Short Stories: Applied Lessons in Problem Solving

Years ago, an old friend invited me to inspect persistent difficulties at his newly acquired industrial enterprise. He had purchased controlling equity expecting robust profitability, yet after a year of substantial cash injections, the company remained ensnared in severe cash-flow stagnation and compounding operational losses.

Our initial executive session with minority-shareholding directors was palpably defensive. I posed a direct question: "In your diagnosis, what is the single greatest obstacle preventing profitability?" Their immediate, unanimous chorus: "A lack of working capital!"

Knowing that immense fresh capital had already been poured in, their request was merely for more liquidity! This was a familiar cognitive trap. Business owners repeatedly invoke "liquidity shortage" as a default excuse, oblivious that pouring cash into an operationally broken business is like pouring water into a leaky vessel.

The tense atmosphere precluded further abstract discussion. I requested a four-week mandate to execute a comprehensive operational audit.

Applying the European Foundation for Quality Management (EFQM) Excellence Model and a customized diagnostic audit, I investigated all company workflows. The resulting multi-hundred-page dossier revealed widespread deficiencies across operations—from procedural omissions to a complete absence of Corporate Governance.

To clarify our investigative findings and subsequent breakthroughs, we examine the EFQM Organizational Diagnostic Model:

The EFQM model is a comprehensive organizational assessment framework evaluating nine core criteria partitioned into Enablers and Results:

• Enablers (5 criteria): Leadership, Strategy, People, Partnerships & Resources, and Processes, Products & Services. These represent the institutional engines creating foundational capability.

• Results (4 criteria): Customer Results, People Results, Society Results, and Key Performance Results. These measure concrete enterprise achievement.

Our 9-stage audit encompassed: 1. Team preparation, 2. Multi-channel data gathering (interviews, document reviews, site inspections), 3. Nine-criteria benchmarking, 4. RADAR scoring (Results, Approach, Deploy, Assess & Refine), 5. Gap analysis, 6. Diagnostic reporting, 7. Board feedback, 8. Milestone turnaround planning, and 9. Periodic re-assessment.

I presented the final diagnostic report to the anxious board: "Liquidity is not your problem! Injecting capital into this business is like administering blood transfusions to a patient hemorrhaging from severed arteries without first clamping the wound! You are plagued by systemic parasites draining enterprise lifeblood."

What were our diagnostic findings? Customer deliveries were delayed by months, prompting hostile confrontations. Unpaid staff spent working hours on unauthorized private ventures. Operating expenses were bloated and unaccountable.

The root cause lay in Enabler failures: a catastrophic void in Corporate Governance. The company treasury was treated as a personal pocketbook by founding partners. Financial internal controls did not exist. The purchasing department—which also managed the warehouse—routinely forged receiving slips for raw materials that never arrived, embezzling substantial sums while inflating invoices. In manufacturing, lack of planning created severe headcount redundancy.

Simprago applied root-cause methods (Fishbone and the Whys Technique) alongside prioritization frameworks (ROI, FMEA, Pareto). An 18-month turnaround was implemented: re-skilling and reallocating redundant staff, deploying an ERP system to enforce financial transparency, and chartering a Systems & Procedures unit.

The initial milestones were transformative: enterprise headcount was reduced by more than 50% without compromising throughput, customs inventory was converted to deliverable product, payroll was stabilized, and governance controls permanently closed financial vulnerabilities.

During my tenure in automotive component manufacturing, our line was hit with a critical defect on the Iran Khodro vehicle assembly line. A crucial die-cast component made from Zamak alloy (a zinc-aluminum-copper casting alloy) was cracking or deforming under torque during vehicle assembly.

Repeated metallurgical laboratory audits of our raw ingot batches returned pristine chemical purity. In the local Iranian raw materials market, Zamak was colloquially misnamed "dry lead" (Sorb-e Khoshk)—a dangerous metallurgical misnomer that spawned this disaster!

To uncover the true root cause using the Simprago Four Questions (What, When, Who, and Where), quality inspector Mohsen was dispatched directly to the supplier’s die-casting shop floor.

• What was happening? Was the defect inherent to ingot batches or an artifact of casting?

• When did it happen? Was the defect continuous across all shipments or intermittent?

• Who was involved? Was it operator error or known managerial practice?

• Where did it occur? Did workshop tooling or furnace environments play a role?

The answers swiftly clarified the problem statement. On day one, Mohsen observed that the melting crucible was approximately 10% full before ingots were loaded. When he asked the operator what that residual molten liquid was, the worker casually replied: "We were casting toilet flush valves earlier, and that is leftover plumbing lead!" The worker had dumped high-precision Zamak ingots into molten scrap lead, generating an uncalibrated mutant alloy so soft that it collapsed under wrench torque!

I asked Mohsen: "Why were some historical batches acceptable then?" Mohsen smiled wryly: "I brought our assembly simulation fixture and demonstrated the crushed part to the shop floor owner. His reaction was shocking: ‘That is no problem at all, we can fix it right now!’ He shouted to his laborer: ‘Throw two Renault 5 scrap radiators into the pot immediately!!’"

Stunned, I asked what Renault radiators had to do with zinc casting. Mohsen replied: "The shop owner claimed that since Renault 5 radiators are made of aluminum, whenever the zinc gets too soft, tossing in old scrap radiators stiffens the alloy right up!"

I felt chilled to the bone. Precision Zamak alloying requires 48 hours of strict furnace equilibrium and tight elemental spectroscopy. Yet on the informal factory floor, they were improvising homebrew alloys by blending Zamak, scrap plumbing lead, and discarded Renault car radiators!

The Simprago Four Questions method penetrated surface assumptions to unearth shop-floor reality, triggering three definitive corrective actions:

1. Metallurgical Education: Delivering foundational metallurgy training for workshop operators and managers on alloy phase dynamics.

2. Resident Quality Inspection: Stationing a resident inspector to audit furnace charge logs directly on the supplier floor.

3. Supplier Qualification & Transition: Qualifying and transitioning volume to a certified supplier equipped with spectrographic testing laboratories.

The enduring lesson: Product excellence is hostage to the weakest link in the supply chain. Until all suppliers down to workshop operators embrace scientific discipline and quality culture, achieving world-class manufacturing remains an illusion.