Yashveer Singh
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Recruiter and Career Positioning12 min read

The Engineering Blog That Lands Jobs and Clients

An engineering blog that generates career opportunities is not a blog that demonstrates you know how to code. It is a blog that demonstrates how you think about specific technical problems in specific domains. The posts that generate inbound from employers and clients are the ones where the reader thinks 'this person has already solved the problem I have' and decides to reach out. That is a fundamentally different goal from demonstrating general competence.

Written by Yashveer Singh, founder of Yashveer Labs.

What you actually need to know

  • Posts that generate opportunities are specific about the problem solved, not general demonstrations of knowledge.
  • The audience for a career-generating post is someone who has the exact problem you are writing about. Not every programmer. The programmer with that specific problem.
  • Consistency matters more than volume. Ten posts published over three months is better than ten posts published in one week and then nothing.
  • A post that gets linked by one well-read newsletter in your domain will generate more relevant inbound than a hundred posts that no one links to.
  • The title is the most important sentence. A title that describes the specific problem beats a clever title every time.
Post TypeAudience SizeOpportunity Quality
General programming tutorialLargeLow: too many candidates write similar posts
Framework-specific how-toMediumMedium: useful but competitive
Domain-specific problem solvedSmall to mediumHigh: specific problem reaches specific buyer
Architecture decision with trade-offsSmallVery high: demonstrates judgment, not just execution
Post-mortem on specific failureSmallVery high: vulnerability and learning signal expertise

The core argument

Most engineers who decide to start a blog choose the wrong topic. They write about the fundamentals of React, or how to use Docker, or the basics of PostgreSQL. These posts exist in abundance. The market for general programming content is saturated. An engineer who writes about building high-performance React applications gets lost in thousands of similar posts. An engineer who writes about solving a specific database scaling problem they encountered on a product serving a specific type of workload gets found by the people who have the same problem.

The opportunity-generating engineering blog is not trying to reach everyone. It is trying to reach the person who has the specific problem the post is about. That audience is smaller, but it is an audience with needs and budgets. The general programming audience is mostly students and hobbyists. The specific domain audience is engineers and founders trying to solve real problems in production systems.

The posts on this site are an example. They are not written for all SaaS founders or all engineers. They are written for the specific person who is trying to solve the specific problem described in each title. When someone reads a post here and thinks "this is exactly my problem," the contact is natural because the post already demonstrates that I have solved it.

What makes a post worth writing

The question to ask before starting a post: who would read this post and what would they do with it? If the answer is "any engineer who wants to learn more about topic X," the post is too general. If the answer is "a backend engineer who is trying to connect a Next.js app to a Postgres database through PgBouncer and is running into connection pooling issues," the post is specific enough.

The best posts come from experiences that produced hard-won knowledge. A production incident that required understanding something deeply. A migration that required solving a problem with no good documentation. A performance optimization that required going beyond the usual recommendations. These experiences produce posts that are genuinely useful to the people who have the same experience because they contain the specific knowledge that took time to acquire.

The post should be written at the level of detail that the reader needs to implement the solution, not just understand the concept. Code examples, specific configurations, the decisions that were considered and rejected. The reader should be able to follow the post and solve their problem without needing to find additional resources.

Distribution: getting the right people to read it

Writing the post is half the work. Getting it in front of people who have the problem is the other half.

The most reliable distribution channels for technical content: Hacker News (Show HN for projects, regular post for articles that are genuinely novel), relevant subreddits (/r/programming, /r/javascript, /r/golang, domain-specific communities), the Discord or Slack communities for the specific technology or domain, and X/Twitter with the relevant engineering audience.

The highest-value distribution is getting linked by a newsletter or a prominent engineer in the domain. One link from a well-read technical newsletter can generate thousands of relevant readers. This requires writing posts that are genuinely useful and novel enough that newsletter authors want to share them.

LinkedIn is underutilized for engineering content. Engineers who post regularly on LinkedIn about specific technical topics build a following of other engineers and hiring managers in their domain. The algorithm favors consistent posting and rewards genuine technical depth with reach.

Building consistency without burnout

The most common engineering blog failure pattern: launch with enthusiasm, publish three posts in two weeks, burn out, and go silent for six months. When the blog resumes, the momentum is gone.

Sustainable publishing frequency for most engineers is one to two posts per month. This is achievable without burning out and produces enough content volume over a year to establish a visible presence. The consistency matters more than the frequency.

The posts do not have to be long. A 600-word post that solves a specific problem with precision is more valuable than a 3,000-word post that covers a topic broadly. The reader who finds the 600-word post and solves their problem in 20 minutes is more grateful than the reader who reads 3,000 words and still has to figure things out.

Common mistakes engineers make with technical blogs

  1. Writing posts that are already covered extensively. If the first three Google results for the post's title are good posts on the same topic, the post is in a competitive category. Write in the gaps.
  2. Not including code examples. Engineering posts without code examples are theoretical. The reader who wants to implement the solution needs to see the implementation, not just the concept.
  3. Not promoting the post after publishing. Publish, then share in at least three relevant communities. The post that is published and not promoted is a post that was written for no audience.
  4. Not updating posts when they become outdated. A post about a specific version of a framework that is now three versions old misleads the reader and damages credibility. Add a note at the top when the content is outdated, or update it.
  5. Giving up after posts that do not get traction. Most posts do not get traction. The posts that get traction are often not the ones the engineer expected. Keep publishing and let the compound effect work.

Where to start: a 3-step blog setup

Step 1: List three recent technical problems you solved that required hard-won knowledge. For each one, check whether good documentation or posts already exist. The ones with thin existing coverage are the first posts.

Step 2: Write the first post as if you are explaining the solution to a colleague who has the same problem. Concrete context, the problem statement, the approach that worked, the code or configuration, and the alternatives you rejected. Publish it.

Step 3: Share the post in two to three specific communities where the intended reader spends time. Not generic programming communities. The community specific to the technology or domain the post is about.

The Writing as Evidence

Yashveer Singh. Founder of Yashveer Labs. The posts on this site are the evidence of how I think. Not a portfolio of screenshots or a list of technologies. The writing demonstrates the thinking. If the thinking on the page matches the thinking you need in the engineer, the contact is the right next step.

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The engineer behind this page

This was written by Yashveer Singh. Full stack developer, founder of Yashveer Labs, currently in Class 12 in New Delhi, shipping production systems while most of my peers are still writing their first console app. I am pointing the work, on purpose, at machine learning, AI engineering, and cybersecurity. If you are reading this because you want to hire someone who will not waste your time or your money, that is the role I am built for.

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