Sabotaging projects by overthinking, scope creep, and structural diffing
Overengineering and scope creep are highlighted as common ways both individuals and organizations quietly sabotage projects, whether in software, side projects, or PhD research. Commenters weigh the tradeoff between deep upfront research and just building a minimal version, arguing that locking scope, accepting imperfection, and focusing on finishing often matter more than exhaustive planning or novelty. Several note that tools like LLMs can amplify both productivity and over-complexity, making conscious limits and clear goals increasingly important.
Article format and focus
- Several commenters note the piece reads more like a personal newsletter than a focused blog post, which explains its multiple topics and meandering structure.
- Some think it should have been split into two: one on overthinking/scope creep, another on structural diffing.
- Many comments focus only on over-engineering, even though a large part of the piece was about diff tools.
Scope creep, overthinking, and finishing projects
- Common pattern: start with a simple goal → do lots of research → keep expanding scope → never ship.
- Counter-strategy: lock scope early, ignore most “better ideas”, ship a minimal v1, then iterate.
- Others warn against swinging too far: thoughtful upfront modeling and domain knowledge can prevent costly redesigns.
- Scope creep can sometimes reveal the “real” problem being solved, so not all expansion is bad.
- Deadlines (e.g., game jams) are seen as very effective constraints against endless expansion.
- Advice for side projects: clarify “why” (learning, personal itch, business) and match the level of research/engineering to that goal.
PhD and academic research parallels
- Many PhD experiences mirror the article: broad literature review leads to scope bloat, loss of excitement, and a brutal final 20–30% push.
- One line of advice: treat finishing and narrowing scope as the core skill; keep the work small, replicable, and just novel enough.
- Others argue that if narrowing makes the work uninteresting to the field, that is a serious problem.
- Disagreement on literature strategy: some advocate exhaustive early review to avoid duplicating work; others suggest reading only a few key papers first, then deep review later to protect novelty.
- There is concern about misaligned incentives: pressure for novelty discourages replications, contributes to the replication crisis, and makes “accidental duplication” career-threatening.
Perfectionism, “better,” and LLMs
- Multiple comments frame overthinking as perfectionism: refusing to accept “good enough” leads to paralysis rather than excellence.
- Incremental “better than before” is recommended over chasing an ideal design.
- LLMs are seen as amplifying scope creep: faster coding encourages adding features and complexity, so gains in speed get canceled by expanding ambitions.
Structural diffing and tools
- Some discussion notes that structural diffing was a major topic in the article but under-discussed in comments.
- Specific tools mentioned include RefactoringMiner (for code-aware diffs) and Difftastic (syntax-aware, even for plaintext treated as a language).