We have a range of already developed training packages which we can either deliver in-house for you or use as the basis for developing a bespoke training course suited for your site.

We can provide training on any subject mentioned on our website, and more besides so if you cannot see something you need please contact us. We are particularly well known for our courses on:

• Introduction to Lean
• Lean in the Chemical Industries
• Kaizen in Chemicals – How to Run a Team Based Improvement Event
• Changeover Reduction (SMED) for Chemical Plants
• Diagnostics and Analysis for Driving Operational Performance
• Value Stream Mapping – How to Apply in the Chemical Industries
• Visual Factories – Getting Your Organisation Talk to You
• Lean Supply Chains
• Designing and Implementing a Business Culture
• Standardised Work and Instructions – Writing Better Procedures and SOPs for Safer and Reliable Operations
• Leadership for Managers
• Team Leader Leadership
• Advanced Problem Solving
• Root Cause Analysis
• Human Reliability Analysis
• Problem Solving in Production - Applying structured problem solving tools to daily issues
• Maintenance Management - Delivery Reliability in the Process Industries
• Ageing Plant
• Learn to See; Gemba Walks and Process Confirmation
• Six Sigma/ Lean Sigma/ Lean Six Sigma (Black Belt and Green Belt)

We have a strong preference for Learning By Doing. This is either the provision of training through experiential workshops whereby actual problems are tackled and solved by the application of a specific tool or tools, or a short training session followed by the implementation and application of the topic. Subjects we are well known for applying in this way include:

• Value Stream Mapping
• Rapid Improvement Workshops (also known as "Kaizen" or the old Industry Forums' terminology of "Masterclass")
• Changeover Reduction
• Root Cause Analysis
• Workplace Organisation (5S or 5C)
• TPM (Total Production Maintenance)
• Process Confirmation
• Policy Deployment
• Implementation of Pull and Single Piece Flow
• Human Reliability Analysis