Streamlining Engineering Documentation Processes

Technical writers often struggle with the documentation process. But I don't... Here's why: I don't use neglected, out-of-sync docs. There's no need to treat documentation as an afterthought, losing countless hours to outdated information and miscommunication. Now, we're using Docs as Code—a trend that has changed how technical writers, developers, and stakeholders collaborate on documentation. Docs as Code means treating your documentation with the same respect and processes as your code. Same tools, same processes, same love and attention. By doing this, you integrate documentation into the development process, making it a native. As a result, you get to: → Use Git-based version control for your docs → Deploy updated documentation automatically → Allow your entire team to contribute effortlessly → Reduce tickets caused by outdated documentation → Implement review processes for documentation changes → Ensure users always have access to up-to-date information → Eliminate conflicting information across different doc versions → Track changes, manage branches, and resolve conflicts → Set up continuous integration to test for broken links → Maintain a single source of truth that you can trust → Automate doc generation from code comments → Keep your docs in lockstep with your codebase And the implementation isn't rocket science as well—it's more straightforward than you might think. Never treat your documentation like an afterthought—it's an integral part of your product. By treating docs like code, you'll: > 𝐒𝐥𝐚𝐬𝐡 𝐭𝐢𝐦𝐞-𝐭𝐨-𝐦𝐚𝐫𝐤𝐞𝐭 𝐛𝐲 𝐮𝐩 𝐭𝐨 50% > 𝐁𝐨𝐨𝐬𝐭 𝐩𝐫𝐨𝐝𝐮𝐜𝐭 𝐪𝐮𝐚𝐥𝐢𝐭𝐲 𝐚𝐧𝐝 𝐫𝐞𝐝𝐮𝐜𝐞 𝐞𝐫𝐫𝐨𝐫𝐬 𝐛𝐲 30% > 𝐒𝐤𝐲𝐫𝐨𝐜𝐤𝐞𝐭 𝐮𝐬𝐞𝐫 𝐬𝐚𝐭𝐢𝐬𝐟𝐚𝐜𝐭𝐢𝐨𝐧, 𝐛𝐨𝐨𝐬𝐭𝐢𝐧𝐠 𝐜𝐮𝐬𝐭𝐨𝐦𝐞𝐫 𝐫𝐞𝐭𝐞𝐧𝐭𝐢𝐨𝐧 𝐛𝐲 25% Stop losing money on inefficient documentation processes and start delivering value faster. Share your thoughts or experiences with Docs as Code in the comments. Have you implemented this approach?

I timed our last client review cycle. 41 days. The actual reviewing? 3 days. Where did the other 38 days go? → 8 days waiting for Reviewer 1 to "find time" → 6 days because Reviewer 2 was on vacation (nobody checked the calendar) → 5 days resolving contradictory feedback between two reviewers who never talked to each other → 4 days because the SME added "one more section" after the draft was "final" → 3 days re-reviewing changes from the contradictory feedback round → 12 days of the document sitting in someone's inbox marked "unread" This isn't a documentation problem. It's a process problem wearing a documentation costume. Three fixes that have cut review cycles by 50-70% for our clients: 1. Structured review templates. Don't ask "please review." Ask specific questions: "Is the safety classification in Section 3.2 correct? Is the torque value on page 7 current?" 2. Async feedback with hard deadlines. Give reviewers 5 business days. Put this in writing before the cycle starts: without your sign-off, this documentation doesn't ship. And if the documentation doesn't ship, neither does the product. 3. Single-authority sign-off. One person resolves conflicting feedback. Not a committee. Not a meeting. One person with the authority to decide. The review cycle isn't long because documentation is complicated. It's long because nobody designed the process. #TechnicalWriting #Documentation #ProcessImprovement #ProjectManagement

Ok guys. You fought one fire too many and said enough's enough, our agency needs a process for this. So you made that beautiful SOP with all the links and had everyone dump everything from their brain... and yet... still nobody knows wtf is supposed to happen. You want to actually solve the problem, your process has to be 1. simple 2. usable 3. scalable. Easier said then done. I know, me, an ops/finance/leadership expert and I'm still saying it's tough. Why? Bc we're human! This is the work we want to just be done already so we can have the results, but we don't actually want to invest the time, discipline, or finances to do it well. So here’s the method that worked best for me growing an agency from startup to $10M with systems that actually stuck (& didn't suck 🤣 ). 🔍 Simple = clear. Simple ≠ basic. Start with a visual map. (Miro, Canva, or ClickUp all work great.) Something that helps your brain see the big picture before zooming into the steps. Then outline the process in a doc: » Each task » Who owns it » When it’s due (relative to the overall workflow) » Description + links to resources/templates » Checklist of actions » Subtasks + dependencies Your tasks should be your source of truth, where the process is integrated into the actual work. Great process documentation doesn’t have to be hunted down bc it's right in front of your face where the work happens. 💪🏽 Usable = actually followed. Usable ≠ I understand it, why don't you. Once the process is defined, build it into your PM platform as a template. Monday, ClickUp, Asana, Teamwork... take your pick, idc, but ideally use ONE. Then roll it out with patience. ↳ Host walkthroughs. Share the why, explain the goal, set expectations, & *walk* through the flow. Highly recommend multiple sessions for team-specific & role-specific nuances. ↳ Run a mock client exercise. Assign the full process like it's real and watch for friction. You'll catch gaps, errors, missing links, unclear instructions, before it goes live. ↳ (I know I'm a broken record but) Build accountability into the process. If something gets skipped, the workflow should stall. If you have to manage people through reminders and nudges, that's a flag the process isn't solid yet bc when it's clear and owned, the gaps reveal themselves. 📈 Scalable = evolves with you. Scalable ≠ reinventing the wheel. The process doc is your editable hub. When something needs to be changed, you should have roles responsible to update the doc, confirm with leadership or team, & apply the update to the task templates. Use a highlighting system in the doc to track: • Needs updating • Changed, not yet confirmed/approved • Approved + ready to go • Remove highlights once it's live in the system And that’s it. That's how to build a process that holds steady AND stays flexible. And when you do it this way, your processes support growth without burning people out along the way.

I just discovered how construction companies are creating complete SOPs in 45 minutes instead of 18 months. Building PPL shared their exact framework, and it's brilliant. Most companies approach process documentation like they're writing a manual for NASA. ❌ Old Way (18 months): • Form process improvement committee • Research industry best practices • Draft formal documentation • Endless revision cycles • Launch and pray people use it 18 months later, you have a beautiful manual that sits on a digital shelf collecting dust. ✅ New Way (45 minutes): • Grab your best person for this process • Record them explaining it to someone new • Use AI to structure the messy conversation into clear steps That's it. Building PPL worked with a construction company that had been "meaning to document processes" for 3 years. In one afternoon, they captured their entire submittal process—including all the unwritten tricks that actually make it work. The difference was they stopped trying to create something perfect and started extracting knowledge that already existed. Your people already know how to do the work. They just need help getting it out of their heads. Here's how to get started: STEP 1 - Pick Your Paint Point • List your 5-8 core processes that cause chaos when key people are out • Pick the one causing the most pain RIGHT NOW STEP 2 - Extract The Knowledge • Record your expert walking through the process • Don't script it. Let them ramble. • Capture the WHY, not just the WHAT STEP 3 - PACKAGE • Use AI to transform rambling conversation into clear steps • Simple format: Purpose → Steps → Success Definition • Store where people actually look for information What used to take committee meetings and corporate writing now happens over coffee. Your challenge: • Pick ONE process that confuses new people • Block 45 minutes on your calendar • Follow the framework: Identify → Document → Package You can start with just a phone recording and some AI help. Building PPL has turned this into a science, but the basics work for anyone. Construction is complex enough. Your processes don't have to be. 👇 Which process will you document first?

In my different leadership roles, I’ve always struggled to get developers to write and maintain relevant documentation. It’s been their bête noire. And when they do write it, it’s usually under managerial pressure, resulting in long SharePoint or Confluence pages that slowly rot, disconnected from the actual architecture and code. In my last mission, I decided to face the elephant in the room and change the approach. Surprisingly, it worked. (Partly thanks to LLMs 😊) Here’s what we did: We moved to collaborative documentation (Microsoft Loop — but it could be Notion, Confluence, whatever fits your team). I encouraged devs to use ChatGPT — not to replace them, but to help them structure, improve, and enrich their writing. We made architecture and design discussions async and doc-first. I introduced a simple rule: 👉 “If it’s not on Loop, it doesn’t exist.” Within a few months, we went from static, outdated SharePoint pages... ...to living docs and Architecture Decision Records (ADRs) — that became a shared knowledge base for the team and the broader company. Of course, AI tools won’t write your docs for you. But they can help your team build a real documentation culture. And you — what’s your experience with documentation? #softwareengineering #engineeringmanagement #documentation #softwaredocumentation #architecture #adr #softwarearchitecture

A 60 page doc tripled this engineering team's velocity, I've been talking to engineering leaders for weeks, and there's a pattern nobody's discussing yet: teams aren't optimising for better code anymore. They're optimising for better documentation. They went from "we barely document anything" to maintaining a 60-page AGENTS.md file in just 3 months. Not user docs. Not API specs. Business logic documentation specifically for AI agents. These files include coding conventions, business logic, good vs bad examples, testing workflows, and architecture reasoning. What changed? They started using Cursor and Claude Code heavily. They realized something: when AI writes your code, the quality of what it produces correlates DIRECTLY with how well you explain your business logic. The shift is fundamental: Old way: Write code, document later (maybe) New way: Document first, let AI write the code Another team I spoke with now tracks "context quality" as a KPI. They're not measuring lines of code anymore , they're measuring how well their documentation helps AI understand what they're building. The bottleneck isn't coding speed anymore. It's context clarity. For engineering leaders using AI tools: are you seeing this pattern? How are you handling documentation? PS: if you’re a CTO/Engineering leader facing testing bottleneck and interested in shipping 10x faster, let's chat - https://lnkd.in/gJJUET-S

4 employees. 4 solutions. Same problem. A company I worked with "solved" the same efficiency issue 4 times in 2 years. They weren't incompetent. They were busy. And nobody wrote it down. This is innovation's silent killer: knowledge loss. We can run perfect experiments, generate brilliant insights, and still waste months re-learning what we already knew. The fix? Ruthlessly simple documentation. It doesn't matter the area: Marketing, Manufacturing, Engineering, Customer Services, etc. The highest-performing teams I've worked with follow 3 rules: 1️⃣ Every experiment gets a searchable record Not in email. Not in notebooks. In a shared system anyone can access. 2️⃣ Capture insights in under 5 minutes • What we tested • What we learned • What's next • What failed (and why) No 20-page reports. Just the essentials. 3️⃣ Make knowledge transfer intentional One practice we adopted: 15-minute "experiment reviews" every Friday. Each team shares their fastest learning. Within 3 months? Teams were building on each other's breakthroughs. Innovation started compounding. Documentation isn't extra work. It's how we stop paying for the same lesson twice. Your Turn: What's the costliest lesson your team has re-learned? Drop it in the comments - let's build a case for better documentation together This is Day 3 of my learned surprising innovation secrets. Tomorrow I'll share some recent research supporting my own experiences. #Innovation #PsychologicalSafety #DOE

The hidden engineering team you didn’t plan to hire. I have built and reviewed enough products to spot this pattern early. It always starts small. “Just a form.” “Just a PDF.” “Just one signature flow.” Then it quietly grows into something else. Suddenly you are dealing with: - Field validation edge cases - PDF versioning and placement bugs - Signature failures you cannot afford to lose - Audit trails, permissions, and compliance reviews - Engineers getting pulled back in month after month None of that shows up on the original roadmap. Here is the uncomfortable truth most teams learn too late: Document workflows are not a one-time build. They are permanent infrastructure. This is why tools like Anvil matter earlier than people expect. Anvil lets product teams turn paperwork into API-driven workflows from day one. - Dynamic webforms. - Automated PDF generation. - Embedded e-signatures. - All styled to your product and embedded directly in your app. Think TurboTax, but for your product experience. One set of fields. Data routed everywhere it needs to go. No engineers babysitting forms forever. The strategic reframe for PMs and founders is simple: Every internal document workflow you build is a long-term maintenance commitment. Today, I would default to buying that infrastructure. Not assigning engineers to quietly become a paperwork team. Try here: https://lnkd.in/ec9aSyfD What do you think about this shift in how we do paperwork? Comment below 👇 #AnvilPartner 

Document Control is essential in every organisation and every project because it protects information, reduces risks, and ensures that people always work with the right document at the right time. 1. Ensures Everyone Works on the Latest and Correct Information Document Control prevents teams from using outdated, incorrect, or superseded documents. This directly avoids: • Rework • Construction mistakes • Safety risks • Cost overruns • Delays In engineering projects, working on the wrong revision can cost millions. 2. Provides Structure, Standards, and Consistency Document Control enforces: • Naming conventions • Metadata • Templates • Versioning rules • Controlled workflows This ensures the entire organisation follows a consistent and professional structure. 3. Supports Compliance & Governance Document Control ensures alignment with: • ISO 9001 / QMS • Contractual requirements • Client standards • Regulatory authorities • Audit trails Strong control protects the organisation legally and contractually. 4. Maintains a Single Source of Truth (SSOT) A controlled EDMS/DMS ensures everyone accesses: • One system • One revision • One approved source No confusion. No personal folders. No scattered versions. This improves clarity and decision-making. 5. Improves Efficiency and Productivity Document Control: • Speeds up review and approval cycles • Ensures automatic notifications • Reduces admin workload for engineers • Makes documents searchable and retrievable • Prevents duplication of work Teams work faster, smarter, and with fewer errors. 6. Enhances Collaboration Across Departments Document Control supports smooth information flow across: • Engineering • Procurement • Construction • Quality • Commissioning • Vendors & Subcontractors • Clients The process becomes timely, traceable, and well-coordinated. 7. Strengthens Traceability & Audit Trails Good Document Control maintains full history: • Who created • Who reviewed • Who approved • What changed • When it changed • Why it changed This protects the project during: • Claims • Disputes • Variations • Handover 8. Supports Digital Transformation Modern EDMS/DMS tools enable: • Automation • Integration with planning & cost systems • Real-time dashboards • AI-assisted quality checks • Role-based access • Remote collaboration Document Control is a foundation of digitalisation. 9. Critical for Handover & Operations Operations require: • As-built documents • Vendor manuals • Data sheets • Certificates • Test packs • Drawings Document Control ensures everything is complete, organised, and verified. 10. Reduces Risks, Costs, Delays & Safety Issues Weak Document Control leads to: • Construction errors • Schedule delays • Cost overruns • Safety hazards • Contractual non-compliance • Disputes • Reputational damage Effective Document Control prevents problems before they happen.