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2026-2027 Undergraduate Bulletin (DRAFT)
Engineering Technology, B.S.
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Engineering Technology, B.S. 4-year sequences:
This program has an accelerated (UG+GR) option, allowing eligible students to begin their master’s degree while completing their bachelor’s degree. For more information and how to apply, see our Accelerated Programs (UG+GR) information page.
Introduction
UW-Stout’s Engineering Technology degree provides a broad background in industrial practices combined with an in-depth study in an engineering-related concentration. The program is designed to prepare graduates for industrial positions related to the engineering concentration area, with an appropriately broad background for later advancement into management positions. Typical entry-level positions include Design Engineer, Project Engineer, Plant Engineer, Process Engineer, Designer, Industrial Engineer, Production Scheduler and Applications Engineer. Students in the program develop knowledge and competencies in the concentration engineering area, materials and manufacturing methods, management/overview of the industrial organization, effective oral and written communication, and the application of physical science and mathematics principles to understand and solve technological and economic problems found in industry.
To complete the program successfully, students are required to achieve a 2.5 GPA in program coursework, at the time of graduation.
General Requirements
Bachelor of Science Degree
| Total for Graduation |
120 credits |
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| Stout Core General Education Requirements: |
33-36 credits |
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| Major Requirements: |
48 credits |
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| Concentrations: |
32 credits |
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| Free Electives: |
to reach 120 credits |
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Stout Core General Education Requirements (CGER) (33-36 credits)
Math & Quantitative Reasoning (3-5 credits)
Communications & Literacy (9 credits)
Social and Behavioral Sciences (6 credits)
Humanities & Arts (6 credits)
Natural Science & Wellness (6-7 credits)
Take at least one natural science with a lab. Civics & Perspectives (3 credits)
Program Designated Courses
Some of the following required courses may fulfill Stout Core General Education Requirements (CGER) and program requirements. Program Core (48 credits)
To complete the program successfully, students must achieve a 2.5 GPA in program core and concentration coursework, at the time of graduation. Choose a Concentration Area:
Industrial Automation Concentration (32 credits)
Concentration Electives (5 credits)
Courses may be selected from MATH-154, MATH-158, MATH-250, CS-125, CS-145, CS-244, CS-248, and any 300 or 400 level course with the following prefixes: BUACT, BUMGT, BUMKG, CS, ENGR, ET, ETECH, INMGT, MFGE, RC, PLE, PKG, ME Mechanical Design Concentration (32 credits)
Concentration Electives (4 credits)
Courses may be selected from MATH-154, MATH-158, MATH-250, CS-125, CS-144, CS-145, CS-244, CS-248, and any 300 or 400 level course with the following prefixes: BUACT, BUMGT, BUMKG, CS, ENGR, ET, ETECH, INMGT, MFGE, RC, PLE, PKG, ME Production Operations Concentration (32 credits)
Concentration Electives (5 credits)
Courses may be selected from MATH-154, MATH-158, MATH-250, CS-125, CS-144, CS-145, CS-244, CS-248, and any 300 or 400 level course with the following prefixes: BUACT, BUMGT, BUMKG, CS, ENGR, ET, ETECH, INMGT, MFGE, RC, PLE, PKG, ME Plastics Concentration (32 credits)
Concentration Electives (5 credits)
Courses may be selected from MATH-154, MATH-158, MATH-250, CS-125, CS-144, CS-145, CS-244, CS-248, and any 300 or 400 level course with the following prefixes: BUACT, BUMGT, BUMKG, CS, ENGR, ET, ETECH, INMGT, MFGE, RC, PLE, PKG, ME Free Electives to Reach 120 Credits
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