flowchart TB
S[Skills<br/>Above waterline] --> K[Knowledge<br/>Above waterline]
K --> SC[Self-concept<br/>Below waterline]
SC --> T[Traits<br/>Below waterline]
T --> M[Motives<br/>Deepest]
style S fill:#E3F2FD,stroke:#1565C0
style K fill:#FFF3E0,stroke:#EF6C00
style SC fill:#FCE4EC,stroke:#AD1457
style T fill:#F3E8FD,stroke:#8430CE
style M fill:#E8F5E9,stroke:#1B5E20
classDef default fill:#003366,color:#ffffff,stroke:#ffcc00,stroke-width:3px,rx:10px,ry:10px;
27 Competency Mapping and Balanced Scorecard
27.1 Competency — the Foundational Concept
The word competency entered HRM through David McClelland’s 1973 paper “Testing for Competence Rather than Intelligence” in the American Psychologist (mcclelland1973?). McClelland argued that traditional intelligence and aptitude tests poorly predicted job success; competencies — the underlying characteristics that produce outstanding performance — predicted it far better.
A competency is an underlying characteristic of a person that is causally related to effective or superior performance in a job. Three working definitions:
| Author | Definition | What it foregrounds |
|---|---|---|
| Lyle Spencer & Signe Spencer | “An underlying characteristic of an individual that is causally related to criterion-referenced effective or superior performance in a job.” | Behaviour-driven |
| Boyatzis | “A capacity that exists in a person that leads to behaviour that meets job demands and produces desired results.” | Capacity → behaviour |
| Hamel & Prahalad (firm-level) | “Core competence is the collective learning in the organisation, especially how to coordinate diverse production skills.” | Strategic |
27.1.1 The competency iceberg model
Spencer & Spencer’s iceberg model is the most-tested visual in this topic (spencerspencer1993?). Skills and knowledge sit above the waterline — easily seen, easily trained. Self-concept, traits and motives sit below — invisible, slow to change.
| Level | What it is | Visibility | Trainability |
|---|---|---|---|
| Skills | What a person can do | Visible (above waterline) | Easily trained |
| Knowledge | What a person knows | Visible (above waterline) | Easily trained |
| Self-concept | Attitudes and values, self-image | Hidden (below waterline) | Difficult |
| Traits | Stable personality characteristics | Hidden | Very difficult |
| Motives | Underlying drives that direct behaviour | Hidden (deepest) | Hardest |
The strategic implication: a firm should select for the deep, hard-to-change competencies (self-concept, traits, motives) and train for the surface ones (skills, knowledge).
27.1.2 Types of competencies
| Classification | Categories | Example |
|---|---|---|
| Spencer & Spencer | Threshold competencies (basic, required) vs Differentiating competencies (separate average from superior) | Threshold: punctuality. Differentiating: customer obsession |
| Functional vs Behavioural | Functional / Technical (job-specific knowledge); Behavioural (interpersonal, attitudinal); Managerial (planning, leading); Generic / Core (organisation-wide) | Engineer: technical = CAD; behavioural = teamwork |
| Hamel & Prahalad (firm) | Core competencies of the corporation | 3M’s adhesives; Honda’s small engines |
27.2 Competency Mapping
Competency mapping is the process of identifying, defining and measuring the competencies required for effective performance in a particular role. The output is a competency framework used for selection, training, performance management, succession and pay decisions.
27.2.1 Steps in competency mapping
| # | Step | What happens |
|---|---|---|
| 1 | Define performance criteria | What does superior performance look like in this role? |
| 2 | Identify high-performer sample | Pick known high and average performers |
| 3 | Collect data | Critical incidents, behavioural-event interviews (BEI), 360° feedback, observation |
| 4 | Analyse | Code behaviours; identify patterns that distinguish superior from average |
| 5 | Validate | Test the model on a fresh sample |
| 6 | Apply | Use the model in selection, training, appraisal, succession |
The Behavioural Event Interview (BEI) — McClelland’s signature method — asks high performers to recount specific recent incidents in detail and codes the underlying competencies.
27.2.2 Tools
| Tool | What it does |
|---|---|
| Job analysis | Captures what the job involves |
| Behavioural Event Interview (BEI) | Surfaces competencies through stories of high performance |
| 360-degree feedback | Multi-source rating against a competency framework |
| Assessment centre | Battery of exercises (in-basket, role-plays, group discussion, presentation) |
| Critical-incidents technique | Catalogues effective and ineffective behaviours |
| Repertory grid | Helps individuals articulate their tacit competency model |
27.2.3 Uses
A competency framework, once built, drives:
- Selection — interviews and tests calibrated against competencies.
- Performance management — appraisal on both what (results) and how (competencies).
- Training and development — IDPs targeted at competency gaps.
- Succession planning — pipelines built against critical-role competencies.
- Compensation — skill-/competency-based pay.
27.3 The Balanced Scorecard
The Balanced Scorecard (BSC) is a performance-management framework developed by Robert Kaplan and David Norton in 1992 (kaplannorton1992?). The premise: financial measures alone are lagging indicators — they tell you what happened, not why. A balanced view requires four perspectives linked by cause-and-effect logic.
| Perspective | Question it asks | Sample measures |
|---|---|---|
| Financial | How do we look to shareholders? | Revenue, ROCE, ROI, EVA |
| Customer | How do customers see us? | NPS, customer retention, market share |
| Internal Process | What must we excel at? | Cycle time, quality, on-time delivery |
| Learning & Growth | Can we continue to improve and create value? | Employee competence, IT systems, culture, engagement |
flowchart BT
L[Learning & Growth<br/>People · Systems · Culture] --> P[Internal Process<br/>What we excel at]
P --> C[Customer<br/>How customers see us]
C --> F[Financial<br/>How we look to shareholders]
V[(Vision & Strategy)] -. drives .-> F
V -. drives .-> C
V -. drives .-> P
V -. drives .-> L
style L fill:#F3E8FD,stroke:#8430CE
style P fill:#FFF3E0,stroke:#EF6C00
style C fill:#FCE4EC,stroke:#AD1457
style F fill:#E8F5E9,stroke:#1B5E20
style V fill:#E3F2FD,stroke:#1565C0
classDef default fill:#003366,color:#ffffff,stroke:#ffcc00,stroke-width:3px,rx:10px,ry:10px;
The arrows in Kaplan & Norton’s strategy map run upward — investment in learning and growth improves internal processes, which improves customer outcomes, which translates into financial performance.
27.3.1 Strategy Map
Kaplan & Norton’s later contribution — the Strategy Map (2004) — visualises the cause-and-effect relations between objectives across the four perspectives. It is the diagnostic for whether the BSC actually expresses a coherent strategy.
27.3.2 BSC vs traditional performance measurement
| Feature | Traditional | BSC |
|---|---|---|
| Focus | Financial only | Multi-perspective |
| Time orientation | Backward (lagging) | Backward + forward (leading + lagging) |
| Strategic linkage | Weak | Cascaded from strategy |
| Internal vs external | Internal | Internal + external |
| People perspective | Absent | Built in (Learning & Growth) |
27.4 The HR Scorecard
Becker, Huselid and Ulrich’s HR Scorecard (2001) translates the BSC logic specifically into HR (beckerhuseliduri2001?). The four steps were covered in the previous topic. HR-specific measures fit the Learning & Growth perspective in the corporate BSC and become higher-resolution metrics in the HR scorecard:
| Category | Metrics |
|---|---|
| Productivity | Revenue per employee, profit per employee |
| Talent | Time-to-fill, quality of hire, internal mobility, attrition |
| Engagement | Engagement score, eNPS, retention of top talent |
| Capability | Training hours per employee, leadership pipeline depth |
| Cost & Compliance | HR cost per employee, compliance audit score |
27.5 Practice Questions
The concept of "competency" as a predictor of job success — distinct from traditional intelligence — is associated with:
View solution
In Spencer & Spencer's iceberg model, which competency is hardest to develop through training?
View solution
In Spencer & Spencer's classification, "threshold competencies" are:
View solution
The Behavioural Event Interview (BEI), the signature method for surfacing competencies, was developed by:
View solution
The Balanced Scorecard was developed by:
View solution
Match the BSC perspective with a typical metric:
| (i) | Financial | (a) | Net Promoter Score |
| (ii) | Customer | (b) | Cycle time |
| (iii) | Internal Process | (c) | Employee competence index |
| (iv) | Learning & Growth | (d) | Return on capital employed |
View solution
Kaplan and Norton's "strategy map" is best described as:
View solution
"Core competence of the corporation" — collective learning that is hard to imitate — was popularised by:
View solution
- Competency = underlying characteristic causally related to superior performance. Term: McClelland (1973). Standard text: Spencer & Spencer (1993).
- Iceberg model: above-water = Skills, Knowledge (trainable); below = Self-concept, Traits, Motives (select-for, hard to train).
- Threshold vs differentiating competencies. Mapping methods: Behavioural Event Interview (BEI), 360° feedback, assessment centre, critical incidents, repertory grid.
- Hamel & Prahalad firm-level core competence.
- Balanced Scorecard (Kaplan & Norton, 1992): four perspectives — Financial · Customer · Internal Process · Learning & Growth. Cause-and-effect runs upward.
- Strategy Map visualises cause-and-effect across BSC perspectives.
- HR Scorecard (Becker–Huselid–Ulrich, 2001) — HR-specific scorecard nested under the Learning & Growth perspective.