HVAC Systems Design: Masterclass & Best Practices

Course Introduction

Delivered over five days, this masterclass-style programme on HVAC Systems Design combines concise technical input with hands-on application. It is built around static and rotating equipment and piping systems, so examples, exercises and discussion stay relevant to participants' daily work.

Training Objectives

• 01Build a shared vocabulary and framework for HVAC Systems Design that your whole team can use
• 02Apply proven methods for HVAC Systems Design to realistic scenarios drawn from static and rotating equipment and piping systems
• 03Anticipate the failure points and compliance issues that most often affect HVAC Systems Design
• 04Communicate HVAC Systems Design decisions clearly to colleagues, clients and management
• 05Prepare a personal action plan to apply HVAC Systems Design in your own organisation

What You Will Take Away

• Worked calculation and troubleshooting examples
• Reference tables and rules of thumb for daily decisions
• A structured inspection and reporting template

Who Should Attend

• Mechanical Engineers
• Piping & Static Equipment Engineers
• Maintenance Engineers
• Inspection Engineers

Prerequisites: Best suited to experienced practitioners and team leaders.

Training Methodology

The format is conversational and case-driven: participants bring real challenges and test them against regional and international experience. Case material and examples are drawn from static and rotating equipment and piping systems.

Day-by-Day Programme (5 Days)

• Day 1
  Getting oriented: the landscape of HVAC Systems Design

  Scope, terminology and the standards and regulations that shape HVAC Systems Design in static and rotating equipment and piping systems.

• Day 2
  Core concepts and methods

  The principles, codes and best-practice approaches that leading organisations rely on for HVAC Systems Design.

• Day 3
  Applying it on the job

  Hands-on exercises using tools and templates for HVAC Systems Design, built around realistic situations in static and rotating equipment and piping systems.

• Day 4
  Cases, risks and lessons learned

  Case studies, typical pitfalls and the risk and compliance issues that arise with HVAC Systems Design.

• Day 5
  Bringing it together

  Consolidation workshop, personal action planning and a closing knowledge check on HVAC Systems Design.

Upcoming Sessions