Available courses

Radiological Control Technician (RCT) / Health Physics Technician (HPT) / Radiological Protection Technician (RPT) – DOE Core Certification Program
Category 1

Radiological Control Technician Academics Program

Radiological Control Technician (RCT), Health Physics Technician (HPT), and Radiological Protection Technician (RPT) training provides a fast, lower-cost pathway into radiological protection careers. ATI's program is backed by Department of Energy National Training Center reciprocity certification and offers eligible graduates the opportunity to receive up to 48 semester hours of college credit.

Why Students Choose This Program
  • Accelerated technical training in approximately 3 months
  • DOE NTC reciprocity-certified foundational academics
  • Hands-on exposure to radiation monitoring equipment and techniques
  • Opportunity for eligible graduates to receive up to 48 semester hours of academic credit

Quick Facts

Program Length Approximately 3 months
Career Preparation Entry-level preparation for radiological protection roles such as RCT, HPT, and RPT
Training Basis DOE Core foundational academics following DOE-HDBK-1122-2009 guidance
Reciprocity DOE National Training Center Health and Safety Training Reciprocity Program certification
Academic Credit Opportunity Up to 48 semester hours for eligible graduates, subject to university requirements
Completion Documents DOE Core completion card and ATI program certificate

Program Length and Career Preparation

In approximately 3 months, students complete Department of Energy Core foundational training through the Radiological Control Technician Academics curriculum and prepare for entry-level employment as Radiological Control Technicians, Health Physics Technicians, or Radiological Protection Technicians.

Curriculum Content

The curriculum follows DOE-HDBK-1122-2009 guidance and provides comprehensive instruction in:

Nuclear physics Radiation principles
Radiation sources and decay Biological effects of radiation
Radiological protection standards ALARA principles
Contamination control External and internal exposure control
Radiation detection Instrumentation

Students also receive hands-on training with radiation monitoring equipment and radiological control techniques to build practical skills, technical competence, and professional work practices required in radiological environments.

Credentials Awarded

Upon successful completion, students receive a Department of Energy Core completion card and an ATI program certificate.

Frequently Asked Questions

What jobs does this program help prepare students for?

This program is designed to prepare students for entry-level radiological protection roles such as Radiological Control Technician, Health Physics Technician, and Radiological Protection Technician.

How long does the program take?

Students typically complete the DOE Core academic portion of the program in approximately 3 months.

What is DOE reciprocity?

ATI's training is certified through the Department of Energy National Training Center Health and Safety Training Reciprocity Program. This gives the program recognized reciprocity value across the DOE complex, with site-specific gap training added as appropriate.

Will graduates still need site-specific training?

Yes. Depending on the hiring site and employer, additional site-specific gap training, onboarding, and qualification requirements may still apply.

How does the college credit opportunity work?

ATI maintains a learning partnership with Columbia Southern University. Eligible graduates may receive up to 48 semester hours of academic credit upon successful program completion, subject to university policies, procedures, and requirements.

What do students receive after successful completion?

Upon successful completion, students receive a DOE Core completion card and an ATI program certificate.

Important Note

Reciprocity, site acceptance, academic credit, hiring outcomes, and qualification status may depend on employer requirements, site-specific standards, student eligibility, and university policies.

Student Value

Students gain career-focused technical training, Department of Energy-recognized reciprocity benefits, and the opportunity to convert their training into substantial college credit through one accelerated program.