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This project serves as an educational resource and guide for prompt engineering, providing a structured methodology for interacting with large language models. It focuses on teaching core strategies to improve the reliability, accuracy, and consistency of model outputs across a variety of natural language processing tasks.
The main features of pandabearlab/prompt-tutorial are: Prompt Engineering Guides, Prompt Engineering Resources, Prompt Engineering Techniques, Prompt Templates, Prompting Techniques, Task Decompositions, Automated Prompt Generation, Automated Text Analysis.
Projects with overlapping indexed features include: microsoft/poml — Poml is a prompt management framework and templating engine designed for authoring, versioning, and rendering… nirdiamant/prompt_engineering — This project is a comprehensive guide and framework for designing, optimizing, and securing inputs to improve the… dair-ai/prompt-engineering-guide — This project is a comprehensive educational resource and technical guide focused on the development, optimization, and… phodal/prompt-patterns — Prompt patterns is a framework for organizing AI-driven system design through structured prompt engineering and… paullarionov/claude-certified-architect — This repository is a study resource for the Claude Certified Architect Foundations exam. It brings together a written… firebase/genkit — Genkit is an open-source framework for building AI-powered applications. It provides a unified interface for…
Poml is a prompt management framework and templating engine designed for authoring, versioning, and rendering structured prompts for large language models. It uses a semantic markup language to organize prompts into reusable templates, combining them with dynamic context and data to generate formatted inputs. The system distinguishes itself by decoupling core prompt logic from final presentation through a stylesheet-based approach. It provides a dedicated JSON schema output generator to enforce strict, machine-parsable model responses and a configuration interface for managing function tool s
This project is a comprehensive guide and framework for designing, optimizing, and securing inputs to improve the accuracy and reasoning of large language model outputs. It provides core methodologies for implementing logical reasoning steps, example-based learning, and reusable template systems. The framework distinguishes itself through a focus on security guardrails and ethical auditing, implementing primitives to prevent adversarial prompt injection attacks and identify biases. It also emphasizes structured generation, using persona assignment and negative constraints to control the tone,
This project is a comprehensive educational resource and technical guide focused on the development, optimization, and application of large language models. It provides a structured curriculum for mastering prompt engineering, ranging from foundational principles of instruction design to advanced techniques for improving model reasoning, accuracy, and reliability. The guide distinguishes itself by offering deep technical insights into agentic workflows and autonomous system design. It covers the implementation of multi-step reasoning chains, tool integration through function calling, and stat
Prompt patterns is a framework for organizing AI-driven system design through structured prompt engineering and domain-driven development methodologies. It provides a library of standardized interaction strategies designed to improve the consistency, accuracy, and logical reasoning of large language model outputs. By applying these patterns, users can translate complex business scenarios into structured domain models and technical specifications. The project distinguishes itself by integrating domain-driven design principles directly into the prompting workflow. It utilizes techniques such as