Execution Methodology

Our Transformation Framework

Operational transformation requires structured discipline. Our 5-phase framework governs every step on the shopfloor to turn operational waste into validated profit.

Structured Execution

The 5 Transformation Phases

From initial diagnostic to permanent daily management, we work line-side with your shopfloor teams.

01
Phase 01

Diagnose

Comprehensive shopfloor diagnostic, Day-In-The-Life-Of (DILO) studies, and loss quantification to uncover hidden capacity and operational waste.

Key Activities

  • Conduct 7 Waste (Muda) shopfloor audit across value streams
  • Perform DILO time-and-motion studies for key operators & crews
  • Analyze 6 Big Losses on bottleneck machines
  • Establish accurate OEE and cycle time baselines

Phase Deliverables

  • Shopfloor Diagnostic Report
  • Loss Tree & Bottleneck Analysis
  • Baseline Opportunity Assessment
02
Phase 02

Analyse

Data-driven root cause analysis to trace shopfloor losses, cycle time variations, and line imbalances to fundamental systemic causes.

Key Activities

  • Execute MOST (Maynard Operation Sequence Technique) study
  • Construct Yamazumi line balancing charts & Takt time analysis
  • Perform Spaghetti diagram material flow tracking
  • Conduct 5-Why and Ishikawa root cause problem solving

Phase Deliverables

  • Value Stream Mapping (VSM) Current State
  • Work-Element Balance Chart
  • Root Cause Verification Matrix
03
Phase 03

Design

Co-create lean future-state shopfloor layouts, standardized work instructions, and rapid changeover protocols with your plant engineering team.

Key Activities

  • Design cellular flow and unidirectional material pathways
  • Develop SMED setup reduction and tool presetting routines
  • Draft Standard Work Sheets (SWS) and visual SOPs
  • Design Low Cost Automation (Karakuri / Poka-Yoke) fixtures

Phase Deliverables

  • Future State Layout Blueprint
  • SMED & Quick-Changeover Protocols
  • Standardized Work Instructions & SOPs
04
Phase 04

Execute

Hands-on, line-side execution alongside plant managers, supervisors, and operators to implement layout changes and train frontline crews.

Key Activities

  • Conduct targeted 3-day Kaizen execution events on lines
  • Relocate machinery and establish supermarket buffer zones
  • Train operators on standard work and error-proofing devices
  • Deploy visual production tracking & hourly output boards

Phase Deliverables

  • Rebalanced Assembly / Machine Line
  • Trained Frontline Workforce & Supervisors
  • Deployed Visual Control Systems
05
Phase 05

Sustain

Embed Daily Management Systems (DMS), shift standup huddles, and layered process audits to lock in operational gains permanently.

Key Activities

  • Establish 15-minute daily shift huddle cadences
  • Implement Layered Process Audits (LPA) and Kamishibai boards
  • Institute Hoshin Kanri cascading KPI dashboards
  • Handover continuous improvement tools to internal champions

Phase Deliverables

  • Daily Management System (DMS) Playbook
  • Layered Process Audit Checklists
  • Sustaining Governance & Audit Matrix
Our Diagnostic Process

Diagnostic Assessment Steps

Our structured diagnostic methodology evaluates plant performance without disruption to ongoing production operations.

Step 01

Initial Consultation & Business Understanding

Understand your business objectives, production challenges, operational constraints, and key improvement priorities through discussions with plant leadership and stakeholders.

Phase 01 Diagnostic
Step 02

Shopfloor Assessment & Process Observation

Conduct a detailed shopfloor walkthrough to observe production flow, manpower utilization, material movement, machine performance, bottlenecks, changeovers, and non-value-added activities.

Phase 02 Diagnostic
Step 03

Data Collection & Performance Analysis

Collect and analyse operational data including production output, cycle times, OEE, downtime, quality losses, manpower utilisation, inventory levels, and capacity to identify improvement opportunities.

Phase 03 Diagnostic
Step 04

Opportunity Assessment & Root Cause Analysis

Evaluate the current state using Lean Manufacturing and Industrial Engineering principles to identify wastes, process inefficiencies, bottlenecks, and improvement potential with quantified business impact.

Phase 04 Diagnostic
Step 05

Improvement Roadmap & Business Case

Present a comprehensive report outlining identified opportunities, recommended solutions, implementation priorities, expected operational improvements, projected savings, ROI, and a phased execution roadmap.

Phase 05 Diagnostic
Measurable Business Value

Expected Operational Outcomes

Applying our transformation framework across manufacturing facilities delivers consistent, quantified improvements:

Target Outcome

Higher Productivity

+25% to +40%

Increased output per operator-hour through work content rebalancing, motion reduction, and standardized work routines.

Target Outcome

Reduced Costs

-15% to -30%

Lower unit conversion cost driven by scrap reduction, overtime elimination, and optimized headcount deployment.

Target Outcome

Higher OEE

18% + Uplift

Enhanced equipment availability, speed, and quality output on constraint assets through TPM and SMED setup reduction.

Target Outcome

Reduced Lead Time

-30% to -50%

Faster order fulfillment from raw material receipt to dispatch by eliminating batch queues and WIP buffer congestion.

Target Outcome

Better Material Flow

-35% Travel

Streamlined unidirectional logistics pathways, eliminating crisscrossing transport, double-handling, and aisle blockage.

Partnership Requirements

Ready to Implement Our Transformation Framework?

We work side-by-side with your Plant Head, supervisors, and operators to ensure every phase is executed cleanly with zero disruption to daily delivery schedules.