A study desk in warm window light: an open laptop showing the OmniTaught AI-Assisted Development course, a mug of coffee, an open notebook with a fountain pen, and reading glasses
A hand holding a phone running the OmniTaught app, at a sunlit table with a mug of coffee and a notebook
OmniTaught 🔥 6Topics

Course

AI-Assisted Development

6 of 10 lessons complete

✓ Security Review of Generated Code
The bugs are old; the confidence is new · 8 min
100%
8 The AI-Era Team
Leverage went up; accountability did not move · 7 min
9 Debugging Code You Did Not Write
The skill that decides whether AI speed is real · 9 min
10 Cost, Latency, and Choosing a Model
The engineering decisions that do not appear in the demo · 8 min

Lesson 7

Context Is an Engineering Surface

Model output quality tracks codebase legibility almost linearly. A repo with clear structure and current docs gets good suggestions; a repo held together by tribal knowledge gets confident nonsense. That makes context something you engineer deliberately, like an API surface, not something you hope accumulates.

Most tools read a checked-in rules file from the repo root: CLAUDE.md is one, and every serious tool has an equivalent in the same category. It is onboarding documentation for a reader with perfect recall and zero context, loaded automatically into every session. Keep it short, current, and versioned with the code.

What earns a spot in the rules file: exact build and test commands, architectural boundaries and what must not import what, naming conventions, known footguns, and the three mistakes every new contributor makes in week one. If it is not worth a new hire reading, it is not worth the model reading.

Quiz now, while it is fresh. 8 questions, no timer.

1 of 8

For the third session in a row, the model runs npm test when this repo actually uses make check. The durable fix is to:

The question on the screen is a real one

Learn AI-assisted development
and actually remember how.

10 lessons, 114 practice questions, 85 flashcards, and 1 timed exam set. Other Coding Courses.

Other Coding Courses

Built the same way, and every one of them is included.

And if the thing you need is not on the shelf at all, the Topic Genie builds a full course on anything you name, with the same lessons, questions and review schedule as this one. Beta testers get a code the day they join.

Who builds this

Built by a teacher who became a National Certified Counselor.

OmniTaught is developed by Michael C. Shedrick, M.S., PLPC, NCC: a teacher with a master's degree in educational leadership who went on to become a National Certified Counselor. Both jobs kept exposing the same problem: learning tools that stop at definitions. So this course teaches the working version of its subject, the part you actually use when the real thing is in front of you, and it teaches it the way memory works: a short lesson, a quiz while it is still fresh, and review that brings it back before you lose it.

Also from the same desk, in case they are useful: OmniPsyche Counseling Tools, which preps your next session and not just your notes; OmniPsyche.org, free mental health education with no paywall and no signup; and NOTICE, a free guided meditation app.

What this course covers

Every lesson is short enough to finish in one sitting and ends with questions that make you use what you just read. The last ones are timed, in exam conditions.

  1. The Shift: From Writing Code to Directing ItWhat actually changes in the job, and what your experience is suddenly worth8 min
  2. Prompting for Code That ShipsContext, specs, plans, and the case for small diffs8 min
  3. Reading AI Diffs Like a ReviewerThe signature failure patterns and how to catch them fast9 min
  4. Tests Are the ContractVerification replaces trust, and the bar moves accordingly9 min
  5. Agentic WorkflowsDelegating a whole task, from the goal to the finished change8 min
  6. Security Review of Generated CodeThe bugs are old; the confidence is new8 min
Show all 11 lessonsShow fewer
  1. Context Is an Engineering SurfaceMake the codebase legible and the model gets smarter7 min
  2. The AI-Era TeamLeverage went up; accountability did not move7 min
  3. Debugging Code You Did Not WriteThe skill that decides whether AI speed is real9 min
  4. Cost, Latency, and Choosing a ModelThe engineering decisions that do not appear in the demo8 min
  5. AI-Assisted Development Timed Simulation: Set A30 items, 35 minutes, exam mode35 min

A whole lesson, start to finish

Not a sample and not a summary. This is all of lesson 2, exactly as it reads in the app, and then one of the 9 questions that follow it.

Lesson 2 of 11 · about 8 min

Prompting for Code That Ships

Context, specs, plans, and the case for small diffs

Context is the whole game

Strip away the folklore and prompting for code is one skill: getting the right context in front of the model. It cannot read your architecture docs, your team's taste, or your dependency versions unless you put them there. A vague prompt does not produce vague code; it produces confident code aimed at the wrong target.

Think about what you would hand a capable contractor on day one: the constraints, the versions in play, the conventions the team actually enforces, and an example of code the team considers good. That is your context payload. The model needs the same onboarding, except it needs it every conversation, because it remembers nothing between them.

The context checklist

language and framework versions, hard constraints (no new dependencies, must stay backward compatible), house conventions, one or two examples of house style, and the failing test or error output if one exists. Thirty seconds of pasting saves three rounds of correction.

Spec first, code second

Describe the behavior before you ask for the implementation. Inputs, outputs, edge cases, and what should happen when things go wrong. If you cannot write two sentences about how the function behaves on empty input, you are not ready to review the model's guess about it, and it will guess.

Remember

The single highest-leverage artifact you can paste is a failing test. It is an executable spec: unambiguous about the expected behavior, and it hands you the verification step for free. When you have one, lead with it.

Ask for the plan before the code

For anything non-trivial, make the model describe its approach before writing the implementation. Reviewing a five-line plan takes seconds; reviewing three hundred lines built on a wrong assumption takes an afternoon and ends in a rewrite anyway. Catch the wrong turn while it is still cheap.

In the same breath, ask it to state its assumptions. Models fill every gap in your prompt with a guess and never volunteer which guesses they made. Forcing the assumptions into the open turns silent failure into a two-line correction: no, we are on the older major version, and that config flag does not exist here.

Iterate, or start clean

Iterating in one conversation works while the model's mental picture is basically right and you are refining. But a long conversation accumulates every wrong turn and half-corrected idea in its context, and quality decays. When you notice the model relitigating an approach you already rejected, stop steering.

Careful

The sunk-cost trap: spending an hour correcting a degraded conversation because the first twenty minutes went well. A fresh start with a better prompt, informed by everything the first attempt taught you, is usually faster than turn fifteen of a salvage operation. Conversations are disposable. Treat them that way.

Small diffs beat big bangs

Request changes at the size you can actually review, because you are going to review them, right? A focused diff to one function gets real scrutiny. A two-thousand-line generation gets a skim and a prayer, which is how slop ships with your name on the commit.

This is the same discipline you already apply to human PRs, applied to a collaborator with infinite stamina. The model will happily generate the big bang. Your job is to not ask for it. Decompose the work, review each piece, keep the pieces honest.

You ask for a caching layer and get clean code using a library your team banned last year. The model had no way to know. What is the process fix?

Questions people ask

Is there a course for developers moving to AI-assisted coding?

Yes. OmniTaught opens in any browser and installs to a phone or a computer like an app, and it works offline once you have opened it. AI-Assisted Development is 10 lessons, 114 practice questions and 85 flashcards, and the first week is free with no card.

What does AI-Assisted Development cover?

For experienced developers making the shift from writing code to directing it. It is 10 lessons long, plus 1 timed exam set in exam conditions, and every lesson ends with questions on what you just read.

How long is each lesson?

About 8 minutes. There are 10 of them, so the reading comes to under 2 hours in total, and it is built to be done a lesson at a time rather than in one sitting.

How much practice is in it?

114 practice questions, every one with an explanation of why the right answer is right, plus 85 flashcards that come back on a schedule built from how well you knew them last time.

What does it cost?

Nothing for the first week, and no card is asked for. After that OmniTaught is $9.99 a month or $79 a year, which opens every course on the site, this one included, plus one Genie course a month.

Free for a week. Then $9.99 a month.

No card to start.

EVERYTHING INCLUDED
$9.99a month, or $79 a year
  • Every course in the ever-growing library, every quiz, & your review deck.
  • One Genie course a month, built on whatever you name. Extra courses are $6.99 each. Add narration to any Genie made course for $9.99.
  • A free week first, no card needed. Cancel any time from Settings.
Start AI-Assisted Development free

Flashcard apps have the science but no content. Content sites have no retention engineering. This one has both, built one craft at a time.