This course helps students understand the growing ecosystem of AI tools available to construction professionals. It breaks down key platforms, their strengths, and where they fit into workflows.

Review of recently negotiated changes, including the addition of San Diego, in the 2026-2030 UCON-Laborers (S.

If your company performs parking, highway, roadway, or infrastructure work in Southern California, this session is designed for you.

Review of recently negotiated changes, including the addition of San Diego, in the 2026-2030 UCON-Carpenters (S.

Review of recently negotiated changes in the 2026-2031 UCON-Laborers (N. CA) Master Agreement that will impact payroll, operations, and your bottom line.

This course focuses on prompting as the core skill for using AI effectively. Students learn how to communicate clearly with AI tools to get accurate, usable outputs.

This session provides a focused look at the growing fraud and cybersecurity threats facing Accounts Payable (AP) and finance leaders today.

This course demonstrates how AI can support everyday construction activities. From daily logs to task lists and quick problem-solving, students learn how to reduce administrative burden.

Active shooter situations are becoming all too common. They are unpredictable, evolve quickly, and are over in minutes. In this webinar, we focus on “survival,” not on fear.

This course teaches how to use AI to improve communication and documentation quality. Students learn to draft emails, reports, and project updates with clarity and professionalism.

Construction projects move fast—and conflict is inevitable. But with the right tools, it can be managed effectively.

This course focuses on capturing and organizing project communication. Students learn how AI can summarize meetings, identify key decisions, and track action items.

With the technology available to the industry, it is possible to price work utilizing data instead of estimating software with the "hope" that it contains the correct information to help land the j

This course introduces using AI to review contracts, specifications, and project documents. Students learn how to identify potential risks, inconsistencies, and missing information.

Discover how to establish clear performance expectations and guide your team toward achieving consistent results.

This course introduces the core concepts of artificial intelligence through a construction lens. Students learn what AI is, how it already exists in construction workflows, and why it matters now.

This course explores how AI supports estimating processes and cost analysis. Students learn how to organize quantities, evaluate pricing, and identify cost impacts.

This course demonstrates how AI can assist with project scheduling and planning. Students learn how to analyze sequences, identify potential delays, and improve timeline clarity.

Build foundational leadership skills tailored to construction—from decision-making to motivating diverse crews.    

This course provides clear, actionable examples of how AI can be applied across construction roles. Students explore real scenarios that demonstrate immediate value.

Learn proven strategies to develop collaboration, trust, and accountability for high-performing construction teams.