Masterclass & Best Practices for Materials Selection Engineering

Course Introduction

Whether you are new to Materials Selection Engineering or refining existing skills, this masterclass-style course gives you a structured path through the subject as it applies to static and rotating equipment and piping systems, guided by instructors who have worked in the field.

Training Objectives

• 01Explain the core principles, terminology and standards behind Materials Selection Engineering in clear, practical language
• 02Select and adapt suitable approaches to Materials Selection Engineering for the constraints of static and rotating equipment and piping systems
• 03Diagnose weak spots in current practice and prioritise corrective action
• 04Use practical tools, checklists and templates that support day-to-day Materials Selection Engineering
• 05Leave with a prioritised list of improvements you can start within 30 days

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
  Where Materials Selection Engineering fits

  How Materials Selection Engineering connects to wider operations in static and rotating equipment and piping systems, plus the essential vocabulary.

• Day 2
  Working with the standards

  Interpreting and applying the codes and good-practice guidance that govern Materials Selection Engineering.

• Day 3
  Tools and techniques lab

  Guided practice with the tools, checklists and templates used for Materials Selection Engineering.

• Day 4
  Risk, compliance and case review

  Analysis of incidents and cases to see where Materials Selection Engineering succeeds or breaks down.

• Day 5
  Consolidate and plan

  Capstone discussion, action planning and a closing assessment.

Upcoming Sessions