Unit IV — Leadership & Motivation
27. Motivation Foundations
Motivation is not simply a function of incentive size; self-determination theory argues that sustained motivation depends on satisfying needs for autonomy, competence, and relatedness, while Bandura's self-efficacy concept shows that people invest effort in tasks they believe they can succeed at. Extrinsic rewards can sometimes crowd out intrinsic motivation if they are perceived as controlling rather than informational. A firm raising incentives without addressing these psychological needs may see effort and output stay flat.
- Intrinsic motivation: engaging in work for its inherent satisfaction
- Extrinsic motivation: engaging in work for external rewards or to avoid punishment
- Autonomy: sense of choice and control over how work is done
- Competence: belief in one's capability to perform well
- Relatedness: sense of connection and belonging with coworkers
- Self-efficacy: task-specific confidence shaping effort and persistence
- Output per employee-hour trend over successive incentive cycles
- Employee survey ratings of autonomy, competence, and relatedness (SDT scale)
- Discretionary effort or extra-role behaviour reported by supervisors
- Self-efficacy proxy: employee-reported confidence in hitting stretch targets
- Ratio of intrinsic to extrinsic reasons cited in exit and stay interviews
Vertex Textiles, a 500-worker garment export unit in Tiruppur, raised its piece-rate incentive by 18 percent last quarter to boost output ahead of a large European order, but average daily output per worker rose only 2 percent, far below the 15 percent management expected. Floor supervisors report workers meeting the new higher piece-rate targets but showing no extra initiative, more errors in stitching quality, and increased friction with line leaders over rigid quotas. An employee survey found workers feel they have almost no say in how tasks are sequenced and receive feedback only when something goes wrong. HR is puzzled why more money did not translate into more output, and the plant manager must decide whether to raise incentives further or address something else.
Incentive increase
+18%
Output increase realized
+2% (target was 15%)
Quality defect rate
up from 3.1% to 4.6%
Autonomy survey score
2.3/5
Relatedness survey score
2.8/5
Positive feedback frequency reported by workers
1 instance per month on average
AIncrease the piece-rate incentive further
Raise the incentive by another 10-15% to try to hit the original output target through pure extrinsic motivation.
BIntroduce team-based task rotation and worker input on sequencing
Let line teams have limited say in task order and pairing, restoring a sense of autonomy alongside the existing incentive.
CBuild a structured positive-feedback and skill-recognition system
Train line leaders to give specific, frequent feedback and publicly recognise skill mastery, targeting competence and relatedness needs.
DCombine moderate incentive tapering with autonomy and feedback redesign
Slightly reduce reliance on piece-rate escalation while investing in autonomy (Option B) and feedback (Option C) simultaneously.
AIncrease the piece-rate incentive further
Strengths
- Simple to implement and communicate
- Directly rewards the exact behaviour management wants
Risks
- Evidence suggests diminishing returns; may worsen quality issues
- Ignores the autonomy and feedback gaps identified in survey
BIntroduce team-based task rotation and worker input on sequencing
Strengths
- Directly addresses the low autonomy score
- Can improve both output and quality by reducing monotony
Risks
- Requires supervisor retraining to facilitate rather than dictate
- Initial productivity dip while workers adjust
CBuild a structured positive-feedback and skill-recognition system
Strengths
- Addresses competence and relatedness gaps cheaply
- Feedback quality improvements often precede output gains
Risks
- Cultural resistance if supervisors see feedback as 'soft' or unnecessary
- Takes weeks to change supervisor habits
DCombine moderate incentive tapering with autonomy and feedback redesign
Strengths
- Addresses root psychological drivers, not just extrinsic reward
- More sustainable output gains supported by SDT research
Risks
- More complex to manage and communicate to workers expecting a raise
- Results take longer to show than a straightforward pay hike
Should Vertex Textiles' plant manager raise incentives further, or redesign for autonomy, competence, and relatedness? Choose and justify.
Raise the incentive by another 10-15% to try to hit the original output target through pure extrinsic motivation.
Strengths: Simple to implement and communicate; Directly rewards the exact behaviour management wants. Risks: Evidence suggests diminishing returns; may worsen quality issues; Ignores the autonomy and feedback gaps identified in survey.
Let line teams have limited say in task order and pairing, restoring a sense of autonomy alongside the existing incentive.
Strengths: Directly addresses the low autonomy score; Can improve both output and quality by reducing monotony. Risks: Requires supervisor retraining to facilitate rather than dictate; Initial productivity dip while workers adjust.
Train line leaders to give specific, frequent feedback and publicly recognise skill mastery, targeting competence and relatedness needs.
Strengths: Addresses competence and relatedness gaps cheaply; Feedback quality improvements often precede output gains. Risks: Cultural resistance if supervisors see feedback as 'soft' or unnecessary; Takes weeks to change supervisor habits.
Slightly reduce reliance on piece-rate escalation while investing in autonomy (Option B) and feedback (Option C) simultaneously.
Strengths: Addresses root psychological drivers, not just extrinsic reward; More sustainable output gains supported by SDT research. Risks: More complex to manage and communicate to workers expecting a raise; Results take longer to show than a straightforward pay hike.
Set the weight of each criterion (1–5), then score every alternative (1–5). The matrix is a thinking aid, not a verdict.
| Criterion | Weight | A | B | C | D |
|---|---|---|---|---|---|
| Behavioural impact | |||||
| Employee acceptance | |||||
| Feasibility | |||||
| Cost (higher = more affordable) | |||||
| Risk containment | |||||
| Long-term sustainability |
With your current weights, alternative A scores highest. A matrix only reflects the weights you chose. Evidence, ethics, feasibility and the people affected still belong in your judgement — you decide.
Strong answers apply self-determination theory to explain why a purely extrinsic lever underperformed and connect low self-efficacy or unclear feedback to the rise in defects. Candidates should discuss the risk of extrinsic rewards crowding out intrinsic motivation and consider whether Vertex's context (piece-rate manufacturing) limits how much autonomy is practically feasible.
- Short term: another incentive hike may temporarily lift output but likely repeats the quality problem
- Short term: autonomy and feedback changes may cause a brief productivity dip during adjustment
- Long term: addressing SDT needs can build sustainable engagement and reduce turnover of skilled stitchers
- Long term: continued reliance on extrinsic-only incentives risks an incentive arms race with competitor units
- Long term: quality reputation with the European buyer is at stake if defect rates are not addressed
- Why might raising pay fail to raise output in piece-rate manufacturing settings?
- How much genuine autonomy is realistically possible on a garment production line?
- Could the incentive increase itself have signalled a controlling rather than supportive intent?
- What role does supervisor behaviour play in translating incentive policy into worker motivation?
According to self-determination theory, which three needs must be satisfied for sustained motivation?
The rise in defect rate alongside only a 2% output gain despite an 18% incentive rise most likely suggests:
Which option is best supported by the evidence on autonomy (2.3/5) and relatedness (2.8/5) scores?