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Engineering Manager to Head of Engineering

🕑 24-48 months Shared Leadership

Move from managing a team to leading an engineering organisation - setting conditions for multiple teams to perform, shaping technical culture and strategy, and operating credibly with executive stakeholders.

🎯 Focus Areas

Managing Managers

Managing managers is qualitatively different from managing engineers. You are no longer the expert on individual performance or technical decisions - you are accountable for creating conditions where your managers can do their job well. This means coaching managers to give feedback, setting expectations for people management quality, and holding managers accountable for team health rather than just delivery.

Organisation-Wide Technical Strategy

The HoE owns or co-owns technical strategy for the engineering organisation. This means synthesising input from architects, lead engineers, product leaders, and the broader business context into a coherent direction - and making investment decisions that improve the organisation's capabilities over time. Technical strategy is not a document - it is a sequence of decisions.

Engineering Culture

Culture is not a values poster - it is the collection of behaviours that are rewarded, tolerated, and discouraged in your organisation. The HoE actively shapes culture by what they recognise, what they model, what they challenge, and what they invest in. A strong engineering culture attracts and retains great engineers and produces better outcomes than any process or tooling.

Executive Stakeholder Relationships

The HoE represents engineering to the rest of the business - product, finance, legal, executive leadership. This requires being able to communicate engineering constraints, capacity, quality, and investment needs in terms that business leaders can act on. It also requires advocating for engineering investment from a position of credibility, not just assertion.

Operating Model and Delivery Health at Scale

The HoE owns the operating model for the engineering organisation - how teams are structured, how work flows, how quality is maintained, and how delivery health is measured and improved. DORA metrics, team topologies, engineering excellence frameworks - these are the tools of the trade at this level. The HoE creates the conditions for consistency and continuous improvement across many teams.

Skills & Behaviours to Develop

Skills to Develop

  • Coach engineering managers to develop their own people leadership capability - identifying gaps, providing structured feedback on management behaviours, and calibrating what good management looks like.
  • Design the engineering organisation structure - team boundaries, interaction modes, staffing ratios - and make a credible case for changes when the structure is not serving the mission.
  • Build and maintain an engineering strategy document that connects technical investment to business capability and is understood and owned by engineering leadership, not just the HoE.
  • Run quarterly engineering health reviews across all teams using DORA metrics, team health indicators, and technical debt signals - producing clear priorities for improvement.
  • Build trusted relationships with product leadership, finance, and executive leadership - communicating proactively and providing credible engineering perspective in business planning.
  • Design and run the engineering hiring and onboarding process at scale - ensuring consistency of quality across all teams, not just the ones you directly manage.
  • Set and maintain engineering quality standards - testing, operational readiness, security baseline - that apply across all teams with clear ownership and measurement.
  • Navigate a significant organisational change - restructure, acquisition integration, major layoff, or rapid scale-up - with care for people and continued delivery performance.

Behaviours to Demonstrate

  • Measures success through the health and output of the engineering organisation rather than personal technical contribution.
  • Coaches managers to grow rather than doing their management job for them - even when it would be faster to intervene directly.
  • Makes engineering investment decisions transparently, with clear rationale and evidence, and revisits them when circumstances change.
  • Proactively surfaces engineering risks to executive stakeholders rather than waiting until they become problems.
  • Builds and maintains trust with senior engineers and architects by staying technically grounded, even while operating primarily at an organisational level.
  • Creates an engineering culture where psychological safety, quality, and continuous improvement are observable norms, not aspirational values.
  • Advocates for engineering excellence investments - technical debt, tooling, process - by connecting them to business outcomes rather than technical purity.
🛠 Hands-On Projects
1 Design a comprehensive engineering health framework for your organisation - covering delivery performance, team health, technical quality, and people development - and use it to run a first assessment across all teams.
2 Write an engineering strategy document that your engineering leadership team genuinely co-owns, connecting technical investment to business capabilities, and present it to executive stakeholders.
3 Run a full engineering organisation structure review - assessing team boundaries, cognitive load, interaction modes, and staffing - and make at least one evidence-based structural recommendation.
4 Build an engineering excellence programme - a practice, a standard, or a process improvement - that measurably raises the quality baseline across multiple teams over a quarter.
5 Coach two engineering managers through a significant management challenge - a performance situation, a team conflict, or a major delivery risk - and retrospect on the quality of your coaching.
6 Present an engineering investment case to executive leadership that connects technical debt remediation, tooling investment, or capability building to a business outcome - and track what actually happened.
AI Literacy for This Transition
AI strategy, ethics, organisational adoption, and responsible leadership
1

Develop and own the engineering organisation's AI adoption strategy - what tools are adopted, under what governance, with what quality standards and data handling requirements - and present it to executive leadership.

2

Build a point of view on how AI tooling affects engineering team productivity, skill development, and hiring needs, grounded in your own organisational data rather than vendor claims or industry hype.

3

Develop the organisational position on AI ethics in engineering - intellectual property risks, bias in AI-assisted hiring tools, environmental cost, and the labour market implications of AI adoption - and communicate it clearly to your engineering community.

4

Evaluate the business case for significant AI tooling investment at the organisation level - build the evidence framework, gather the data, and make a recommendation that engineering and business leadership can act on.

5

Create the conditions for your engineering managers to have honest, nuanced conversations with their teams about AI - modelling critical evaluation rather than cheerleading or fear.

6

Stay current on AI regulation, industry standards, and organisational liability as it relates to AI-generated code, AI in hiring processes, and AI-assisted decision-making - this is increasingly a governance responsibility of engineering leadership.

📚 Recommended Reading

An Elegant Puzzle: Systems of Engineering Management

Will Larson

The essential reference for the HoE level - organisation design, managing managers, engineering strategy, and the systems thinking required to lead at scale.

The Manager's Path

Camille Fournier

The VP and executive chapters provide the context and framing for what the HoE role requires and where it leads - read it again at this stage for what you missed the first time.

Accelerate

Nicole Forsgren, Jez Humble, and Gene Kim

The research evidence for the delivery practices that produce high-performing engineering organisations - the HoE's evidence base for technical investment cases.

Team Topologies

Matthew Skelton and Manuel Pais

The framework for organisation design in technology - stream-aligned teams, platform teams, enabling teams, and complicated subsystem teams - that every HoE needs to reason from.

The Hard Thing About Hard Things

Ben Horowitz

Unfiltered account of the genuinely difficult leadership decisions at the senior level - layoffs, performance management at scale, culture under pressure - that no business school textbook covers honestly.

Thinking in Systems

Donella H. Meadows

The conceptual tools to see the engineering organisation as a system with feedback loops, delays, and leverage points - essential for diagnosing and improving complex organisational dynamics.

🎓 Courses & Resources

Engineering Leadership Executive Programme

Reforge

The most relevant executive-level engineering leadership programme available - peer cohort format with real engineering leaders from complex organisations.

Organisational Design for Engineering

Various / Will Larson resources

Organisation design is a core HoE skill and most EMs arrive at this level without formal training in it - deliberate study closes the gap faster.

Executive Communication and Influence

Coursera / Various

Operating effectively with executive stakeholders requires communication skills that are qualitatively different from team-level communication - learning them deliberately matters.

OKR and Strategy Execution

Workboard or various

Connecting engineering strategy to organisational OKRs and tracking execution at scale is a learnable process skill that most HoEs have to develop on the job.

📋 Role Archetypes

Review the full expectations for both roles to understand exactly what good looks like at each level.

→ Engineering Manager Archetype → Head of Engineering Archetype