NICET Session at NSPECon26 in Brooklyn Reinforces the Value of Certified Technicians on Qualified Engineering Teams

NICET certified professionals fill essential, hands-on roles across fire protection, transportation, construction inspection, and other engineering technology disciplines. Just as important as that day-to-day work is their formal place on the Qualified Engineering Team, the group of licensed engineers, certified technicians, and technologists jointly responsible for the design, oversight, and delivery of a project.

That relationship anchored a session at NSPECon26, NSPE's annual national conference, led by Dr. Paul D. Flannigan, EdD, SET, CFPS, CWBSP, Chair of the NICET Board of Governors; John Denhardt, PE, FSPE, vice president of engineering and technical serve at the American Fire Sprinkler Association (AFSA); and Melinda Sprow, a civil engineer for the City of Defiance, Ohio.

The presenters built the session around audience participation, prompting attendees to weigh in on how their own firms define and support the engineering team. The conversational format let PEs and certificants compare notes directly on where responsibilities are clearly drawn and where they tend to blur in practice.

Why the Qualified Engineering Team Model Matters

NICET has certified engineering technicians and technologists since 1961, when NSPE established the institute specifically to formalize technicians' standing as an integral part of the engineering team. Since then, NICET has certified more than 135,000 individuals across more than a dozen technical disciplines, with certification progressing through up to four levels, from entry-level (Level I) to senior (Level IV).

The presenters framed this certification structure as the technician-side counterpart to PE licensure: each credential exists to give the public, employers, and regulators a consistent way to verify competence, and each carries its own obligations to uphold that trust.

Defining Roles, Responsibilities, and Lines of Communication

The session walked through how a well-functioning engineering team distributes work and accountability:

• Professional engineers hold ultimate responsibility for engineering decisions, sign and seal work product where required by state law, and provide direct supervision of technical work that constitutes the practice of engineering.
• NICET certified technicians and technologists perform the hands-on and applied technical work, bringing specialized field and design knowledge that complements the PE's oversight role.

Structure and communication between these roles were discussed as deliberate design choices, not defaults, including how reporting lines, sign-off procedures, and documentation practices are set up to keep both parties accountable. Procedures for escalation and review were presented as the mechanism that catches problems before they become project or ethical failures.

The Regulatory and Ethical Backbone

The presenters grounded the discussion in the frameworks that actually govern these roles, rather than treating "teamwork" as an abstraction:

• State licensing requirements, which define what work a PE must supervise or seal.
• Professional policy statements from organizations including the American Society of Civil Engineers, the National Society of Professional Engineers, and the Society of Fire Protection Engineers, several of which speak directly to how PEs and certified technicians should divide design and oversight work. The joint SFPE/NSPE/NICET position on the engineer and the engineering technician designing fire protection systems is a concrete example worth linking to directly in the published article if you want readers to see the source document.
• Codes of ethics and conduct, both the NSPE Code of Ethics for licensed engineers and NICET's own code for certified technicians, which requires certificants to safeguard public safety, health, and welfare; take on only the work they're competent to perform; and avoid conflicts of interest.

From Structure to Outcomes

The session tied all of this back to project performance: teams with clear roles, open communication, and adherence to these regulatory and ethical frameworks are the ones that stay aligned with client expectations, meet professional obligations, and avoid the legal and ethical exposure that comes from ambiguous accountability. Attendees discussed how the interaction between PEs and certified technicians, not just their individual competence, is what produces informed, defensible engineering work.

Key Takeaways

• A Qualified Engineering Team pairs PE licensure and NICET certification as two halves of the same public-protection system, not a hierarchy of "real" versus "supporting" credentials.
• Clear lines of communication and documented procedures are what turn defined roles into actual accountability on a project.
• Regulatory requirements and professional codes of ethics aren't background context. They're the operating rules the presenters used to explain *why* roles are structured the way they are.

Congratulations to the presentation team on a well-received session.