Dunwoody College of Technology

Industrial Engineering Technology

Minneapolis Campus
Minneapolis, MN
Bachelor Degree · On Campus
Industrial Engineering Technology
Dunwoody College of Technology is accredited by the Higher Learning Commission; the program is accredited by ABET (ETAC).
On campus in Minneapolis; classes offered: Evening.
Tuition for the 2-year completion degree is $63,189 for 2026-27; with fees and books/supplies the estimated total is $67,495.
This program takes about 2 years (4 semesters) to complete.
Dunwoody’s general admission application carries a $50 application fee.
Federal and Minnesota financial aid, scholarships and VA benefits are available to those who qualify; Dunwoody’s FAFSA school code is 004641.

Industrial Engineering Technology is a Bachelor Degree program offered by Dunwoody College of Technology in Minneapolis, MN. The program takes 2 years to complete, with a total tuition of $63,189.

Program Overview

Graduates from engineering drafting, machining, electronics, and robotics programs are eligible to transfer into Dunwoody’s bachelor’s completion degree in Industrial Engineering Technology. Take courses in the evening and gain the degree and skills needed to move from technician positions into engineering and management roles at your company.

The program focuses on manufacturing engineering courses, including the processes and systems that lead to more efficient, better quality manufacturing. Learn how to analyze situations and put together solutions at all stages of the industrial engineering process—from supply chain to quality control.

Arts & Sciences courses as well as hands-on collaborative projects will enhance your communication, mathematics, and critical thinking skills, making you a valuable asset in the job market.

In your final semester, you will complete a senior capstone project, giving you the chance to demonstrate real-world industrial engineering experience to active professionals and industry leaders.

While most graduates use their bachelor’s degree to enhance or improve their current work situations, some go on to pursue master’s degrees in such fields as engineering management, manufacturing engineering, business administration, and technology management. Recent examples include graduates accepted into programs at Arizona State University, University of Wisconsin-Stout, and the University of St. Thomas.

What sets this Program apart

Facilities used in this program include:

Gene Haas Manufacturing Innovation Lab. Learn to program CNC milling and turning operations and develop the tooling used in modern manufacturing processes like injection molding and metal stamping.

  • 10 Haas CNC Mini Mills
  • 2 Haas VF2 Mills
  • Haas ST-10 Lathe
  • Sodick Wire EDM
  • Charmilles Sinker EDM
  • Cincinatti Injection Mold Press

Engineering, Materials, Mechanics & Metrology Lab. Open to all manufacturing and engineering students (and those with training on the equipment), this lab brings together equipment for additive manufacturing, material testing, measurement, and CNC simulation.

  • Two Stratasys Fortus 250 3D Printers
  • One Stratasys F370 3D Printer
  • One Fortus 400 3D Printer
  • Two MakerBot 3D Printers
  • Two Zeiss Duramax Coordinate Measurement Machines
  • Two MTS Criterion Tensile/Shear/Compression Testers
  • 7 Haas CNC Controller Simulators
  • One Zeiss Stemi 305 Microscope

Programmable Controls Lab. Learn to debug and program programmable logic controllers for use in a variety of control systems.

  • 11 Allen Bradley MicroLogix PLCs
  • 11 Allen Bradley CompactLogix PLCs
  • 11 Siemens S7-1200 PLCs
  • 11 ABB VFDs
  • 11 Maple Systems HMIs

Weld Shop. Practice various weld processes, including oxyacetylene welding and cutting, stick welding, wire feed welding, and tungsten inert gas welding.

  • 36 welding booths
  • 18 Lincoln C300 MIG/Stick Welders
  • 18 Miller Dynasty 280DX TIG/STICK Welders
  • Plasma Cutter
  • Bettenbender Metal Shear
  • Pirahna Ironworker
  • Jet Horizontal Saw
  • Do-All Horizontal Saw

Controls Engineering Lab. Assemble and program the industrial controls used in discrete manufacturing and advanced process control applications.

  • 24 Allen Bradley L18ERM CompactLogix PLCs
  • 24 Allen Bradley PanelView HMIs
  • 24 Kinetix Motion Controllers
  • 24 Powerflex VFDs
  • 24 Cognex Machine Vision Systems
  • Emerson Process Controls & Instrumentation

Industrial Robotics Lab. Learn to wire and program industrial robots.

  • 9 FANUC LR Mate Industrial Robots
  • 10 Epson T3 SCARA Robots
  • 8 UR3E Collaborative Robots
  • 1 FANUC M1-iA Delta Robot

Admission Requirements and Process

Students applying for admission to Dunwoody College of Technology must provide a final, official high school transcript (with graduation date) or a GED score from a recognized GED testing center. Admission decisions are based on a careful, overall assessment of each student’s academic preparation and performance, as well as the additional information provided in the application. Additional requirements may be required for certain programs.

Program requirements. Graduates from engineering drafting, machining, electronics and robotics programs are eligible to transfer into this bachelor’s completion degree.

General Requirements

  • Related two-year degree
    Graduates from engineering drafting, machining, electronics and robotics programs are eligible to transfer into this bachelor’s completion degree.
  • High school diploma or GED
    Provide a final, official high school transcript (with graduation date) or a GED score from a recognized GED testing center.
  • College transcripts
    If you have completed college credits and intend to apply for federal financial aid, or want the credits considered for transfer, an official transcript from that institution is…
  • Admission review
    Admission decisions weigh coursework through high school graduation, any previous college-level coursework, grade point average and the application essay.
  • Test scores optional
    ACT, SAT or PSAT scores are considered if available but are not required.
  • Immunization
    Minnesota law (M.S. 135A.14) requires students born after 1956 to be immunized against diphtheria, tetanus, measles, mumps and rubella; accepted students fill out an immunization…
  • Orientation
    Orientation is an enrollment requirement for all new students; admitted students are mailed information on Orientation sessions.

Application Process

  1. 1
    Fill out an application for admission
    Register for Dunwoody’s Admissions portal and start your application; you can save your progress and come back to it.
  2. 2
    Provide official transcripts
    Request official transcripts from all educational institutions attended (including high school), sent directly to the Dunwoody Admissions Office, or have your GED scores sent.
  3. 3
    Personal interview
    A personal interview with an Admissions Counselor is recommended to ensure Dunwoody is the right fit for your educational and career goals.
  4. 4
    Admissions decision
    Your completed file goes to the admissions committee, which meets once a week; students are notified of decisions within four business days.
  5. 5
    Apply for financial aid
    Complete the FAFSA (Dunwoody school code 004641); a completed FAFSA is also required to be considered for Dunwoody scholarships.
    FAFSA Code for Minneapolis Campus: 004641
    Complete FAFSA Application
  6. 6
    Attend orientation
    Admitted students are mailed information on Orientation, an enrollment requirement for all new students, where they receive their class schedule and student ID.

Program Schedule

Length of program. 2 years (4 semesters).

Classes offered. Evening.

Available starts. Fall Semester; Spring Semester.

Upcoming start dates. January 25, 2027, August 30, 2027, January 24, 2028 (per the 2026-2027 academic calendar).

New cohorts start regularly throughout the year. Our start dates are as follows:
  • January 25th, 2027
  • August 30th, 2027
  • January 24th, 2028

Cost of Attendance and Financial Aid Information

Cost and Financial Aid Information is an estimate for general reference only. It is not an offer or guarantee of financial aid or of any price, and what a School charges you may differ.
Total Program Tuition
≈ $63,189
Total Program Cost
≈ $67,495
FAFSA Code

Program cost (2026-27). Total program tuition is $63,189 (Year 3: $29,969; Year 4: $33,220). Required fees (device) total $1,556 and books, supplies, materials and course/program fees total $2,750, for an estimated total program cost of $67,495.

Cost of attendance. For the 2025-26 academic year Dunwoody lists average annual costs (which vary by program) of $27,704 tuition, $744 books and supplies and $710 fees, plus living expenses of $3,898 food, $11,766 on-campus or $12,106 off-campus housing, $2,000 transportation and $2,200 miscellaneous.

Financial aid. Most Dunwoody students receive some form of financial aid, including federal and state grants, federal loans and work study. Start by completing the Free Application for Federal Student Aid (FAFSA); Dunwoody’s federal school code is 004641. A completed FAFSA is also required to be considered for Dunwoody scholarships, and each year Dunwoody gives out nearly $4 million in scholarship funding.

Minnesota programs. Dunwoody participates in the Minnesota State Grant, Dream Act, Postsecondary Child Care Grant, GI Bill Scholarship, Indian Scholarship, Fostering Independence Grant, State Work-Study and SELF Loan programs.

Veterans. The Department of Veterans Affairs recognizes Dunwoody as a Benefits Eligible College, and Dunwoody is a Yellow Ribbon School. Dunwoody waives the application fee and enrollment fees for veterans and military students.

Payment plans. Dunwoody offers a payment plan option for students to divide the balance owed each semester into smaller payments; students must enroll in the payment plan each semester.

Curriculum

The Industrial Engineering Technology (IENG), Bachelor of Science requires 120 credits (including 40 transfer credits). By the end of this program, students will be able to:

  • ETAC 1: An ability to apply knowledge, techniques, skills and modern tools of mathematics, science, engineering, and technology to solve broadly-defined engineering problems appropriate to the discipline.
  • ETAC 2: An ability to design systems, components, or processes meeting specified needs for broadly-defined engineering problems appropriate to the discipline.
  • ETAC 3: An ability to apply written, oral, and graphical communication in broadly-defined technical and non-technical environments; and an ability to identify and use appropriate technical literature.
  • ETAC 4: An ability to conduct standard tests, measurements, and experiments and to analyze and interpret the results to improve processes.
  • ETAC 5: An ability to function effectively as a member, as well as a leader, on technical teams.

Class topics include:

  • Advanced mathematics
  • Statistics
  • Manufacturing engineering
  • Engineering economics
  • Quality
  • Lean manufacturing
  • Six Sigma
  • Industrial automation
  • Operations management
  • Simulation modeling using Simio software

Required Courses

Subject #NameCredits
Transfer Credits40
COMM4100Technical Writing Capstone3
HUMN2900Ethics of Artificial Intelligence3
MATH1700Pre Calculus3
MATH1810Calculus I3
MATH1820Calculus II3
MATH2250Statistics3
PHYS1800Physics I with Lab4
Social Sciences Elective3
General Education Electives15
AENT4130Machine Safety & Risk Assessment2
ENGR1110Introduction to Engineering3
ENGR1210Introduction to Programming3
ENGR3110Project Management3
ENGR3120Engineering Economics2
IENG3115Statistical Quality Control2
IENG3150Manufacturing Processes I with Lab3
IENG3160Quality & Lean Systems3
IENG4111Ergonomics & Work Measurement3
IENG4116Supply Chain Management3
IENG4126Production Planning3
IENG4295Senior Capstone4
Upper Division IENG Electives6

Career Outcomes

Common job titles. Possible job titles upon graduation include:

  • Manufacturing Engineer
  • Industrial Engineer
  • Quality Engineer

Recent employers of graduates. Companies that hire our graduates include:

  • Andersen Windows
  • Boston Scientific
  • Graco
  • MTS Systems Corporation
  • Pentair

2024-25 graduate outcomes. Of 12 Industrial Engineering Technology graduates in 2024-25, the in-field employment rate was 100% and the career outcomes rate was 100% (Dunwoody Career Services Annual Report 2024-2025; employment recorded up to six months after graduation).

Average salary. $83K (Robotics & Manufacturing, B.S.; 2023-24 Dunwoody Career Services Annual Report, as shown on the program page).

What to expect as a Dunwoody College of Technology student

Student organizations. Opportunities to get involved outside of the classroom include:

  • Institute of Industrial and Systems Engineers (IISE)– Dunwoody Student Chapter
  • Robotic Snow Plow Team
  • SkillsUSA

Campus Address

Minneapolis Campus
818 Dunwoody Boulevard
Minneapolis, MN 55403

Why Accreditation Is Important

Dunwoody College of Technology is accredited by the Higher Learning Commission (HLC) and registered with the Minnesota Office of Higher Education. Accredited by the Engineering Technology Accreditation Commission of ABET under the General Criteria and the Industrial Engineering Technology Program Criteria.

  • A reliable indicator of quality
  • Approved program of study
  • Qualified instructors
  • Recognition by employers nationwide

Accreditations

Higher Learning Commission | ABET (ETAC)

Student Demographics

These are demographics for all students at the Minneapolis Campus (IPEDS, 2024).

Gender Distribution
Women21.3%(328)
Men78.7%(1,209)
Race/Ethnicity Distribution
Primary Ethnic Group
White
59.7% · 918 students
White59.7% · 918
International Students14.4% · 222
Hispanic/Latino7.4% · 114
Black/African American7% · 107
Asian5.3% · 82
Two or More Races4.7% · 72
American Indian/Alaska Native0.7% · 10
Native Hawaiian/Pacific Islander0.2% · 3

Percentages are of total fall enrollment. 9 students whose race or ethnicity was not reported are included in that total but shown as no category, so the figures above come to 99.4% rather than 100%.

Images

Industrial Engineering Technology students work on a project in a manufacturing engineering course

Videos

Frequently Asked Questions

Can I tour campus?
Yes! Your best bet to attend one of our monthly, in-person Open Houses at our Minneapolis campus. To register, visit: dunwoody.edu/openhouse.
If I can’t attend an Open House, what are my other options?
We would love to schedule a one-on-one personal tour or connect with you remotely! We can set up a tour or a virtual meeting with video conferencing. We can also chat with you over the phone, or just communicate through email and text. Contact admissions@dunwoody.edu to start connecting.
How can I see more about what Dunwoody is like?
Connecting with us on social media, reading our news blog, and checking out our YouTube and Vimeo channels are great ways to get a feel for the Dunwoody student experience. You can also take our virtual tour.
Ready to get started?
Request information about Industrial Engineering Technology at Minneapolis Campus.
Industrial Engineering Technology