Sextant / Mechanical & Rotating Equipment / MEC-057
Mechanical & Rotating Equipment
Mechanical Seals and Bearings: Case Studies and Best Practices
Overview
This intermediate-level programme on Mechanical Seals and Bearings gives participants working command of the methods, standards and tools used by leading organisations. It combines expert-led sessions, hands-on exercises, case studies from the Middle East, Europe and Africa, and a personal action plan to apply on return to work.
Designed for mechanical engineers, technicians and reliability staff.
Learning objectives
- Master the principles, terminology and code requirements of Mechanical Seals and Bearings
- Apply proven methods and tools to real field situations
- Analyse risk, cost and performance to make better decisions
- Learn from international case studies and industry best practice
- Build a practical improvement plan for your organisation
Course outline
Day 1Principles, terminology and the standards framework
Day 2Core methods, calculations and tools
Day 3Practical applications and group workshops
Day 4International case studies and lessons learned
Day 5Implementation roadmap, assessment and close
Day 6Advanced requirements and changes in the standards
Day 7Optimisation, KPIs and performance analysis
Day 8Risk management and decision making
Day 9Digital transformation and applied AI tools
Day 10Capstone project, presentation and final assessment
Upcoming sessions
- Amman25 Jan – 29 Jan 2027
- Geneva12 Apr – 16 Apr 2027
- Rome12 Jul – 16 Jul 2027
- Edinburgh4 Oct – 8 Oct 2027
Available in all our Middle East and Europe cities, live online for Africa and worldwide, or at your premises.
Related programmes
MEC-051Mechanical Seals and Bearings: FoundationMEC-052Mechanical Seals and Bearings: PractitionerMEC-053Advanced Mechanical Seals and BearingsMEC-054Mechanical Seals and Bearings: Expert MasterclassMEC-055Mechanical Seals and Bearings for Managers and LeadersMEC-056Digital and AI Applications in Mechanical Seals and BearingsMEC-058Mechanical Seals and Bearings: Train-the-Trainer