This new program is a few development steps away from the first exams being available. NICET’s goal is to be open for testing in May of 2021.
In early to mid-2020, NICET staff, industry experts, and practitioners completed the program scope statement, job task analysis (JTA), and validation surveys. These steps allowed NICET to confirm the program design, content outlines, and exam blueprints. In late 2020, we started exam development with question writing. Through the spring, we will continue exam development with question reviews, test assembly, and publishing.
We could not have made this progress without our development partner, the Safer Buildings Coalition (SBC), as well as the dedicated volunteers who have helped with every stage along the way. Some of these volunteers are actively working on item writing assignments right now. We are thankful for their passion for public safety, their commitment to ensuring emergency responder communication systems function properly, and all their hard work.
Visit In-Building Public Safety Communications - NICET to sign up for updates and to indicate your interest in volunteering.
This program has two tracks featuring three levels for technicians focusing on the detailing, layout, installation, and maintenance of in-building public safety communication systems and a single level for designers of in-building public safety communication systems. Qualified individuals may seek certification in both tracks and will demonstrate the required comprehensive knowledge, performance, and experience. Candidates for certification should have the knowledge, experience, and skills needed to work in the industry. The scope statements for each level are as follows:
Design
Working independently, they apply drafting skills and radio frequency theory to prepare plans for in-building public safety communications using project specifications, documents, and site survey data and design tools. Design technicians have at least 2 years of experience in the design of in-building public safety communications.
Technician
Level I - Under the direct supervision of a qualified technician, they apply fundamental radio frequency knowledge to install passive and active equipment per system design and manufacturer specifications. Level I technicians have at least 6 months of experience in in-building public safety communications.
Level II - Under limited supervision, they utilize radio frequency principles and equipment to conduct initial surveys, install, commission, and maintain in-building public safety communications. They are responsible for ensuring system evaluation, quality, acceptance, and complete documentation. Level II technicians have at least 2 years of experience in in-building public safety communications.
Level III - Working independently, they utilize radio frequency principles and equipment to interpret and evaluate surveys, layout, and manage in-building public safety communication systems. They are responsible for ensuring system evaluation, quality, acceptance, and complete documentation. Level III technicians have at least 5 years of experience in in-building public safety communications.