Courses
Select from Our Online Continuing Education Courses
Understanding High Energy Arcing Faults
Course number
EE-02-802
PDH credits
10
Understanding High Energy Arcing Faults Author: Roman Titov This course delves into the critical phenomena of High Energy Arcing Faults (HEAF) within industrial and power plant environments, where the catastrophic potential of arcing events can lead to significant safety hazards. Combining findings from international experiments on bus ducts and switchgear enclosures, participants will explore key…
Stormwater Calculator: Guide and Application
Course number
SU-02-819
PDH credits
6
Stormwater Calculator: Guide and Application Author: Roman Titov Managing stormwater effectively is essential for sustainable site development and flood prevention. The National Stormwater Calculator (SWC) is a powerful web-based tool developed by the U.S. Environmental Protection Agency (EPA) that estimates runoff, retention, and low-impact development (LID) performance for any location in the U.S. This course…
Retrofit and Repair of Reinforced Concrete Walls with Fiber-Reinforced Polymers
Course number
ST-02-815
PDH credits
2
Retrofit and Repair of Reinforced Concrete Walls with Fiber-Reinforced Polymers Author: Roman Titov Enhance your knowledge of structural repair techniques with this course on retrofitting and repairing reinforced concrete walls using Fiber-Reinforced Polymers (FRP). Drawing from NIST’s extensive review of experimental investigations. This course explores how FRP can improve structural resilience, increase safety in seismic…
Pressure Loss in Plumbing Systems
Course number
ME-02-805
PDH credits
4
Pressure Loss in Plumbing Systems Author: Roman Titov This course provides a detailed understanding of pressure loss in plumbing systems. It covers the principles of pressure loss in pipes and fittings, the factors affecting it, and the measurement techniques used to quantify pressure losses. The course is based on the research from NIST’s Plumbing Hydraulics…
Integrating Climate Change Data into Codes and Standards
Course number
SU-02-818
PDH credits
5
Integrating Climate Change Data into Codes and Standards Author: Roman Titov As climate change accelerates, the building codes and standards we rely on must evolve to meet new environmental challenges. This course explores the critical intersection of climate science and building regulations, providing an in-depth understanding of how forward-looking climate data can be integrated into…
Innovative Rainwater Management and Green Design
Course number
SU-02-817
PDH credits
3
Innovative Rainwater Management and Green Design Author: Roman Titov Urban spaces are facing increasing challenges with rainwater management, pollution control, and sustainability. This course explores an innovative approach to integrating rainwater management with green infrastructure. Participants will learn how to design and implement sustainable water systems, create multifunctional landscapes, and enhance environmental resilience through bioretention,…
Fire Resilience in Steel-Concrete Structures Part II: Advanced Solutions
Course number
ST-02-814
PDH credits
5
Fire Resilience in Steel-Concrete Structures Part II: Advanced Solutions Author: Roman Titov Steel-concrete composite floors are integral to modern buildings, but their resilience under fire conditions demands deeper understanding and innovative approaches. This course examines groundbreaking full-scale experimental evaluations, exploring the influence of slab reinforcement and other critical factors on fire-induced performance. Participants will gain…
Fire Resilience in Steel-Concrete Structures Part I: Insights from Full-Scale Testing
Course number
ST-02-813
PDH credits
10
Fire Resilience in Steel-Concrete Structures Part I: Insights from Full-Scale Testing Author: Roman Titov Discover the critical insights from full-scale fire experiments conducted on steel-concrete composite floor systems. This course empowers engineers and construction professionals to apply advanced fire resilience principles, design for structural integrity under fire exposure, and integrate performance-based fire protection strategies. By…