Approach

Turn operational bottlenecks into measurable profit

Efficiency work only counts if it shows up in the numbers your finance team already reports. Here is how an engagement runs, what you get at each stage, and why improvement so often stalls without it.

+28%
Product quality gain on a vegan cheese line
$2.8M
Cost saved over two years from that one programme
+43%
Overall equipment effectiveness from real-time monitoring
−31%
Production lead time on an upstream drilling programme

The problem behind the problem

Why improvement stalls

Four patterns account for most of the initiatives I am called in to rescue. None of them are about a lack of effort.

The symptom gets fixed, not the cause

A defect is contained, a bottleneck is staffed around, a line is re-run. The number recovers for a month and then drifts back, because the mechanism that produced it was never identified.

Nobody wrote down how the work is done

Without documented standard work there is no baseline to improve from and no way to hold a gain. Three shifts run three processes, and the variation you are measuring is the process itself.

The data arrives too late to act on

A report at the end of the week tells you what you lost. Data at the machine, in the moment, lets an operator stop losing it. Most plants have the signals already — they are just not being collected.

Ownership sits with the consultant

If improvement depends on an outsider being in the building, it ends when they leave. The handover has to be designed into the engagement from the start, not tacked on at the end.

Engagement model

Two stages. No surprises.

You should never be asked to commit budget to a solution before anyone has established what the problem is. So the diagnosis is a stage of its own, priced on its own, and useful to you whatever you decide to do next.

1

Operational Diagnostic Assessment

I spend time where the work happens — watching the process run, talking to operators and supervisors, and pulling apart whatever data already exists. I map the process end to end, quantify losses at each step, identify the constraint and the organisational boundaries around it, and test the assumptions everyone has stopped questioning.

  • Prioritised findings — what is actually costing you, ranked by size and effort
  • Opportunity quantified — the recoverable value in dollars, with the arithmetic shown
  • Recommended scope — a costed plan for stage two, or an honest note that you do not need one

Typically 2–4 weeks · Fixed fee · Deliverable is yours either way

2

Implementation & handover

We work the agreed scope together. Depending on what the diagnostic found, that can mean process redesign, mechanical or control changes to equipment, standard operating procedures and operator training, real-time measurement, or a supply chain and planning rework. Measurement is built in from day one so the gain is visible while it is happening, not argued about afterwards.

  • Milestones you can hold me to — each with a defined outcome and measure
  • Documentation that stays — SOPs, work instructions, control plans, training records
  • Your team running it before I leave — handover is the last milestone, not an afterthought

Scoped from stage one · Milestone-based · On site and remote

The framework

Roots first, then growth

A tree only carries what its roots can support. Process documentation is the root system of business process improvement — the reason change initiatives so often deliver temporary relief is that there was never a clear, agreed record of how the work should be done.

With that foundation in place, four branches become worth investing in: data analytics to expose bottlenecks, technology and automation to lift throughput, supply chain optimisation to align production with demand, and a continuous improvement culture that makes cost and quality gains part of everyone’s job rather than a project.

The Kapi improvement framework drawn as a tree: process documentation at the roots, with data analytics, technology and automation, supply chain optimisation and continuous improvement as the four branches above it.
The Kapi improvement framework — documented process at the roots, four branches of growth above it.
  • Process documentationThe root system — standardised SOPs that make training and cross-training repeatable.
  • Data analyticsSurfaces bottlenecks and lifts efficiency through deep analysis.
  • Technology & automationCuts processing time and lifts throughput through automation.
  • Supply chain optimisationSharpens production and S&OP planning through better modelling.
  • Continuous improvementCuts defects and cost with Lean Six Sigma and the seven Lean wastes.
  • Lean Six Sigma
  • Total Quality Management
  • Theory of Constraints
  • Business Process Management
  • Business Process Re-engineering
  • Root cause analysis
  • Statistical process control
  • Value stream mapping

Measurement

If it cannot be measured, it is not an improvement

Every engagement gets a baseline before anything changes and a measurement plan that survives the engagement. Where the signals exist but are not being captured — sensors, PLCs, scanners, ERP transactions — capturing them is often the single highest-return piece of work available.

  • Baseline agreed up front so the gain is not disputed later
  • Metrics your team already trusts — OEE, first-pass yield, lead time, cost per unit
  • Live where it matters — visible at the machine, not only in a monthly pack
Analyst reviewing performance dashboards on dual monitors

Find out what your operation is losing — and what it would take to stop it

A 30-minute call, no charge and no pitch deck. Tell me what is not working and I will tell you straight whether it is something I can help with.