The Art of Prompt Engineering: Systematic Techniques for Modern AI Models
Master reproducible, engineering-driven prompting methodologies designed for developers and technical practitioners. Gain the skills to reliably extract high-accuracy, production-ready outputs from modern large language models.
15 lessons · about 6 hours · by Chukwuma Ebube · 0 forks
Fork this outline into your library and start learning.
Start this courseLesson preview
First look
Deconstructing the Prompt as a Behavioral Contract
Analyze the anatomy of production prompts by breaking down system instructions into explicit intent, scope, and constraint boundaries.
Syllabus
15 lessons across chaptersModule 1: Foundations of Spec-Driven Prompting
3 lessonsLesson 1
Deconstructing the Prompt as a Behavioral Contract
Analyze the anatomy of production prompts by breaking down system instructions into explicit intent, scope, and constraint boundaries.
Lesson 2
Structuring Context with XML Tags and Delimiters
Implement robust context separation in system prompts using hierarchical XML tags to prevent prompt injection and context bleeding.
Lesson 3
Managing Context Windows and Reference Bloat
Optimize token usage by curating retrieved context blocks, removing redundant conversational noise, and structuring dynamic variable injections.
Module 2: Adapting to Large Reasoning Models (LRMs)
3 lessonsLesson 4
Prompting Reasoning Models vs. Standard Completion LLMs
Contrast the behavioral differences between reinforcement-learning-optimized reasoning models (o1/o3/R1) and traditional LLMs.
Lesson 5
Eliminating Legacy Prompt Anti-Patterns
Refactor outdated multi-paragraph 'think step-by-step' prompts and heavy few-shot examples to align with native reasoning architectures.
Lesson 6
Managing Token Budgets and Latency Trade-Offs
Configure reasoning effort parameters and manage internal token budgets to balance output accuracy against inference latency and cost.
Module 3: Deterministic Structured Outputs & Schema Enforcement
3 lessonsLesson 7
Designing Pydantic Schemas for Strict Data Extraction
Model rigorous data extraction targets using Python Pydantic models with constrained fields and field descriptions.
Lesson 8
Implementing Provider-Native Structured Outputs
Configure API-level strict JSON mode and schema enforcement parameters to guarantee 100% syntactic compliance.
Lesson 9
Handling Parsing Fallbacks and Validation Errors
Build defensive error-handling pipelines that catch malformed model responses, schema validation errors, and partial payloads.
Module 4: Advanced Tool Calling & Agentic Loops
3 lessonsLesson 10
Architecting Schema-Driven Tool Definitions
Define precise function signatures, JSON schemas, and docstring guidelines so models accurately select and populate external tools.
Lesson 11
Implementing Multi-Turn Agentic Execution Loops
Build stateful agent execution loops that parse model tool calls, execute backend functions, and feed results back into the context window.
Lesson 12
Handling Tool Execution Failures and Error States
Configure robust recovery mechanisms and error feedback loops when tool executions return exceptions or unexpected outputs.
Module 5: Production Evaluation, Testing, & Guardrails
3 lessonsLesson 13
Constructing Prompt Regression Test Suites
Build automated test harnesses with held-out golden datasets to continuously benchmark prompt iterations against behavioral criteria.
Lesson 14
Implementing LLM-as-a-Judge Evaluation Pipelines
Configure automated evaluation grading pipelines using specialized judge models to score semantic correctness, tone, and constraint adherence.
Lesson 15
Defending Against Prompt Injection and Jailbreaking
Implement multi-layered security guardrails, input sanitization boundaries, and refusal testing to protect production endpoints.
Forking copies the syllabus and lesson text into your private library.