The engineering manager's guide for 2025
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The engineering manager's guide for 2025

Engineering managers spend 60% of time in meetings. Learn how to balance technical leadership, people management, and delivery in modern engineering organizations.

I
IMBA Team
Published onAugust 25, 2025
7 min read

The engineering manager's guide for 2025

Engineering management has evolved significantly. According to Levels.fyi's Manager Compensation Report, engineering managers now face broader responsibilities across technical leadership, people development, and business alignment. The role requires a unique blend of skills that few other positions demand.

The modern engineering manager

0%
Time in Meetings
0%
Time Coding
0 engineers
Avg Direct Reports
0%
Burnout Rate

According to Jellyfish's Engineering Management Report, effective engineering managers increase team productivity by 25% while reducing attrition by 30%.

Core responsibilities

1
People

Hiring, development, coaching, performance, retention

2
Process

Agile practices, delivery, planning, retrospectives

Technical

Architecture decisions, code quality, technical debt

4
Product

Roadmap alignment, stakeholder management, prioritization

5
Culture

Team health, psychological safety, collaboration

Strategy

Long-term planning, organizational alignment

Manager vs Tech Lead: Engineering managers focus on people and process; tech leads focus on technical direction. Many organizations combine these roles, but they're distinct skill sets.

Time allocation

Recommended Time Allocation for EMs

Effective one-on-ones

Best Practice
Weekly, 30 Minutes

Consistent cadence, protected time. Never skip without rescheduling.

Best Practice
Their Agenda First

Let direct reports set the agenda. Start with their concerns and priorities.

Best Practice
Career Development

Regularly discuss growth, goals, and learning opportunities.

Best Practice
Feedback Both Ways

Give feedback and ask for feedback on your management.

Best Practice
Document Action Items

Track commitments and follow through on them.

1:1 Discussion Topics by Frequency (%)

Building high-performing teams

High vs Low Performing Team Characteristics

FeatureHigh PerformingAverageLow Performing
Psychological Safety
Clear Goals
Autonomy
Regular Feedback
Learning Culture
Sustainable Pace
Hire Well

Skills matter, but culture fit and growth potential matter more

2
Set Context

Share the why, not just the what. Connect work to impact

3
Remove Blockers

Shield team from distractions, clear organizational friction

4
Develop People

Create growth opportunities, stretch assignments, mentoring

5
Celebrate Wins

Recognize contributions publicly and privately

6
Learn from Failures

Blameless postmortems, continuous improvement

Performance management

Principle 1
Continuous Feedback

Don't wait for review cycles. Regular, timely feedback is more effective.

Principle 2
Clear Expectations

Engineers should know exactly what success looks like at their level.

Principle 3
Document Everything

Keep records of feedback, achievements, and concerns throughout the year.

Principle 4
No Surprises

Performance reviews should contain no surprises if feedback is continuous.

Principle 5
Address Issues Early

Performance problems don't fix themselves. Have hard conversations promptly.

Technical involvement

Technical Involvement by Management Level

Stay Technical, But Don't Code on the Critical Path: Managers should stay technical enough to make good decisions, but coding on the critical path creates bottlenecks and undermines the team.

Hiring and retention

0% salary
Cost to Replace Engineer
0 months
Avg Time to Productivity
0%
Attrition Rate Target
0:1
Interview to Hire Ratio

Retention Factors by Importance (%)

Managing up and across

Align Goals

Ensure your team's work connects to org priorities

Communicate Progress

Regular updates to leadership, no surprises

3
Flag Risks Early

Escalate problems before they become crises

4
Build Relationships

Partner with product, design, and other teams

5
Advocate for Team

Represent team interests in organizational decisions

6
Seek Feedback

Actively ask for feedback from peers and leadership

Common challenges

Top Engineering Manager Challenges

FAQ

Q: How do I transition from IC to manager? A: Start by taking on informal leadership: mentoring, leading projects, driving processes. Seek feedback, read management books, find a mentor. The hardest shift is measuring success through others.

Q: How much should I code as a manager? A: It depends on team size and level. First-line managers might code 10-20% of time. But avoid the critical path—your value is in multiplying the team, not personal output.

Q: How do I handle a difficult conversation? A: Prepare specific examples, focus on behaviors not personality, listen actively, and agree on next steps. Most managers avoid these conversations too long—the kindest thing is directness.

Q: What if I want to go back to IC? A: Many do—it's not failure. The skills you gained (communication, strategic thinking, stakeholder management) make you a better senior IC. Some companies have formal pendulum career paths.

Sources and further reading

Develop Your Engineering Leaders: Effective engineering management is crucial for team performance and retention. Our team helps organizations develop engineering leadership capabilities. Contact us to discuss your engineering leadership development.


Want to improve your engineering management? Connect with our leadership coaches to develop tailored management practices.

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IMBA Team

IMBA Team

Senior engineers with experience in enterprise software development and startups.

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