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Industrial Training InternationalApr 18, 2022 8:00:00 AM2 min read

Construction Hazard Identification Certification Receives ANAB Accreditation

First Virtual Reality (VR) Administered Certification Assessment Under the ISO/IEC 17024:2012 Standard

Woodland, WA. April 18, 2022 — Industrial Training International’s (ITI), Construction Hazard Identification assessment and certification has been granted accreditation by the Personnel Credentialing Accreditation Committee (PCAC) of the ANSI National Accreditation Board (ANAB). The certification, which is also endorsed by the National Safety Council (NSC), is the first program accredited by ANAB under ISO/IEC 17024:2012 uses virtual reality (VR). Applicants who successfully complete the assessment with a passing score will be awarded the Hazard Identification – Construction Certification, a five-year credential.

“The ITI team, supported by an incredible group of engaged industry partners, worked hard to deliver a Construction Hazard Identification examination in virtual reality that lets the test taker identify critical hazards encountered on a job site, ultimately creating a safer work environment. We are proud to the be first ANAB accredited VR examination under ISO/IEC 17024:2012,” said Andrew Kauser, Chief Product Officer at ITI.

Positive Industry Impact

In a January 2020 survey conducted by ITI, with 184 respondents, 67% of all respondents said that their organization would likely rely on a three to five-year construction safety certification based on a VR exam, and 75% of managers and owners saw a positive benefit from such a certification. Additional industry involvement in the development and early testing of the assessment incorporated representatives from NSC, Bechtel, DPR Construction, GLY Construction, Kiewit, Liberty Mutual, and United Rentals.

“ITI is an innovator in the hoisting and material handling space. This partnership reflects our desire to collaborate with organizations that share NSC values and our ongoing advocacy for worker safety,” stated Nick Smith, Chief Operating Officer & Chief Strategy Officer, National Safety Council.

Assessment Availability

Through the partnership with the NSC, Hazard Identification assessments will be available at participating NSC chapters, with the Health & Safety Council in Pasadena, Texas serving as the pilot facility. Candidates must complete and submit a certification application, select an approved assessment site, and check in with a proctor ahead of the exam, and upon completion will receive results within 48 hours. An all-inclusive certification fee of $59 is required.

"The mission of HASC as an innovative leader is in building safe workplaces by improving the quality and integrity of the workforce. Being able to pilot ITI's VR training and simulators helps us fulfill that mission. Our partnership with ITI has been beneficial for the contracting community for years and continues to grow; we are excited to see how ITI's VR courses and simulators can augment our own VR courses and research and improve training for the contractor community we serve." - Dick Hannah, Vice President of Learning and Innovation, Health & Safety Council.

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About ITI

Industrial Training International (ITI) is a global leader in the design and delivery of learning solutions for organizations conducting crane, rigging, and load handling activities. Founded in 1986, the company originally specialized in instructor-led training, field services, and consulting. ITI has since grown to also produce live online, and on-demand courses delivered via the ITI Learning Hub and has been recognized with numerous industry association awards for its groundbreaking virtual reality crane and equipment simulations solution. For more information about ITI, visit www.iti.com.

Media Inquiries:

                Katie Regan
                katie.regan@iti.com

Additional Product Information:

                https://www.iti.com/vr/construction-hazard-certification

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Industrial Training International

Cranes | Rigging | Lift Planning | Engineering | VR Simulation

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