Dev Interrupted

Dev Interrupted focuses on the evolving landscape of engineering leadership, sharing insights into enhancing team productivity, embracing a data-driven approach, and adopting innovative strategies for software development. It covers topics such as career development, team dynamics, continuous improvement practices, and technical challenges in growing tech environments.

Career Development Team Dynamics Continuous Improvement Technical Challenges Leadership in Engineering Productivity Strategies Software Development Practices Engineering Culture

The hottest Substack posts of Dev Interrupted

And their main takeaways
51 implied HN points 14 Mar 24
  1. Engineering task estimates are often costly in time and resources, leading to inaccuracies and increased stress within the team.
  2. Distinguishing between task estimation and project estimation can help teams prioritize better and allocate resources more effectively.
  3. By adopting a 'Zenful' approach that focuses on project estimates rather than granular task estimates, teams can save time, reduce stress, and improve overall efficiency.
177 implied HN points 04 Jan 24
  1. DORA Core offers a concise framework of capabilities, metrics, and outcomes to help teams apply research findings.
  2. DORA constantly updates its methodology to keep pace with technological changes and evolving practices.
  3. The DORA Core model shows how capabilities predict performance, which then predicts outcomes, aiding in continuous improvement efforts.
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37 implied HN points 20 Feb 24
  1. The core sections of The Startup CTO's Handbook include Management Fundamentals, Technical Leadership Concepts, and Hard Technology Decisions.
  2. Conducting career history interviews when hiring can reveal a candidate's mindset and how they handle challenges.
  3. Engineering leaders can stay technically relevant by reviewing pull requests and taking courses, even when not coding regularly.
14 implied HN points 12 Mar 24
  1. Building influence as an engineering leader requires focusing on trust, communication, and empowerment to succeed in both individual contributor and managerial roles.
  2. Adopting GenAI can be challenging due to the pressure of the hype cycle, and understanding key considerations is crucial for successful implementation.
  3. Having hard deadlines can significantly impact productivity and response rates, highlighting the importance of leveraging deadlines to improve team tempo and cadence.
32 implied HN points 06 Feb 24
  1. Guilherme Sesterheim discusses applying Chaos Engineering to SAP systems to test and improve resilience.
  2. It's beneficial to have a trifecta of engineering, product, and UX at senior leadership levels for better outcomes.
  3. Anton Zaides argues that hiring only senior engineers is not the best policy and suggests considering junior engineers for fresh energy and adaptiveness.
168 implied HN points 18 May 23
  1. Being promoted to a team lead involves a shift in focus from technical skills to people and processes
  2. Great devs turn into great leads by honing their instincts and adapting their behavior
  3. Effective communication as a leader involves focusing on the 'why' behind tasks, nurturing a positive team culture, and setting clear paths for team members
88 implied HN points 22 Jun 23
  1. Stack ranking is natural human behavior, but it may not be suitable for engineering teams.
  2. Data-driven does not mean stack ranking; software development teams are more like bands where everyone depends on each other.
  3. Avoid data-driven leadership anti-patterns by knowing your 'why', measuring more than individual stats, and not relying on easily available metrics.