Dunwoody College of Technology

FANUC Robotics Handling Tool

Minneapolis Campus
Minneapolis, MN
Continuing Education · On Campus
FANUC Robotics Handling Tool
Dunwoody College of Technology is accredited by the Higher Learning Commission and registered with the Minnesota Office of Higher Education.
Workforce training course scheduled by Dunwoody; schedules vary throughout the year, so contact the Academic Dean for the current schedule.
This workforce training course is $2,000 per person.
This course takes 4 days to complete.
$0
Contact the school for financial aid details for this program.

FANUC Robotics Handling Tool is a Continuing Education program offered by Dunwoody College of Technology in Minneapolis, MN. The program takes 4 days to complete, with a total tuition of $2,000.

Program Overview

This four-day course is intended for technicians and engineers who must setup, record, and/or troubleshoot robotic programs using FANUC’s Handling Tool software. This course covers the robotic operations and tasks required to test, run, and refine production setups. Safety procedures are integrated into all training exercises. Class size is limited to allow for maximum hands-on time. This course culminates with the opportunity to take the FANUC Handling Tool Certification Exam.

Dunwoody College of Technology is well known for its hands-on, industry-focused training. Their workforce training courses are designed specifically to help businesses upskill their employees quickly and effectively.

  • Seasonal Scheduling: Courses are often scheduled during summer, winter, and spring breaks, making them more accessible for working professionals or students on academic calendars.
  • Short Duration: Most of these training courses last just 4 days, which minimizes time away from work while still delivering impactful learning.
  • Certifications: Participants typically earn industry-recognized certifications, making the training immediately valuable for both the employee and employer.

Admission Requirements and Process

If you’re interested in enrolling your employees in one of these offerings or want to discuss custom options, contact E.J. Daigle, Academic Dean, at edaigle@dunwoody.edu or 612.381.8172.

Application Process

  1. 1
    Contact the Academic Dean
    To enroll employees or discuss custom options, contact E.J. Daigle, Academic Dean, at edaigle@dunwoody.edu or 612.381.8172.
  2. 2
    Confirm the schedule
    Course schedules vary throughout the year; reach out to E.J. for the most up-to-date schedule.

Program Schedule

Courses typically run for four days and are $2,000 per person; this course runs 4 days. Course schedules vary throughout the year and are often scheduled during summer, winter and spring breaks.

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
≈ $2,000
FAFSA Code

Course fee. $2,000 per person.

Dunwoody does not state whether financial aid applies to workforce training courses; contact the school for details.

Curriculum

This four-day course covers the robotic operations and tasks required to test, run, and refine production setups using FANUC’s Handling Tool software:

  • Setting up robotic programs
  • Recording robotic programs
  • Troubleshooting robotic programs
  • Safety procedures, integrated into all training exercises

Class size is limited to allow for maximum hands-on time.

Career Outcomes

Who it is for. This four-day course is intended for technicians and engineers who must setup, record, and/or troubleshoot robotic programs using FANUC’s Handling Tool software.

Certification. This course culminates with the opportunity to take the FANUC Handling Tool Certification Exam.

These programs are ideal for companies looking to stay competitive by keeping their workforce current on the latest technologies and standards in fields like manufacturing, automation, construction, and more.

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.

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

Accreditations

Higher Learning Commission

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

hands holding robotic controls

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 FANUC Robotics Handling Tool at Minneapolis Campus.
FANUC Robotics Handling Tool