Master the key principles of Industrial Engineering to have a tangible impact on your business' systems and processes - manufacturing, services, industrial operations and production.

Equip yourself to take a leading role in your workplace, improving processes and getting recognition from your superiors.

Understand the fundamental challenges that face Industrial Engineers and the core tools and approaches to combat them, including Six Sigma and Lean Manufacturing.

This MBA style course on Industrial Engineering will prepare and empower you to make a real difference in your organization.

Take control of your career and equip yourself to understand the real nature of business systems and how you can be the key to unlock their potential!

About Laurence Gartside:

Laurence Gartside is a consultant and coach specializing in improving industrial and business operations with a master’s degree in manufacturing, engineering and management from the University of Cambridge. He has consulted for and led numerous major improvement projects for companies around the world and is the founder of Rowtons Training.

Course Contents:

1. An Introduction to Industrial Engineering

• What is Industrial Engineering?

1. Core Concepts of Industrial Engineering

• Work Study: Work Measurement and Method Study

• Job Design

• Ergonomics and Human Factors

• Process Improvement and Operations Improvement

1. Facility Design and Operations Management

• Facility Design and Facility Layout

• Material Handling and Internal Logistics

• Quality Management: Quality Control and Quality Assurance

1. Decision-Making and Optimization

• Triple Bottom Line

• Environmental Sustainability

• Health and Safety

1. Industrial Engineering: Related Subjects

• Operations Management

• Industrial Design and Product Design

• Industrial Automation

• Systems Engineering and Systems Design

1. Your Career in Industrial Engineering

• Skills, qualities and experience to be a successful Industrial Engineer

• How to steer your career in the direction of Industrial Engineering

1. Conclusion

• Using your new knowledge of Industrial Engineering