§1The 'Big Picture' — Executive Summary
The fundamental shift from a Seller's Market (where the supplier dictates price, quality, and performance) to a Buyer's Market (where the customer demands drive everything) has transformed how businesses must manage quality, costs, and supply chains. This chapter explains the tools and frameworks a modern CA must understand to advise businesses in this new reality.
Why This Chapter Matters in the SCPM Syllabus
Chapter 2 is foundational because it establishes the context for almost every cost management and performance measurement tool studied later. You cannot understand Activity-Based Costing, Target Costing, or the Balanced Scorecard in isolation — they all respond to the pressures of the modern business environment described here.
- Frequently tested through case-study based MCQs and descriptive questions
- Numerical questions on COQ analysis and Customer Lifetime Value are high-probability
- The TQM vs Six Sigma distinction and Deming's 14 Points appear regularly
- Push vs Pull Supply Chain questions appear as caselet MCQs
- Maruti Suzuki uses TQM & supplier quality reviews — direct COQ application
- Flipkart/Amazon India — classic Push-to-Pull SCM transformation via e-commerce
- Infosys BPO — outsourcing & offshoring in practice
- Amul — downstream SCM with strong relationship marketing
- IRCTC — SLA-driven service delivery at scale
Chapter Architecture at a Glance
| Topic | Core Question Answered | Key Framework | Exam Risk |
|---|---|---|---|
| Cost of Quality (COQ) | How much does quality (or its absence) cost? | PAF Model | High |
| Total Quality Management | How do we build quality into every process? | Deming's 14 Pts, PDCA, 6Cs | High |
| Supply Chain Management | How do goods flow efficiently from source to customer? | Push/Pull, Upstream/Downstream | High |
| Gain Sharing Arrangements | How do two parties share the benefits of collaboration? | Win-Win Contract Design | Medium |
| Downsizing/Outsourcing/Offshoring | How do firms restructure for cost efficiency? | Strategic Make-or-Buy | Medium |
Every topic in this chapter ultimately answers one business imperative: "How do we satisfy customers profitably in a hyper-competitive, globalized world?" Keep this thread visible when writing exam answers.
§2Cost of Quality (COQ)
The 'Why' — Logic Behind the Theory
Every rupee spent on preventing defects saves multiple rupees in fixing them later. COQ gives management a quantified language to make this trade-off visible. Without measuring quality costs, managers focus only on production costs and miss the enormous hidden costs of poor quality (the "iceberg below water").
Dr. Joseph M. Juran introduced COQ in his Quality Control Handbook (1951). Mr. Philip B. Crosby popularized it with his book Quality Is Free, arguing that quality costs nothing when done right — it is the lack of quality that costs.
Key Definition — COQ
Cost of Quality is the sum of all costs related to the prevention and detection of defects, and the costs incurred due to the occurrence of defects. It is measured as: Cost of Control (Conformance) + Cost of Failure of Control (Non-Conformance).
Source: ICAI SCPM Study Material, Chapter 2= (Prevention Cost + Appraisal Cost) + (Internal Failure + External Failure)
← Cost of Good Quality → ← Cost of Poor Quality →
The PAF Model — Four Components Explained
| Component | What it is | When incurred | Indian Examples | Type |
|---|---|---|---|---|
| 🛡️ Prevention Costs | Costs to avoid defects from occurring in the first place | Before production begins | Quality training at Tata Motors; Supplier audits at L&T; Design reviews at ISRO | Good Quality Cost |
| 🔍 Appraisal Costs | Costs to measure and verify conformance to quality standards | During production at all stages | Incoming material inspection at Bajaj Auto; Third-party certification (BIS/ISO); Field testing at Bharat Electronics | Good Quality Cost |
| ⚠️ Internal Failure | Costs of defects found before delivery to customer | During production, before shipment | Scrap at a textile mill; Rework at a pharmaceutical plant; Machine downtime at Hero MotoCorp | Poor Quality Cost |
| 🚨 External Failure | Costs of defects discovered after delivery to customer | After product reaches customer | Warranty repairs by Hyundai India; Product recalls (e.g., Maggi noodles episode); Lost market share due to reputation damage | Poor Quality Cost |
Detailed Examples for Each Category
🛡️ Prevention Costs — Examples
- Quality engineering & planning
- Quality training programs
- Quality audits & quality circles
- Supplier evaluation & selection
- Preventive equipment maintenance
- Process engineering
- Design reviews & field trials
- Testing of new materials
- Education of suppliers
🔍 Appraisal Costs — Examples
- Field testing
- Inspecting and testing materials
- Packaging inspection
- Product acceptance
- Process acceptance
- Measurement equipment (inspection)
- Outside certification (ISO, BIS)
⚠️ Internal Failure — Examples
- Scrap material
- Rework & re-testing
- Re-designing
- Machine downtime
🚨 External Failure — Examples
- Cost of product recalls
- Lost sales due to poor performance
- Returns & allowances
- Warranty & repair costs
- Product liability claims
- Customer dissatisfaction
- Lost market share
- Customer support costs
Three Views on Cost of Quality Exam Recall
- Higher Quality = Higher Cost: Improved quality attributes (features, performance) consume more resources and the gains don't compensate the extra cost. (Traditional view)
- Savings > Cost of Improvement: Deming's view, still dominant in Japan. Less rework, scrap and direct defect-costs result in savings that exceed quality investment. Japanese firms prove this through kaizen.
- Quality costs = Excess over "right first time" costs: TQM philosophy view. Quality costs include not just direct costs but hidden costs — lost customers, lost market share, foregone opportunities — all untracked by conventional cost accounting.
Optimal COQ — The Trade-Off
As conformance spending (prevention + appraisal) increases, non-conformance costs (internal + external failures) decrease. There exists an optimal point where the total cost is minimized. Striving for zero defects is not always economically rational — the marginal cost of the last unit of conformance may exceed the marginal benefit.
TQM proponents argue against this traditional trade-off view. They contend that a programme of continuous improvement (zero-defect philosophy) can simultaneously reduce both conformance and non-conformance costs over time — making the optimal COQ curve shift downward and to the left.
The 5-Step PAF Application Process
Collect basic information about the number and nature of failures across the system
Apply reasonable assumptions to translate raw failure data into measurable, comparable numbers
Classify and chart costs under Prevention, Appraisal, Internal Failure, External Failure
Identify categories with disproportionate cost and direct improvement resources there
This is a periodic exercise — track trend, measure improvement, and reassess
The Iceberg Model High Yield Concept
Only a minority of quality costs are obvious (above the surface): rejects, rework, testing costs, customer returns, recalls, inspection costs.
The vast majority are hidden (below the surface): excessive overtime, excessive IT system costs, planning delays, complaint handling time, unused capacity, incorrectly completed sales orders, development cost of failed products, time with dissatisfied customers, late paperwork, pricing/billing errors, excessive employee fluctuation.
Key exam insight: Identifying and addressing below-the-surface costs represents a massive opportunity to reduce the cost of doing business.
How to Calculate & Report COQ
- Simplest: In terms of effort (hours/days) — rough but quick
- Better: In terms of money — convert effort into rupees + add tangible costs
- Best: As a percentage of total cost — enables cross-company and cross-project benchmarking
- Impartiality Rule: COQ must be determined by an external person (e.g., Accounts Department), not the core project team, to avoid bias
§3Total Quality Management (TQM)
The 'Why' — Logic Behind TQM
COQ measures the cost of quality failure. TQM is the management system that prevents that failure. It recognizes that quality is not a department's responsibility — it is everyone's responsibility, embedded into every organizational process, from design to delivery.
"An integrated and comprehensive system of planning and controlling all business functions so that products or services are produced that meet or exceed customer expectations. TQM is a philosophy of business behaviour, embracing principles such as employee involvement, continuous improvement at all levels, and customer focus, as well as being a collection of related techniques aimed at improving quality, such as full documentation of activities, clear goal setting, and performance measurement from the customer perspective."
— CIMA Official DefinitionOrigin & Founders Exam Fact
- Originated in the 1950s; popularized in the early 1980s
- Developed jointly by: W. Edwards Deming, Joseph M. Juran, and Armand V. Feigenbaum
- Originally applied in manufacturing; now recognized as a generic management tool applicable in services and public sector
TQM Objectives — What It Seeks to Achieve
- Focus on meeting the owner's/customer's needs by providing quality services at a reasonable cost
- Continuous improvement — a never-ending process
- Recognizes the role of everyone in the organization
- Views the organization as an internal system with a common aim
- Focuses on how tasks are accomplished, not just the outcome
- Emphasizes teamwork across all functions
- Eradicate waste and increase efficiency
- Ensures things are done right the first time
The Six C's of TQM High Yield — Mnemonic Ahead
| The 'C' | What it means | Why it's critical |
|---|---|---|
| 🔑 Commitment | Clear commitment from top management is non-negotiable | Without top-down commitment, quality becomes one department's job and fails. Cannot be delegated. |
| 🎨 Culture | Training must shift attitudes and mindsets toward quality | Quality must become "normal" — not an add-on. This is a cultural transformation, not a policy change. |
| 🔄 Continuous Improvement | TQM is a process, not a programme — never-ending search for better ways | Complacency kills quality gains. There is always room to improve, however small. |
| 🤝 Co-operation | Total Employee Involvement (TEI) — every employee's experience must be utilized | Quality decisions cannot be top-down alone. Front-line employees know the process best. |
| 👥 Customer Focus | Both external customers (end users) and internal customers (colleagues) must be served | TQM implementations that focus only on external customers fail because internal relationships deteriorate. |
| 📋 Control | Documentation, procedures, and metrics are essential for monitoring improvement | Without control mechanisms, improvements cannot be measured, tracked, or sustained. |
- C — Commitment (from the top)
- C — Culture (training-driven attitude change)
- C — Continuous Improvement (a process, not a programme)
- C — Co-operation (Total Employee Involvement)
- C — Customer Focus (internal + external)
- C — Control (documentation & metrics)
Memory Anchor: "Three C's build the culture (Commitment, Culture, Continuous) — Three C's sustain the system (Co-op, Customer, Control)"
Deming's Contributions Frequently Tested
W. Edwards Deming is called the "father of quality control." His philosophy: quality improvements require organizational change that starts from upper management — workers rarely cause problems; the system (process) does.
Deming's 14 Points — Organized into Themes
| # | Point | Theme / Insight |
|---|---|---|
| 1 | Create constancy of purpose towards improvement | Replace short-term reaction with long-term planning |
| 2 | Adopt the new philosophy | Management must themselves adopt — not just mandate — the philosophy |
| 3 | Cease dependence on inspection | If variation is reduced, inspection becomes unnecessary — build quality in |
| 4 | Move towards a single supplier for any one item | Multiple suppliers introduce variation in feedstock quality |
| 5 | Improve constantly and forever | Continuously strive to reduce variation — kaizen mindset |
| 6 | Institute training on the job | Untrained workers introduce variation in processes |
| 7 | Institute leadership | Leadership ≠ supervision. Leaders develop people; supervisors chase quotas |
| 8 | Drive out fear | Fear prevents workers from acting in the organization's best interest |
| 9 | Break down barriers between departments | The 'internal customer' concept — each department serves the next |
| 10 | Eliminate slogans | Slogans don't fix the process — improving the process does |
| 11 | Eliminate management by objectives | Production targets encourage delivery of poor-quality goods |
| 12 | Remove barriers to pride of workmanship | Workers who are proud of their work produce better output |
| 13 | Institute education and self-improvement | Continuous learning is an organizational imperative |
| 14 | The transformation is everyone's job | Quality is not a department — it is a systemic, organizational commitment |
Group them: Purpose & Philosophy (1-2), Process Control (3-5), People (6-8), Organizational Barriers (9-11), Transformation (12-14). Think: "PP-PC-Pe-OB-T"
The PDCA Cycle (Deming Wheel) Diagram-Based Question Likely
The circular nature of PDCA represents that continuous improvement is a never-ending process.
Criticisms of TQM Often Asked in Theory Questions
- Excessive focus on documentation of processes and ill-measurable outcomes
- Emphasis on quality assurance rather than improvement
- Internal focus that contradicts the alleged customer orientation
- Albrecht's view: TQM may not suit service-based industries — standards-based "industry best practice" ignores organizational culture. He recommends TQS (Total Quality Service) — more customer-oriented
- Carlzon's response: Revived customer focus through TEI (Total Employee Involvement) — delegate decision-making to the "front-line," decentralize management
TQM vs. Six Sigma — A Key Distinction
| Dimension | TQM | Six Sigma |
|---|---|---|
| Focus | Process improvement across the organization | Reducing defects to ~3.4 per million opportunities |
| Approach | Cultural transformation, everyone's responsibility | Statistical, data-driven, specialist-led (Black Belts) |
| Scope | Broad — all organizational functions | Targeted — specific problem/process elimination |
| Tool | PDCA, quality circles, 14 Points | DMAIC, statistical tools, control charts |
| Indian Example | Maruti Suzuki quality circles | Motorola, GE — pioneered Six Sigma globally |
§4Supply Chain Management (SCM)
The 'Why' — Logic Behind SCM
No producer can independently deliver what customers want, when and where they want it. Supply chains are the value chains that make this possible. Deficiencies in the supply chain directly reduce competitive ability — which is why SCM has become a boardroom strategic priority.
Supply Chain Management is "the integration of key business processes from end user through original suppliers that provides products, services, and information that add value for customers and other stakeholders."
— Global Supply Chain Forum (GSCF)The 8 GSCF Supply Chain Processes High Yield List
- Customer Relationship Management (CRM) — Manage & analyse customer data through the lifecycle
- Supplier Relationship Management (SRM) — Structure for developing & maintaining supplier relationships
- Customer Service Management — Key contact point for product/service agreements
- Demand Management — Aligns customer requirements with supply chain capabilities
- Order Fulfilment — All activities to fill customer orders efficiently
- Manufacturing Flow Management — Move products through plants; manage manufacturing flexibility
- Product Development & Commercialization — Bring new products to market with customers and suppliers
- Returns Management — Reverse logistics, gatekeeping, avoidance
- C — Customer Relationship Management
- R — (Supplier) Relationship Management (SRM)
- M — (Customer Service) Management
- S — (Supply Chain) — Demand Management
- D — (Order fulfilment) Delivery
- O — Operations (Manufacturing Flow Management)
- M — Market (Product Development & Commercialization)
- P — Product Returns Management
- R — Returns
Simpler anchor: "CS-SD-OM-PR" → Customer Service, Supply & Demand, Operations & Markets, Products & Returns
Types of Supply Chain: Push vs. Pull
| Dimension | 🔴 Push Model | 🟢 Pull Model |
|---|---|---|
| Production trigger | Anticipated/forecasted demand | Actual customer orders |
| Inventory level | High (built up in advance) | Low (produced on demand) |
| Customer role | Passive — buys what is available | Active — drives production through orders |
| Risk | Overstock if demand is misjudged | Potential lead time delays |
| Best suited for | Stable, predictable demand; economies of scale; commodities (FMCG, essential goods) | Customized products; volatile demand; e-commerce; fashion |
| Technology | ERP, demand forecasting tools, operations research | E-commerce, Electronic Data Interchange (EDI), real-time connectivity |
| Indian Example | Amul dairy products stocked in retail stores ahead of demand | Myntra (fashion) — produces/procures after customer order; Amazon India |
| Working capital impact | Higher — capital locked in finished goods inventory | Lower — inventory turns faster |
Upstream vs. Downstream Flow
Management of transactions with suppliers. Flow relates to inward movement of materials toward the manufacturer.
Key components:
- Relationship with Suppliers (SRM)
- E-Procurement: E-Sourcing → E-Purchasing → E-Payment
- Supplier Strategy: Sources, Number, Cost/Quality/Speed, Make-or-Buy
Management of transactions with customers. Flow relates to outward movement of products to end users.
Key components:
- Relationship Marketing (Six Markets Model)
- Customer Relationship Management (CRM)
- Use of Information Technology (EDI, E-Business)
- Brand Strategy
E-Procurement — Upstream Technology Exam Detail
Electronic invitation to tender — suppliers across geographies submit quotations electronically. Best way to find the optimal supplier. Reduces cost, time, and effort vs. traditional methods.
Electronic catalogues for standard items; recurring shopping lists; electronic POs dispatched via extranet; detailed management reporting. Enables decentralized purchasing with better controls.
Electronic invoicing and fund transfer. Zero-error payment processing. Faster than manual modes.
Lower costs, less time, quick ordering, best supplier selection, inventory control, better purchase/sales management, greater financial transparency. Risk: A single technology failure can crash the entire system.
Relationship Marketing — Six Markets Model Theory Question Topic
| Market Domain | Who it includes | Strategic Importance |
|---|---|---|
| Internal Markets | Internal departments and staff | Staff shape customer-oriented corporate culture |
| Referral Markets | Existing customers (word-of-mouth) + referral sources (e.g., consultants) | Cheapest form of customer acquisition |
| Influence Markets | Financial analysts, shareholders, business press, government, consumer groups | Shape the marketing environment of the firm |
| Recruitment Markets | Recruitment agencies, universities, institutes | Access to skilled talent — critical for service quality |
| Supplier Markets | Traditional suppliers + strategic alliance partners | Better quality, faster time-to-market, lower inventory |
| Customer Markets | All existing & prospective customers + intermediaries | Core source of revenue and growth |
Customer Relationship Management (CRM) — Key Concepts
Customer Account Profitability (CAP)
Most firms measure profits at the product or business unit level — they fail to measure profit at the customer level. CAP addresses this. It uses Activity-Based Costing (ABC) to attribute revenues and all direct costs (manufacturing, distribution, sales, marketing, service) to individual customers.
- 🏆 Platinum: Most profitable — receive best service & benefits
- 🥇 Gold: Profitable — retain and deepen relationship
- 🔩 Iron: Low profit but desirable — develop toward gold
- ⚠️ Lead: Unprofitable & undesirable — disengage strategically
5-Step CAP Improvement Process
Segment by geography, purchasing behaviour, or profitability
Identify what each segment actually generates
Use ABC — include all direct costs: production, delivery, sales, service
Platinum and Gold tier — invest in deepening these relationships
Lead customers — divest or transform the relationship
Customer Lifetime Value (CLV) Numerical Question Alert
Customer Lifetime Value is the net present value of the projected future cash flows from a lifetime of customer relationship. It helps focus marketing resources on profitable customers and discontinue servicing non-profitable ones.
Discount rate: Firm's cost of capital (or organization-specific rate)
Customer Selection, Acquisition, Retention & Extension (SARE)
| Stage | Key Question | Tools / Techniques |
|---|---|---|
| Selection | Who are we targeting? What is their value? | CAP analysis, CLV modelling |
| Acquisition | How do we bring new customers in? | Advertising, direct mail, search engine marketing, viral marketing |
| Retention | How do we keep existing customers? | Personalisation, mass customisation, opt-in e-mail, online communities |
| Extension | How do we increase what existing customers buy? | Re-sell, Cross-sell, Up-sell |
Service Level Agreements (SLA)
An SLA is a formal or informal agreement between customer and service provider that defines service expectations. It may be legally binding and can be between separate organizations or internal teams.
- Includes: definition of services, performance standards, termination conditions
- Regular meetings to create open communication forums
- Specifies provider rewards and penalties
- Always includes provisions for revisiting terms
Indian Context: IT companies (Infosys, TCS, Wipro) maintain SLAs with global clients defining uptime, response times, and defect rates.
Building a Resilient and Sustainable Supply Chain Contemporary Topic
- COVID-19 pandemic — widespread supply chain disruptions
- Geo-political tensions — impacting food and energy supplies
- Semiconductor chip shortage — affecting electronics and automobile production globally, including India
- Supplier/port shutdowns, inflation, recession
Run digital twin stress tests for disruption scenarios → Measure impact with key metrics → Assess vulnerabilities and design mitigation strategies → Benchmark resilience against peers. Governments must also assess risks to strategically critical industries.
§5Gain Sharing Arrangements
The 'Why' — Logic Behind Gain Sharing
Traditional contracts create adversarial dynamics — the supplier hides cost savings to protect margin; the customer drives prices down destroying supplier viability. Gain sharing aligns interests by making both parties co-investors in each other's success.
Gain Sharing is an approach to the review and adjustment of an existing contract (or series of contracts) where the adjustment provides benefits to both parties. The supplier performs without a guaranteed payment — compensation is based on the actual benefits that emerge to the customer from the supplier's performance.
Key Features
- Supplier takes on risk (could walk away with nothing) in exchange for upside (large return if benefits are substantial)
- The supplier is effectively taking an equity-like stake in the customer's success
- The gain shared is not necessarily financial — it could be a higher specification, faster service, or other non-monetary benefit
- Both parties must provide access to relevant cost data to verify and calculate the benefit
- There must be no rewards for adversarial behaviour or hiding behind contract terms
- Described as a "win-win" situation on the face of it
Typical Structure of a Gain Sharing Agreement Standard Exam Format
| Year | Treatment of Cost Savings | Who Benefits |
|---|---|---|
| Year 1 | Cost savings generated by supplier's initiative retained by supplier | Supplier 100% |
| Year 2 | Shared between buyer and supplier (e.g., 40:60 or 30:70) | Both parties |
| Year 3 | Passed entirely to the buyer/client | Buyer 100% |
| Always | If buyer proposes cost-saving idea requiring no supplier capital — passed immediately to buyer | Buyer 100% |
A large manufacturing company outsources facility maintenance to a specialist vendor under a gain-sharing contract. The vendor implements energy efficiency measures — Year 1 savings belong to the vendor; Years 2-3 shared; Year 4 passed to the manufacturer. This incentivizes genuine effort, innovation, and transparency from the vendor.
§6Downsizing, Outsourcing & Offshoring
Despite their differences, all three strategies share one primary objective: reducing cost or managing it strategically. Decisions are based on cost-benefit analysis or comparative cost statements.
| Dimension | ⬇️ Downsizing | 📤 Outsourcing | 🌏 Offshoring |
|---|---|---|---|
| Definition | Reducing employee workforce by closing non-profitable divisions or eliminating idle capacity to survive economic hardship | Transferring non-core functions to external specialist firms (Third Party Service Providers) | Relocating business functions to another country where operating costs are lower — requires physical infrastructure setup |
| Primary Trigger | Economic crisis, mergers, automation, strategy change | Cost reduction, access to expertise, focus on core competency | Lower labour costs, favourable government policies, time zone advantages |
| Key Pros | Immediate cost reduction, survival in recession | Reduced operating costs, specialization, scalability (up/down) | Lower cost of operations, access to local talent, time zone coverage |
| Key Cons | Morale damage, loss of institutional knowledge, potential talent loss | Security/privacy risks, cultural differences, communication challenges | Home country unemployment (socio-political pressure), cultural/data security risks |
| Indian Example | Banks reducing branch staff post-digital transformation (e.g., Yes Bank restructuring) | Infosys/TCS managing IT functions for global MNCs — India as outsourcing hub | Dell/IBM setting up call centres in India to serve US clients — offshore but not outsourced |
| Key Distinction | Workforce reduction strategy | Third party does work — no physical relocation needed | Work moves geographically — physical infrastructure in another country |
Critical Distinctions — Exam Trap Points
- Outsource but NOT offshore: Hiring an external law firm to review contracts (outsourced to third party, but both in same country)
- Offshore but NOT outsource: Dell's Indian call centre serves American clients — work moved offshore, but Dell's own employees do it (not a third party)
- Offshore outsourcing: Both — hiring a vendor in another country for cost advantage and expertise
- Downsizing ≠ Rightsizing: Downsizing cuts costs in crisis; Rightsizing is optimization for new business objectives — not necessarily cost-cutting
Outsourcing — Steps for Success
- Choose larger, more established vendors — bigger and older outsourcing vendors carry lower execution risk
- Avoid outsourcing proprietary or security-sensitive work — trade secrets, core IP must stay in-house
- Start small and monitor constantly — scale up only after validating quality and security
Quality control issues, security violations, and poor customer service can eliminate all cost savings attributed to lower wages.
§7The Examiner's Lens
Trigger Points — Keywords That Signal Each Concept
Common Mistakes — Where Marks Are Lost
Prevention happens before production begins (training, design reviews, quality planning). Appraisal happens during production (testing, inspection, auditing). Students frequently misclassify "supplier evaluation" — it is Prevention (before selecting), not Appraisal (during production).
External Failure includes hidden costs: lost profits from lost customers, lost market share, customer dissatisfaction, product liability. These often exceed visible warranty costs and must be mentioned in exam answers.
Many questions have TQM proposals that show a net financial cost. Students write "reject the proposal." Full marks require discussing non-financial benefits: reputation, customer retention, long-term market share, employee morale. Always balance financial with non-financial.
The trigger for Push: predictable demand, economies of scale, stable products, sufficient storage/working capital. The trigger for Pull: customized products, volatile demand, e-commerce, just-in-time philosophy. Read the case carefully — don't default to one or the other.
A very common numerical error: computing PV of revenue without adjusting for the probability that a customer will actually use the service in later years. Always multiply PV by the relevant probability fraction before summing.
They are distinct. Outsourcing = handing work to a third party (same or different country). Offshoring = relocating work to another country (done by own staff or third party). A question asking to distinguish between them carries easy marks that many students drop.
Inter-Connectivity — How This Chapter Links to Others
| Concept in This Chapter | Connects To | The Link |
|---|---|---|
| Cost of Quality (COQ) | Activity-Based Costing (ABC), Target Costing | ABC is used to measure customer account profitability and trace quality costs to activities. Target Costing forces quality to be built-in at design stage. |
| TQM / PDCA / Continuous Improvement | Performance Measurement (Balanced Scorecard), Budgetary Control | Internal process perspective in BSC directly measures TQM KPIs. Continuous improvement conflicts with traditional fixed budget thinking. |
| Supply Chain Management (SCM) | Performance Measurement, JIT, Lean Manufacturing | SCM efficiency is measured through non-financial KPIs (delivery time, fill rates). JIT is the operational expression of the Pull model in SCM. |
| Customer Lifetime Value (CLV) | Strategic Profitability Analysis, Pricing Decisions | CLV determines how much to spend on customer acquisition (marketing spend = f(CLV)). Feeds into pricing strategy decisions. |
| Gain Sharing | Transfer Pricing, Contract Costing | Gain sharing is a real-world contract structure that must be costed and evaluated — connects to contract pricing and cost-sharing frameworks. |
| Outsourcing / Offshoring | Make-or-Buy Analysis, Strategic Cost Management | The outsourcing decision IS a make-or-buy analysis. Relevant cost comparison (differential analysis) is the framework used to decide. |
§8Visual Synthesis
Master Comparison Table — All Models in This Chapter
| Framework | Purpose | Key Components | Who Uses It | Limitation |
|---|---|---|---|---|
| PAF Model (COQ) | Measure and classify quality costs | Prevention, Appraisal, Internal Failure, External Failure | Quality control managers, management accountants | Many hidden costs not captured; subjectivity in classification |
| TQM (6Cs) | Embed quality culture across the organization | Commitment, Culture, Continuous Improvement, Co-operation, Customer Focus, Control | Entire organization — top management to front-line | Documentation-heavy; may not suit service industries (Albrecht critique) |
| PDCA Cycle | Operationalize continuous improvement | Plan → Do → Check → Act → (loop) | Operations, process improvement teams | Requires consistent discipline; slow if check cycle is long |
| Push/Pull SCM | Determine production trigger and inventory strategy | Forecast-driven (Push) vs Demand-driven (Pull) | Operations, supply chain, inventory managers | Pure Push = overstock risk; Pure Pull = lead time risk |
| Six Markets Model | Map all relationship marketing domains | Internal, Referral, Influence, Recruitment, Supplier, Customer | Marketing, CRM, HR functions | Complex to manage all 6 simultaneously with equal priority |
| CAP (Customer Profitability) | Measure profitability at customer level, not product level | Platinum, Gold, Iron, Lead tiers via ABC | Finance, CRM, sales management | Cost allocation per customer is complex in service environments |
| CLV Model | Quantify lifetime value of customer relationship | PV of future net cash flows × probability of retention | Marketing strategists, finance | Highly sensitive to discount rate and duration assumptions |
| Gain Sharing | Align supplier-customer incentives | No guaranteed payment; shared upside; tiered across years | Procurement, outsourcing contracts | Requires mutual transparency of cost data — trust is essential |
Logic Flowchart — COQ Analysis and Decision Process
This is the most complex analytical process in the chapter, used in numerical questions like the Livewell Ltd. and Cool Air illustrations.
Current cost = Defective units × Cost per defective unit
Proposed cost = Revised defective units × Cost per defective unit
Savings = Current cost of poor quality − Proposed cost of poor quality
= Incremental prevention or appraisal cost of the proposal
If positive → Accept proposal (financial grounds)
Reputation, customer satisfaction, market share — always include even if financially negative
Logic Flowchart — Push vs Pull Supply Chain Selection
§9The 'Retain & Recall' Section
All Mnemonics — Chapter 2
- P — Prevention Costs (before production — avoid defects)
- A — Appraisal Costs (during production — measure conformance)
- I — Internal Failure (before delivery — scrap, rework)
- F — External Failure (after delivery — warranty, recalls)
Remember: "PAIF — You PAY IF you don't get quality right."
- C — Commitment (top management)
- C — Culture (training changes attitudes)
- C — Continuous Improvement (never-ending process)
- C — Co-operation (Total Employee Involvement)
- C — Customer Focus (internal + external)
- C — Control (documentation, metrics, monitoring)
"Six C's — the DNA of TQM culture"
- P — Plan (objectives & action plans)
- D — Do (implement the plan)
- C — Check (measure effectiveness)
- A — Act (corrective action → loop back to Plan)
- R — Relationship Marketing (Six Markets)
- C — Customer Relationship Management (CRM)
- R — (included in CRM)
- M — (CRM: CAP + CLV + SARE)
- IT — Use of Information Technology (EDI, E-Business)
- B — Brand Strategy
- P — Platinum (most profitable)
- G — Gold (profitable)
- I — Iron (low profit but desirable)
- L — Lead (unprofitable — eliminate)
"Pure Gold Is Legendary... Lead is Left behind."
- S — Selection (who to target)
- A — Acquisition (how to attract)
- R — Retention (how to keep)
- E — Extension (cross-sell, up-sell, re-sell)
3-Point Revision Checklist — Verify Your Mastery
COQ Mastery: Can you correctly classify any given cost item into Prevention / Appraisal / Internal Failure / External Failure, AND perform a numerical COQ analysis to determine if a quality improvement proposal should be accepted (on both financial and non-financial grounds)? Can you calculate the break-even rejection rate below which a proposal is profitable?
TQM & SCM Mastery: Can you explain all 6Cs of TQM, all 14 Deming points (grouped by theme), critique TQM from Carlzon's and Albrecht's perspective, distinguish Push from Pull supply chains with real triggers, and describe all 8 GSCF processes? Can you define CLV and calculate it numerically using PV factors and probability adjustments?
Strategic Concepts Mastery: Can you distinguish between Outsourcing, Offshoring, and Offshore Outsourcing with examples? Can you explain a Gain Sharing arrangement — its structure, the year-wise benefit allocation, the risks for both parties, and why it is a "win-win" arrangement? Can you connect COQ, TQM, and SCM to related chapters in the syllabus?
Every question in this chapter is ultimately about demonstrating that you understand the business logic, not just the framework names. When writing answers: state the concept → explain the logic → apply to the case → quantify where possible → add non-financial perspective → give a clear recommendation. This structure earns full marks.