Learn state of the art methodology for sizing and selecting HVAC equipment for commercial buildings, as well as issues related to indoor air quality.

This course covers the essential design and operation of elevators and escalator systems, as well as the terminology and functions of various associated mechanical and electrical components.

Learn how to determine safety sliding distance, top and bottom car, counterweight clearances and runby, and working pressure for hydraulic elevators.

This course is an in-depth study designed to develop a basic working knowledge in geometric dimensioning and tolerancing (GD&T).

The purpose of this course is to provide a fundamental understanding of the design and behavior of bolted flange joints.

This course will familiarize engineers, designers and construction personnel with layout, design procedures and practices involved in the location of equipment and layout of piping systems.

This course outlines the lower design margins of ASME Division 2 Code and compares them to Division 1. Learn how to apply advanced design and analysis rules.

Examine vortex-induced vibration, galloping, flutter, sonic fatigue, and fluid-elastic instability, as well as prevention analysis of vibration in structures exposed to high energy fluid flow.

This course covers the methods for evaluating elevator maintenance, performance and contracting. Preventive maintenance procedures for both mechanical and electrical components are reviewed.

Gain the tools necessary to handle the most common problems managers face today, including motivation and coaching, directing non-performance, managing people and developing teams.

This course provides an extensive overview of bolted joint fundamentals, whether gasketed or not, including behavior and troubleshooting.

Examine the hydraulic principles of centrifugal pumps, the mechanical considerations in pump design, hydraulic theory as it applies to centrifugal pumps, and criteria for proper selection of pumps.

Learn how to develop and optimize accurate and timely cost estimates for engineering projects in the process industries.

Examine the rules for inservice inspection of nuclear power plant vessels, piping, pumps, valves, and supports with a focus on the engineer's role in the evaluation of service conditions and repair.

This course covers all aspects of design and fabrication of pressure vessels focusing on ASME Code Section VIII, Division 1.

Improve your ability to make economic evaluations of projects, designs, and alternatives. Topics include accounting, equipment costs, raw materials, labor costs, marketing studies and cash flow.

Understand the fundamentals and key processes involved in the field of chemical engineering. Become familiar with principles of chemical and physical processes including basic chemistry.

A comprehensive review and analysis of the ASME Code where all phases of the industry are discussed: design, installation, operation, maintenance, inspection, testing and compliance with ADA.

Examine the technical bases for safely and cost-effectively operating and maintaining plant piping systems. This course builds upon the fundamental rules of the ASME Code and its application.

This two-day course teaches participants how to solve assembly stacks using both traditional and Six Sigma methods.