Training and support programmes for operations teams: lean, energy and ICS security

Building capability in operations teams needs more than internal training. Established institutes offer courses, communities and support.

How this page was made. It cites institutes and programmes as examples from their own public pages. We have not attended the courses, received payment or ranked providers. Provider statements are marked as such; confirm content, eligibility and fees directly.

Lean

The Lean Enterprise Institute describes its focus as advancing lean thinking and practice to make things better, and invites organisations to build capability through real work (vendor statement)¹.

Manufacturing support

The Manufacturing Extension Partnership (MEP) is a programme of the U.S. Department of Commerce's NIST. NIST says the programme has nearly 1,400 advisors and experts working from more than 450 service locations². Manufacturing USA describes its network of institutes as focused on tackling technical hurdles, pooling advanced facilities and equipment, and workforce training³.

OT security

SANS offers ICS410: ICS/SCADA Security Essentials, which its page lists as six days instructor-led or 36 hours self-paced, with 15 hands-on labs and a link to GIAC's GICSP certification⁴. It is aimed at people who already grasp IT or cyber security basics⁴.

Energy professionals

On 21 October 2026 the Energy Institute announced a new Applied AI for Energy Committee, with Applied Computing and KBR as chair and vice chair organisations. Its initial focus is a governance framework for AI in the energy sector and an evaluation, assurance and benchmarking framework; it aims to produce practical guidance and training. According to the Energy Institute's release, a first progress update is expected at the AI Summit during International Energy Week in London on 23-25 March 2027⁵.

Learning from leaders

The World Economic Forum's Global Lighthouse Network says it recognises companies that show exceptional results in productivity, resilience, sustainability, talent and customer focus, achieved through digital transformation⁶. Case studies offer useful benchmarks, but they are examples from selected companies.

The methods behind the programmes

Lean

Lean derives from the Toyota Production System, which is described as a major precursor of the more general idea of lean manufacturing⁷. Lean manufacturing is summarised as a management system built on making only what is needed when it is needed, correcting abnormalities promptly and letting workers improve their own process⁸. Good lean training includes practice at the gemba, the place where value is created, because lean thinking holds that the most valuable improvement ideas are found where problems are visible⁹.

Six Sigma and Lean Six Sigma

Six Sigma methods aim to raise quality by finding and eliminating the causes of defects and by cutting variability in manufacturing and business processes¹⁰. The name comes from statistical quality control: it refers to the share of a normal distribution that falls inside six standard deviations of the mean, which is used as a measure of defect rate¹⁰. Lean Six Sigma combines the two, using collaborative teamwork to improve performance by removing operational waste and reducing process variation¹¹. Belt levels (yellow, green, black) are offered by many organisations without a single governing body, so compare syllabus, project requirements and assessment.

Training Within Industry

One of the most influential frontline programmes is decades old. Training Within Industry (TWI) was a United States service, part of the War Manpower Commission, that operated between 1940 and 1945¹². Wikipedia reports that, by the end of the war, more than 1.6 million workers across more than 16,500 plants had been certified¹². It is also noted for inspiring the concept of kaizen in Japan¹². Its modules on job instruction, job methods and job relations remain practical tools for supervisors.

Kaizen

Kaizen means continuous improvement of every aspect of a company's production, and involves everyone from the CEO to assembly-line workers¹³. Training is most effective when it equips people to run small improvements in their own area.

Designing a capability programme

• Start from the strategy: which operational outcomes matter most, such as safety, quality, delivery, cost or energy?
• Define roles and levels: what operators, team leaders, engineers and managers need to do differently.
• Blend formats: short classroom or online modules, coached projects and peer learning.
• Use real work: every participant applies methods to a live problem with a sponsor.
• Coach leaders: leader standard work and gemba walks sustain change after training ends.
• Measure: track project results and behaviour on the floor, not just course completions.

Choosing an external provider

• Practitioner experience of trainers in your industry.
• Access to model sites or learning factories.
• Assessment methods: project review, practical demonstration or exams.
• Ability to transfer capability to internal coaches, so you are not permanently dependent.
• Language, location and cost per participant.

Digital and energy skills

Operations excellence increasingly includes data literacy, OT cybersecurity and energy management. Short courses can introduce these, but deeper skill needs work on your own data and systems. Pair process engineers with data specialists on joint projects so both sides learn.

Selecting participants

Choose early participants who are respected by their peers and have a real problem to work on, not only those who can be spared. Their visible success makes the next cohort easier to recruit. Balance shifts and departments so improvement capability is spread across the operation, and agree with line managers how much time participants will have for their projects each week. Publish project results internally, crediting the teams, so that the next cohort sees what is possible on their own site.

Internal academies

Larger organisations often build an internal operations academy that combines external content with their own production system. Typical elements are a curriculum per role, certified internal coaches, a library of standard training materials, model areas where good practice can be seen, and a recognition system for completed projects. External providers can help design and launch the academy and then step back as internal coaches take over. Keep the content tied to the company's own standards and examples, which makes it far more relevant than generic material.

A sample learning path for a plant

Measuring the return

Training programmes are often judged only by attendance. Better measures are:

• Project outcomes: safety, quality, delivery, cost or energy improvements, validated by finance where possible.
• Behaviour: are huddles held, standards followed and problems escalated quickly?
• Capability: number of people able to lead improvement independently or coach others.
• Retention and engagement in teams that took part.

Pitfalls

• Training everyone in tools at once, with no time or support to apply them.
• Choosing certificates over problems: the belt becomes the goal.
• Leaders who delegate improvement to a central team and do not change their own routines.

Key takeaways

• Use external programmes to build capability.
• Choose by focus: lean, digital, energy or security.
• Apply learning on real projects.

Frequently asked questions

Are these US-only?

MEP and Manufacturing USA are US programmes. LEI, SANS, the Energy Institute and the WEF network operate internationally; check delivery options for your location.

How do we choose?

Start from your capability gaps.

Lean, Six Sigma or both?

Lean suits flow and waste problems; Six Sigma suits variation and defect problems. Many organisations teach both.

How do we keep training from fading?

Link it to real projects, coach leaders to sustain routines and recognise improvements made by teams.

How long does a capability programme take?

Individual skills can be built in months when tied to real projects; changing culture takes longer, so plan in years rather than weeks.

Sources

Every factual statement marked with a number links to the source below. Unnumbered practical guidance is editorial advice. Sources were retrieved on 24 October 2026; check the publisher for later revisions. Wikipedia pages are used as secondary references and summarised in our own words (Wikipedia text is licensed CC BY-SA 4.0; any short quotation is marked and attributed); vendor pages are cited only to show what a vendor says about itself. Photo credits and licences are on the image credits page.

1. Lean Enterprise Institute (vendor site, accessed 24 Oct 2026) lean.org
2. NIST Manufacturing Extension Partnership nist.gov
3. Manufacturing USA manufacturingusa.com
4. SANS ICS410: ICS/SCADA Security Essentials sans.org
5. Energy Institute: new programme on AI adoption in energy (media release, 21 Oct 2026) energyinst.org
6. WEF Global Lighthouse Network initiatives.weforum.org
7. Toyota Production System (Wikipedia) en.wikipedia.org
8. Lean manufacturing (Wikipedia) en.wikipedia.org
9. Gemba (Wikipedia) en.wikipedia.org
10. Six Sigma (Wikipedia) en.wikipedia.org
11. Lean Six Sigma (Wikipedia) en.wikipedia.org
12. Training Within Industry (Wikipedia) en.wikipedia.org
13. Kaizen (Wikipedia) en.wikipedia.org