a Pre-Graduation Check |
| Overall GPA ≥ 2.00 |
| Sample Schedule: Term 8 hrs |
| EIN 4892 Industrial Engineering Senior Design Project II3 |
| EIN 3104 Engineering Management3 |
| EIN 4333 Integrated Production Systems3 |
| IME Elective3 |
| IME Elective3 |
| Required Milestones: Term 8 |
| Apply for graduation in first two weeks |
| Overall GPA ≥ 2.00 |
Employment Information
Salary Information: National Association of Colleges and Employers (www.naceweb.org) or the Occupational Outlook Handbook (www.bls.gov/ooh/home.htm) provided by the U.S. Bureau of Labor Statistics.
Representative Job Titles Related to this Major (Bachelor of Science):
Entry Career Level: Industrial Engineer, Manufacturing Engineer, Production Engineer, Systems Engineer, Process Engineer, Operations Engineer, Supply Chain Engineer, Quality Engineer, Workflow Specialist
Mid-Career Level: Operations Manager, Plant Manager, Chief Operating Officer, Chief Quality Officer
Representative Employers: Government, Private Business, Industry, Education. The following illustrates some of the jobs Industrial Engineers perform: Design and installation of a semiconductor manufacturing systems; Creation of more productive work flow within major hospital; Design of instrument display and interior space for commercial aircraft; Scheduling and routing of public transportation system; Determination of airline routes; Design of waiting lines at Disneyland/Disney world; Facilities layout at auto assembly plant; Improvement of product quality; Computer applications in manufacturing.
