Fabrication Engineering & Workshop Management

Course Overview

Learning Objectives

• Analyze the fundamental principles of fabrication engineering and evaluate their impact on productivity, quality, cost, and operational performance.
• Evaluate material characteristics, fabrication requirements, equipment capabilities, and tooling requirements for specific workshop activities.
• Apply structured approaches to work order planning and fabrication process sequencing within the workshop.
• Develop practical operating plans for managing manpower, equipment, materials, tools, and production priorities.
• Evaluate workshop workflow and identify bottlenecks, production delays, material constraints, and sources of rework.
• Apply productivity improvement techniques to reduce waste and improve the utilization of workshop resources.
• Design practical quality control and inspection procedures for fabrication and assembly activities.
• Evaluate equipment performance and integrate maintenance and reliability practices into workshop operations.
• Improve the management of materials, consumables, tools, and spare parts to support uninterrupted fabrication activities.
• Apply occupational safety principles to identify and control risks associated with fabrication workshop operations.
• Analyze workshop performance indicators and use operational data to identify measurable improvement opportunities.
• Develop an actionable workshop improvement plan covering productivity, quality, cost, safety, equipment reliability, and resource utilization by the end of the course.

Who Should Attend

Learning Outcomes

• Analyze fabrication processes and identify the factors influencing productivity, quality, cost, and delivery performance.
• Select appropriate materials, fabrication methods, equipment, and tooling according to technical and production requirements.
• Develop practical fabrication process sequences and work orders for workshop activities.
• Prepare operating plans for allocating manpower, equipment, materials, and tools according to production priorities.
• Identify workshop bottlenecks, production delays, material constraints, and causes of rework.
• Apply practical methods for improving workflow, reducing waste, and increasing resource utilization.
• Establish appropriate inspection and quality control points throughout fabrication and assembly processes.
• Evaluate equipment readiness and integrate maintenance and reliability practices into workshop performance management.
• Improve the control of materials, tools, consumables, and spare parts to support continuous fabrication operations.
• Identify workshop safety hazards and apply appropriate risk control measures.
• Use workshop performance indicators to measure productivity, quality, equipment utilization, cost, and schedule adherence.
• Develop a practical and measurable improvement plan for a fabrication workshop.

Course Outline