The survey data tells a precise story: this is a post-hygiene motivation problem. Pay is adequate (Herzberg's hygiene factor satisfied for most), but real motivation is missing β and 30% are actively considering leaving. The CEO's instinct to consider multiple options is right; but the data already points strongly to which options will work and which won't.
Decode the survey data
- 70% paid well enough: pay is acceptable for the majority. More pay would marginally reduce departure for the 30% who feel underpaid, but won't address the broader motivation issue.
- Only 45% truly motivated: more than half of engineers β including some of the 70% well-paid β are coasting, not engaged. Productivity, innovation and quality are suffering invisibly.
- 30% considering leaving: a critical mass of intended departure that, if it happens, will cost Β£6-15m+ in replacement and knowledge loss (replacement cost for senior engineers is typically 9-18 months of salary, plus delays to projects).
The data structure tells us: most engineers have hygiene-adequate pay but lack motivators. This is exactly the situation Herzberg's theory predicts: pay rises won't move the dial much; investment in motivators will.
Apply motivation theories to engineering work specifically
Engineering / knowledge work has a distinctive motivation profile:
- Pay matters up to market levels; less marginal effect above.
- Interesting problems matters enormously β engineers want to work on technically challenging, impactful problems.
- Autonomy matters β engineers respond badly to micromanagement.
- Mastery / learning matters β opportunity to develop technical depth or breadth.
- Purpose matters β engineers want to work on products that have impact.
- Peer respect matters β being valued by other technical peers.
- Workplace flexibility matters β schedules, remote work, balance.
This is essentially Daniel Pink's 'autonomy, mastery, purpose' model applied to knowledge work β a sophisticated extension of Herzberg's motivators that resonates strongly with software engineers.
Evaluating the CEO's five options
Option 1 β More pay.
- Cost: Β£5-15m+ for a 500-person team (5% rise minimum).
- Impact: Modest. 70% already paid enough. Some departures averted but underlying motivation issue not addressed. The 30% considering leaving may stay 6-12 months longer but ultimately have the same motivation problem.
- Verdict: Low ROI.
Option 2 β Better office facilities.
- Cost: Β£500k-Β£3m (refurb, food, gym, equipment).
- Impact: Hygiene factor; reduces minor dissatisfaction but doesn't motivate. Knowledge workers value flexibility over office quality β and many prefer remote work to nicer offices.
- Verdict: Low ROI unless current facilities are genuinely poor.
Option 3 β Deeper training.
- Cost: Β£500k-Β£2m/year.
- Impact: Strong. Addresses Herzberg motivators (growth, achievement); aligns with engineering's emphasis on mastery. Visibly signals investment in employees as professionals.
- Verdict: Strong.
Option 4 β More interesting projects.
- Cost: Often LOW β primarily organisational, not financial. Requires aligning what the firm builds with what engineers want to work on.
- Impact: Very strong. Directly addresses 'interesting work' (Herzberg motivator). Most powerful single lever for engineering motivation.
- Verdict: Highest ROI.
Option 5 β Restructure how engineering teams work.
- Cost: Significant change management; partly disruptive.
- Impact: Potentially transformational. Common restructures include: smaller autonomous teams (less hierarchy), product-aligned squads (clearer ownership), engineer-led decision-making (autonomy), 20% time for personal projects. All address autonomy, mastery and purpose simultaneously.
- Verdict: Highest long-term impact; highest risk.
Justified judgement and integrated strategy
The right strategy is a combination of Options 3, 4, and 5 β with Option 1 used selectively for genuine pay gaps:
Phase 1 (months 1-3) β Quick wins.
- Audit which engineers are genuinely below market pay. Address those specifically (perhaps 5-15% of staff). Cost: Β£1-2m. Avoids the 30% who feel underpaid leaving over money alone.
- Launch 'engineer voice' programme β structured listening sessions, suggestion mechanism. Costs little; signals change is starting.
Phase 2 (months 3-9) β Restructure teams.
- Move from large hierarchical teams to smaller autonomous squads (8-10 engineers each) with clear product ownership.
- Reduce middle-management layers; empower team leads.
- Implement '20% time' for personal projects (engineers can spend one day a week on their own technical interests).
- Refresh project pipeline to ensure technically interesting work is prioritised, not just commercially expedient.
Phase 3 (months 6-18) β Build mastery and purpose.
- Generous training budget (Β£3-5k per engineer per year for conferences, courses).
- Internal tech talks and learning programmes.
- Make the product strategy visible to all engineers β connect their work to user impact.
- Build a culture of recognition for technical excellence.
Cost:
- Phase 1: ~Β£1-2m
- Phase 2: change management cost ~Β£500k-Β£1m; ongoing structural cost neutral
- Phase 3: ~Β£2-4m/year
Expected outcomes (12-18 months):
- 'Truly motivated' rises from 45% to 70%+ (a step-change in engagement).
- 'Considering leaving' drops from 30% to 10-15% (closer to industry-best).
- Productivity (output per engineer) rises 20-30% β driven by motivation and autonomy.
- Innovation output (new features, products, patents) rises significantly.
- Reputation as employer-of-choice attracts higher-quality recruits.
Net financial impact: The intervention costs ~Β£3-5m/year. Retained employees save Β£3-9m/year (replacement costs avoided). Productivity gain on Β£40-50m engineering payroll = Β£8-15m/year. Net positive Β£5-15m/year β and a healthier organisation.
What the CEO should reject
- Reject 'just pay them more across the board' β wastes Β£15m and doesn't fix the underlying motivation issue.
- Reject 'better office facilities only' β addresses the wrong problem.
- Reject the temptation to do all five options at once β change fatigue undermines all of them.
Conclusion. The data clearly indicates a Herzberg-style situation: hygiene factor (pay) is adequate but motivators (interesting work, autonomy, mastery, growth) are missing. The right strategy invests in motivators through deeper training (Option 3), interesting projects (Option 4) and organisational restructure (Option 5) β with targeted pay rises (Option 1) only for individuals genuinely below market. Office facilities (Option 2) is the lowest-priority option. The total cost (~Β£5m/year) is substantially less than the cost of letting 30% of engineers walk out the door β and creates a far stronger company.
The deeper insight is that 'motivation' is not a single dial that pay turns up. It is a multi-dimensional concept that demands a multi-dimensional intervention. The CEO's instinct to consider multiple options reflects this β but the choice is not 'which one' but 'how do they combine'. The firms that get this right build the engineering cultures that out-execute their competitors decade after decade β Google, Stripe, Anthropic and many others all built their advantages on exactly this kind of motivator-rich environment.