Optimizing Production and Energy Resource Utilization Training Course

Course overview

Production and energy performance are usually managed by different teams, yet they pull on the same equipment and the same processes. A machine that runs slowly or stops often wastes energy as well as output, and an energy project that ignores production flow rarely sticks. This course brings the two together, showing how lean methods, energy analytics, and steady measurement can lift throughput and cut energy intensity at the same time.

It is written for people who own operational results and are tired of treating waste one silo at a time. The material moves from spotting inefficiency, through structured improvement techniques, to the leadership habits and roadmaps that keep gains coming after the first project ends.

Why joint optimization matters now

Manufacturers face thin margins, volatile energy prices, and customers who ask for lower-carbon products, all at once. Treating productivity and energy as separate initiatives leaves value on the table, because many of the same root causes, such as poor scheduling, aging equipment, and unmeasured losses, drive both. Tools like overall equipment effectiveness (OEE) and lean production expose those causes, and pairing them with energy analytics turns them into a single improvement effort. Teams that want to anchor the energy side in a recognized management framework often pair this with our Energy Management in Industrial Operations course.

The shift that makes this work is cultural as much as technical. When operators and engineers measure the right things and act on them continuously, improvement becomes routine instead of a one-off campaign.

What you will be able to do afterwards

On completion, participants should be able to:

• Measure overall equipment effectiveness (OEE) and read what it reveals.
• Analyze production and energy data together to find shared losses.
• Apply benchmarking and root cause analysis using tools like fishbone and 5 whys.
• Use lean production and Six Sigma DMAIC to remove waste.
• Bring ISO 50001 energy management into an improvement effort.
• Design KPIs and performance measurement that hold gains in place.
• Build a roadmap that sustains a continuous improvement culture.

Course outline

Unit 1: Introduction to production and energy optimization

This unit sets out why production and energy improvement belong together.

• The shared root causes behind lost output and wasted energy.
• Framing optimization as one effort, not two.
• Overall equipment effectiveness (OEE) as a common measure.
• Setting objectives that cover throughput and energy intensity.

Unit 2: Identifying inefficiencies and resource wastage

Here the focus is on seeing waste clearly before acting on it.

• Production and energy data analysis to locate losses.
• Benchmarking against internal and external references.
• Root cause analysis with fishbone diagrams and 5 whys.
• Separating symptoms from underlying causes.

Unit 3: Process optimization techniques

This unit covers the structured methods that remove waste.

• Lean production principles and flow improvement.
• Six Sigma DMAIC for variation and defect reduction.
• Standard work and bottleneck management.
• Balancing quality, output, and energy in each change.

Unit 4: Energy management and digital tools

Here the course brings energy measurement into the improvement loop.

• ISO 50001 energy management applied alongside production goals.
• Smart metering and energy analytics for real-time visibility.
• Linking energy data to production events.
• Prioritizing projects by combined cost and carbon return.

Unit 5: Sustainability and future trends

This unit widens the view to resources and long-term direction.

• Renewable integration at production sites.
• Circular economy thinking and resource recovery.
• Reducing material as well as energy waste.
• Emerging technology in optimization practice.

Unit 6: Leadership for optimization and energy efficiency

Here the emphasis moves to the people who make change stick.

• Leading cross-functional improvement teams.
• Engaging operators in daily problem solving.
• Building a continuous improvement culture.
• Overcoming resistance and sustaining momentum.

Unit 7: Building a roadmap for optimization

The final unit turns method into a plan the site can follow.

• KPI design and performance measurement that endures.
• Sequencing projects for quick wins and lasting gains.
• Governance, review cycles, and accountability.
• Tracking results against baselines over time.

How the course is delivered

Sessions combine expert-led discussion with worked examples and documented case studies from manufacturing and process sites. Participants follow guided walkthroughs of interpreted production and energy data, and group exercises let them practice root cause work and roadmap decisions with peers.

Who should attend

The course fits operations and production managers, continuous improvement and lean specialists, energy and process engineers, and team leaders responsible for output and cost.

• Operations, production, and plant managers.
• Continuous improvement and lean practitioners.
• Process and energy engineers.
• Supervisors and team leaders driving performance.

About EuroQuest International Training

EuroQuest International Training was founded in 2015 and has since delivered over 1,000 courses to more than 15,000 participants. Its head office is in Bratislava, Slovakia, supported by training hubs in Dubai, London, Barcelona, Istanbul, Vienna, Paris, and Geneva.

Frequently asked questions

Does the course run any live software or laboratory sessions?

No. It relies on discussion and documented case studies rather than a live lab or software session, so participants build the methods by working through interpreted data and worked examples instead of operating a system during class.

Do I need a lean or Six Sigma background first?

No prior certification is needed. The course explains OEE, DMAIC, and root cause tools from the ground up, while still giving experienced practitioners a fresh angle by tying those methods to energy performance.

Can the approach work in a small operation?

Yes. The methods scale to the resources available, so a small site can apply the same measurement and root cause discipline and often sees results quickly because decisions move faster.

Related courses

• Energy Efficiency in Industrial Operations
• Oil and Gas Project Management and Risk Mitigation
• Strategic Energy Management and Policy Development
• Energy Efficiency and Sustainable Operations

Register for this course

Speak with EuroQuest about dates and locations, and register to help your team raise output and lower energy use in one connected effort.