Contractor Education Seminar – Spring Session 2026

Building Smarter in 2026: Code, Workforce, and Profitability in the Real World

7-Hour Session (Residential Focus)

This course is a practical, code-focused training program designed specifically for residential contractors, remodelers, and small-to-mid-size builders and incorporates business-minded considerations. The course blends the latest model code updates—including energy and mechanical system changes, and enforcement trends—with real-world building science fundamentals that directly affect durability, comfort, and occupant safety. Participants explore the workforce challenges shaping the industry today: labor shortages, skill gaps, subcontractor variability, and the rising cost of rework.

This is not a theoretical seminar. It’s a field-ready, contractor-focused look at how to build smarter, reduce risk, and strengthen your bottom line in 2026 and beyond. Participants will blend code knowledge and practical applications to gain insight into selecting, installing, and optimizing materials and systems to comply with energy code requirements and enhance building performance.

• Attendees will identify key model code updates—including residential energy, mechanical, and building provisions—and learn how they affect design, sequencing, and inspection.
• Attendees will apply core building science principles (like moisture management, air control, thermal performance, and ventilation) to reduce callbacks, improve durability, and meet code requirements with fewer surprises to ensure safe and resilient buildings.
• Attendees will evaluate workforce-related risks such as skill gaps, subcontractor turnover, and inconsistent installation practices, and implement strategies to improve quality control and field communication that drive business factors like costs, scheduling, and warranty exposure that can impact the financial risks of rework and failed inspections.
• Attendees will explore best practices for the proper installation of materials and systems to ensure minimum efficiency and maximum site longevity; and discover techniques for optimizing performance through sequencing adjustments, documentation practices, trade coordination, and the use of complementary technologies to promote occupant health.