I've come to the realization that the most underrated skill for building with AI (and arguably the one that will separate high-output teams from everyone else) is task decomposition. Not vibe coding. Not prompt engineering. Decomposition. If you can’t break a goal down into clear, sequenced tasks, you can’t: - Tell where AI can help - Assign work to the right tools or people - Or build a system that compounds instead of collapses Most people try to “delegate to AI” before they’ve even defined the work. And here’s the non-obvious part: When you decompose a task well, you don’t just make AI useful, you create a blueprint that makes your entire org more intelligent. Your workflows get clearer. Your automation paths become visible. You uncover handoffs and decisions that were implicit before — now they can be improved, delegated, measured. Take a real example Let’s say your goal is: "Create an email campaign for churned customers." Break it down like this: - Define what "churned" means and who qualifies (Data task) - Analyze why those customers left (Behavioral analysis) - Decide what message or offer might bring them back (Strategy) - Write subject lines and body copy (Creative) - Design and QA the email (Design & QA) - Set up the send and monitor results (Execution & Analytics) Every line above is a chance for AI to plug in but only after the thinking is done. For product managers, this is especially critical. The best PMs won’t just focus on vibes — they’ll design the workflows that give AI a role in real-world systems. They’ll decompose user intent, structure execution, and orchestrate tools and agents like a director, not just an architect. And this is the deeper truth: AI doesn’t make teams obsolete — it makes shallow thinkers obsolete. The future belongs to people and products that know how to break things down and build from the pieces — thoughtfully, repeatedly, and at scale. Get great at task decomposition. It’s the new core skill of the AI era.
AI Strategies For Improving Project Management In Engineering
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Summary
Artificial intelligence (AI) is transforming project management in engineering by automating repetitive tasks, streamlining workflows, and enabling data-driven decisions. By strategically integrating AI, teams can achieve greater efficiency and smarter resource allocation.
- Break down tasks: Divide complex engineering goals into smaller, actionable steps to identify where AI can assist, improve workflows, and enhance collaboration across teams.
- Adopt AI tools thoughtfully: Choose AI tools that align with your team's skills and integrate them with existing workflows to make processes smoother and more intuitive.
- Empower team learning: Provide role-specific training and create knowledge-sharing channels to help your team build confidence and adaptability in using AI for project management.
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This seems to be on everyone’s mind: how to operationalize your product team around AI. Peter Yang and I recently chatted about this topic and here’s what I shared about how we are doing this at Duolingo. For improving our product: -Using AI to solve problems that weren’t solvable before. One of the problems we had been trying to solve for years was conversation practice. With our Max feature, Video Call, learners can now practice conversations with our character Lily. The conversations are also personalized to each learner’s proficiency level. -Prototyping with AI to speed up the product process. For example, for our Duolingo Chess, PMs vibe-coded with LLMs to quickly build a prototype. This decreased rounds of iteration, allowing our Engineers to start building the final product much sooner. -Integrating AI into our tooling to scale. This allowed us to go from 100 language courses in 12 years to nearly 150 new ones in the last 12 months. For increasing AI adoption: -Building with AI Slack channels. Created an AI Slack channel for people to show and tell and share prototypes and tips. -“AI Show and Tell” at All-Hands meetings. Added a five‑minute live demo slot in every all hands meeting for people to share updates on AI work. -FriAIdays. Protected a two‑hour block every Friday for hands-on experimentation and demos. -Function-specific AI working groups. Assembled a cross-functional group (Eng, PM, Design, etc.) to test new tools and share best practices with the rest of the org. -Company-wide AI hackathon. Scheduled a 3-day hackathon focused on using generative AI. Here are some of our favorite AI tools and how we are using them: -ChatGPT as a general assistant -Cursor or Replit for vibe coding or prototyping -Granola or Fathom for taking meeting notes -Glean for internal company search #productmanagement #duolingo
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Throwing AI tools at your team without a plan is like giving them a Ferrari without driving lessons. AI only drives impact if your workforce knows how to use it effectively. After: 1-defining objectives 2-assessing readiness 3-piloting use cases with a tiger team Step 4 is about empowering the broader team to leverage AI confidently. Boston Consulting Group (BCG) research and Gilbert’s Behavior Engineering Model show that high-impact AI adoption is 80% about people, 20% about tech. Here’s how to make that happen: 1️⃣ Environmental Supports: Build the Framework for Success -Clear Guidance: Define AI’s role in specific tasks. If a tool like Momentum.io automates data entry, outline how it frees up time for strategic activities. -Accessible Tools: Ensure AI tools are easy to use and well-integrated. For tools like ChatGPT create a prompt library so employees don’t have to start from scratch. -Recognition: Acknowledge team members who make measurable improvements with AI, like reducing response times or boosting engagement. Recognition fuels adoption. 2️⃣ Empower with Tiger Team Champions -Use Tiger/Pilot Team Champions: Leverage your pilot team members as champions who share workflows and real-world results. Their successes give others confidence and practical insights. -Role-Specific Training: Focus on high-impact skills for each role. Sales might use prompts for lead scoring, while support teams focus on customer inquiries. Keep it relevant and simple. -Match Tools to Skill Levels: For non-technical roles, choose tools with low-code interfaces or embedded automation. Keep adoption smooth by aligning with current abilities. 3️⃣ Continuous Feedback and Real-Time Learning -Pilot Insights: Apply findings from the pilot phase to refine processes and address any gaps. Updates based on tiger team feedback benefit the entire workforce. -Knowledge Hub: Create an evolving resource library with top prompts, troubleshooting guides, and FAQs. Let it grow as employees share tips and adjustments. -Peer Learning: Champions from the tiger team can host peer-led sessions to show AI’s real impact, making it more approachable. 4️⃣ Just in Time Enablement -On-Demand Help Channels: Offer immediate support options, like a Slack channel or help desk, to address issues as they arise. -Use AI to enable AI: Create customGPT that are task or job specific to lighten workload or learning brain load. Leverage NotebookLLM. -Troubleshooting Guide: Provide a quick-reference guide for common AI issues, empowering employees to solve small challenges independently. AI’s true power lies in your team’s ability to use it well. Step 4 is about support, practical training, and peer learning led by tiger team champions. By building confidence and competence, you’re creating an AI-enabled workforce ready to drive real impact. Step 5 coming next ;) Ps my next podcast guest, we talk about what happens when AI does a lot of what humans used to do… Stay tuned.