Prompt Engineering

Treat prompts as structured operating instructions: define the task clearly, test variants deliberately, and keep evaluation attached to the same workflow.

Core skill
Public track

Build prompts that survive iteration, comparison, and real product usage.

Good prompt engineering is not clever phrasing. It is the discipline of giving the model the right role, context, constraints, and output contract, then testing whether the prompt still works when the examples, stakes, or inputs change.

Focus
Structure + constraints
Practice mode
Variant + compare
Best pairing
Prompt Library + challenges
Outputs
Reusable prompt systems
Skill profile

What strong prompt engineers do consistently

They keep one stable source prompt before branching variants.
They tune one dimension at a time instead of rewriting everything at once.
They compare outputs against a rubric, benchmark, or gold examples.
They move promising prompts into a workflow where context and history are preserved.
Study prompts in the library

Core loops

Write clean source prompts

Keep one pristine version that captures the role, instructions, and expected output before you start optimizing.

Branch variants intentionally

Change one dimension at a time: examples, evaluation criteria, constraints, or output shape.

Evaluate with evidence

Use challenge rubrics, gold items, or a small hand-checked benchmark instead of declaring success after one response.

Operationalize the winner

Move the strongest prompt into Workspace or a product flow where settings, context, and history stay attached.

Prompt patterns to master

Role + objective

Start by naming the model role, the task, and the success condition so the output contract is explicit from the first line.

Context + constraints

Bring in only the facts, policies, and limits the model actually needs. Good prompts are scoped, not padded.

Evidence + checks

Ask the model to surface assumptions, verification steps, or evidence requirements when correctness matters.

Output shape

Specify the format, sections, or schema you want so the prompt is easier to compare across variants and runs.

What good looks like

1

The prompt says who the model is, what it should do, and how the answer should be structured.

2

Important constraints are inside the prompt instead of living only in the operator’s head.

3

Variants are compared deliberately against the same task, not judged from memory.

4

Prompt changes are attached to a workflow or workspace where the history stays visible.

Next action

Take the skill into a live prompt surface next.

The fastest step after reading this page is to inspect real prompts, then fork or compare them inside the product instead of stopping at theory.

Open Prompt LibraryOr learn the CLI workflow