CI Program Foundation
CI = making the operation systematically harder to run badly. Not harder to run — harder to run badly.
Project CI vs. Embedded CI
Section titled “Project CI vs. Embedded CI”Both are required. Neither alone sustains.
| Mode | What it is | Risk |
|---|---|---|
| Project CI | Kaizen events, DMAIC projects, layout redesigns — episodic, step-change improvements | Gains revert when event team disperses |
| Embedded CI | Daily Gemba walks, tier huddles, standard work audits, operator escalation | Slow to build; requires management discipline |
A DC running only events will not have a CI program by year three. Every gains-then-reverts story follows the same arc: event → real results → team disperses → results decay → CI budget cut.
Why CI Programs Die in Year 2
Section titled “Why CI Programs Die in Year 2”The failure pattern is predictable across virtually every site:
- Year 1: Kaizen event, visible results, executive enthusiasm. Hourly accountability board installed.
- Year 2: Original CI champion leaves. Supervisor co-lead changes shifts. CI engineer spends 60% of time on operational fires. Board stops being updated Tuesday, then Thursday, then becomes a permanent artifact.
Four structural killers (not tool selection, not resource investment):
- Leadership churn — 3PL site manager tenure averages 18–24 months. Every turnover is a CI reset unless the system is institutionalized in management structure, not a person’s memory.
- No measurement discipline — Kaizen metrics not embedded in daily management → results decay without anyone pulling an alarm.
- No escalation path — Operators stop reporting problems after 90 days if nothing changes. A functional system: Tier 1 (24-hr resolution) → Tier 2 (72-hr) → Tier 3. Problems go up, solutions come back down.
- CI engineer isolation — CI engineer is staff with no operational authority. If supervisors don’t own the tools, the program becomes a person, not a system.
CI Engineer vs. Operations Supervisor
Section titled “CI Engineer vs. Operations Supervisor”The most important human dynamic in warehouse CI — and the most frequently mishandled.
| Role | Owns |
|---|---|
| CI Engineer | The system: measurement methodology, tools, kaizen facilitation, data infrastructure |
| Operations Supervisor | The floor: daily execution, standard work adherence, crew accountability, real-time escalation |
Failure modes when boundary is blurred:
- CI engineer builds a labor standard the supervisor disagrees with → standard never used
- Kaizen findings presented in PowerPoint, supervisor nods, nothing changes → solution wasn’t co-designed
- CI engineer bypasses supervisor to DC manager → supervisor ignores CI recommendations for months
- Supervisor treats CI engineer as problem-finder (“go find what’s wrong”) rather than partner
What good looks like: CI engineer spends ≥2 hours/day on floor walking with supervisors. Standard work revisions require supervisor sign-off. Supervisor runs Tier 1 huddle; CI engineer supports it.
If the CI engineer can’t tell you last week’s UPH by function from memory, the program is already failing.
CI by Operating Context
Section titled “CI by Operating Context”3PL Environment
Section titled “3PL Environment”CI is both an internal performance lever and a client-facing deliverable. ROI must show up on the cost-per-unit line the client sees, not just internal reporting. Client gainsharing (DHL First Choice model) creates shared financial incentive. Margin pressure is relentless — need quick wins on client scorecards + longer-horizon structural work in parallel.
End-User (Captive) DC
Section titled “End-User (Captive) DC”More long-term stability, less external urgency. No contract renewal forcing the question. Programs thrive when the parent company already has lean culture (automotive suppliers, consumer goods manufacturers). Must connect CI work to P&L and annual budget conversation.
Automated Facility
Section titled “Automated Facility”CI target shifts from labor method to:
- Manning: staffing allocation at each G2P port or pack station
- Exception handling: items falling out of automated flow; rate and resolution speed
- Software configuration: wave logic, slotting algorithms, dispatch rules
A CI engineer excellent at conventional DC Kaizen needs to significantly rebuild their toolkit to be effective in a fully automated facility. See CI in Automated Facilities.
Field Test: Is the CI Program Real?
Section titled “Field Test: Is the CI Program Real?”Five questions. A real program answers all five immediately. A decorative one hedges.
- “Can you show me last week’s UPH by function?” → should be on Tier 2 board, not in a spreadsheet
- “What’s the top problem from yesterday’s Tier 1 huddle in the pick zone?” → if nobody knows, huddles aren’t functioning
- “When was the last time a standard work document was updated? Who signed off?” → if “during the Kaizen event,” it’s already obsolete
- “Show me the last three Pareto analyses that drove a CI decision.” → absence = gut-feel decisions
- “What’s the open action count on the Tier 2 board right now?” → if board doesn’t exist or isn’t maintained, no embedded CI
Key Principle
Section titled “Key Principle”A CI program that can’t survive a site manager change isn’t a program — it’s a dependency on a person.