The technical fluency product managers need to lead engineering teams, specify features precisely, and debug what matters
Product managers sit at the intersection of business and engineering, yet most enter the role without a technical background. This collection builds the coding literacy PMs actually need — not to write production code, but to read system architectures, specify data requirements precisely, write clear API integration specs, file actionable bug reports, and communicate with developers in their language. Eight modules move from system architecture fundamentals through web development, databases, APIs, debugging, dev environments, AI task writing, and performance security — each closing with a dedicated 'Key Skills for PMs' section that translates technical concepts into daily PM workflows.
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View a sample reportOne session. One clear takeaway.Each short session develops one distinct idea with a clear takeaway. Together, the sessions show how those ideas connect into a structured understanding of the topic.
Where the boundary falls between what the browser does and what the server does
Where the boundary falls between what the browser does and what the server does
How requests, queries, caches, and real-time connections move data through a system
How requests, queries, caches, and real-time connections move data through a system
Scoping features, specifying data, and estimating performance — the PM's architecture toolkit
Scoping features, specifying data, and estimating performance — the PM's architecture toolkit
Page structure, element targeting, styling approaches, and responsive design concepts
Page structure, element targeting, styling approaches, and responsive design concepts
Events, async operations, frameworks, and browser APIs that power interactive features
Events, async operations, frameworks, and browser APIs that power interactive features
Pointing to UI elements, describing interactions, and knowing what browsers can do alone
Pointing to UI elements, describing interactions, and knowing what browsers can do alone
Tables, documents, keys, relationships, and indexes — the building blocks of stored data
Tables, documents, keys, relationships, and indexes — the building blocks of stored data
CRUD, filtering, sorting, pagination, joins, and aggregations in practice
CRUD, filtering, sorting, pagination, joins, and aggregations in practice
Describing relationships, specifying filters precisely, and understanding query performance
Describing relationships, specifying filters precisely, and understanding query performance
HTTP methods, request components, response codes, and authentication schemes
HTTP methods, request components, response codes, and authentication schemes
Webhooks, rate limits, error handling, and data synchronization across systems
Webhooks, rate limits, error handling, and data synchronization across systems
Writing integration requirements, choosing pull vs push, and specifying error scenarios
Writing integration requirements, choosing pull vs push, and specifying error scenarios
Console errors, network failures, rendering problems, and browser compatibility
Console errors, network failures, rendering problems, and browser compatibility
Server vs client errors, database connections, timeouts, and memory problems
Server vs client errors, database connections, timeouts, and memory problems
Reproducing bugs, capturing error messages, documenting expected vs actual, and spotting patterns
Reproducing bugs, capturing error messages, documenting expected vs actual, and spotting patterns
Git commits, branches, pull requests, code reviews, and deployment pipelines
Git commits, branches, pull requests, code reviews, and deployment pipelines
Browser DevTools overview, the Network tab, and the Application tab
Browser DevTools overview, the Network tab, and the Application tab
Referencing code files, understanding deployment stages, and writing better bug reports with DevTools
Referencing code files, understanding deployment stages, and writing better bug reports with DevTools
Context, goals, acceptance criteria, and constraints — the four components of a precise AI brief
Context, goals, acceptance criteria, and constraints — the four components of a precise AI brief
Reference files, examples, edge cases, and data format specifications that shape agent output
Reference files, examples, edge cases, and data format specifications that shape agent output
Load times, query optimization, caching strategies, and asset delivery for faster products
Load times, query optimization, caching strategies, and asset delivery for faster products
Input validation, auth patterns, XSS, SQL injection, and API security fundamentals
Input validation, auth patterns, XSS, SQL injection, and API security fundamentals
Flagging performance issues, understanding security implications, and weighing feature-performance tradeoffs
Flagging performance issues, understanding security implications, and weighing feature-performance tradeoffs
“The technical fluency course every PM wished existed during onboarding.”
Coding Literacy for PMs fills the specific gap between 'I manage a product' and 'I can communicate precisely with the people who build it.' Eight modules deliver the vocabulary, diagnostic skills, and specification habits that turn ambiguous requirements into actionable engineering work.
New Literacy builds the competences that modern roles demand but traditional education never taught — from coding fluency for non-engineers to data reasoning for decision-makers.
Ranked by semantic similarity
Why AI gets things wrong, organized by root cause — a diagnostic field guide for engineers, PMs, and serious users who want a causal map instead of an anecdote.
AI didn't just change what students can do. It changed what teaching is for.
A critical, evidence-first plan for teaching students how AI works, how to use it and when to question it
