Industrial robotics workforce development

Turnkey industrial robotics training systems for job-ready technicians.

ROOTS Education helps community colleges, technical colleges, CTE programs, workforce boards, and advanced manufacturing employers build hands-on industrial robotics programs. The RISE Series combines industry-grade equipment, applied curriculum, instructor development, and ongoing support so learners do more than program a robot: they configure, assemble, integrate, calibrate, operate, troubleshoot, and maintain complete robotic work cells.

Programs can begin with foundational robot operation and expand into advanced integration, controls, troubleshooting, and Industry 4.0 systems work. ROOTS designs each implementation around the institution’s facilities, instructors, employer partners, credential priorities, and local workforce needs.

Schedule a robotics program consultation

RISE Series robotics education for modern manufacturing

The RISE Series provides a stackable learning progression for students preparing for careers in robotics, automation, mechatronics, industrial maintenance, and controls. Learners work with flexible robotic cells and open interfaces that reflect the equipment, processes, and problem-solving expectations found in modern manufacturing environments.

Hands-on skills developed through ROOTS systems

Robot setup, operation, teaching, and safe work practices
Mechanical assembly, mounting, wiring, and calibration
Programming and integration of sensors, actuators, and peripheral equipment
Work-cell configuration, testing, troubleshooting, and maintenance
Process planning, fabrication, material movement, and production workflows
Team-based capstone projects that connect multiple technologies into a functioning system
Industry 4.0 concepts and the relationships among robotics, automation, controls, and manufacturing data

A complete robotics program—not equipment alone

ROOTS provides an implementation system designed to help institutions launch, expand, or modernize a technical program. The exact configuration is customized, but a ROOTS engagement can include:

Industrial-grade collaborative robotics and modular training cells
Curriculum and project-based learning activities aligned to the selected equipment
A customized learning management system for lessons, assessments, and student progress
On-site train-the-trainer education and instructor coaching
Student support during the design-and-build stage of curriculum projects
Program planning, equipment integration, installation, and continuing technical support
Credential and pathway alignment based on institutional and regional priorities

RISE implementations can align with Universal Robots and CAROL 4.0 learning pathways and support preparation toward relevant credentials such as CIP, SACA, NIMS, and MSSC. Final credential selection and eligibility depend on the institution, course design, and issuing organization.

Designed for colleges, CTE programs, and workforce partners

ROOTS robotics systems can support new or existing programs serving:

Community and technical colleges
Career and technical education centers
High-school advanced manufacturing and STEM pathways
Workforce-development organizations and regional training centers
Registered apprenticeship and pre-apprenticeship programs
Manufacturers developing incumbent-worker and technician pipelines

The modular approach allows an institution to establish core capabilities first and expand as enrollment, employer participation, funding, and instructional capacity grow.

Evidence from a major college implementation

Valencia College documented a $2.475 million sole-source procurement of ROOTS Robotics Integrated Learning Factory Trainers. Its public board material states that the ROOTS system met the program’s requirements and combined services, curriculum, and customized equipment in a way the college found unavailable from another provider. Read Valencia College’s public award documentation.

Funding-aligned workforce infrastructure

ROOTS can help institutions organize equipment, curriculum, instructor development, and implementation plans for funding conversations involving Perkins V, WIOA workforce-development grants, EDA infrastructure programs, and applicable state or regional capital initiatives. Funding eligibility and allowability are determined by the applicable agency and grant terms; ROOTS supports the technical planning and documentation needed for an informed application.

Frequently asked questions

What makes ROOTS different from a basic robot training kit?

ROOTS emphasizes complete work-cell integration. Learners configure, assemble, calibrate, program, troubleshoot, and maintain systems that combine robotics with sensors, controls, tooling, and production workflows.

Can ROOTS support a new robotics program?

Yes. ROOTS can help an institution move from program concept through equipment planning, installation, curriculum alignment, instructor training, and launch support. The final scope is customized to the institution.

Can an existing program expand with RISE?

Yes. The modular architecture is designed to support phased expansion, additional robotic cells, new processes, and more advanced capstone work.

Does ROOTS train instructors?

Yes. On-site train-the-trainer education and continuing instructional support are central parts of the ROOTS approach.

Which students are a good fit?

RISE can support learners from introductory CTE and STEM pathways through postsecondary technician education, workforce upskilling, and advanced systems-integration projects. Course prerequisites should be set by the institution for each level.

Plan your industrial robotics training system

Tell ROOTS about your learners, facility, employer partners, credentials, funding priorities, and target launch date. We will help you define a training environment that connects classroom instruction to the skills modern manufacturers expect.

Call 941-275-9976 Email ROOTS Education

Explore the complete ROOTS workforce training platform portfolio, including semiconductor fabrication, logistics automation, and healthcare robotics.