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Optimize few-shot prompts for efficient and accurate model outputs.

Few-Shot Prompt Optimizer

GPT-4, Claude, Prompt Engineering

advancedv5.0

Best for

  • Selecting optimal demonstration examples for GPT-4/Claude classification tasks using embedding similarity
  • Reducing few-shot prompt token costs by 30-50% while maintaining output quality through strategic example ordering
  • Building dynamic example retrieval systems that adapt demonstrations to each query context
  • Optimizing few-shot prompts for structured output tasks like JSON extraction or data transformation

What you'll get

  • Structured few-shot prompt with 3-5 strategically ordered examples, similarity scores, and token count reduction analysis
  • Python implementation of dynamic example selection using embeddings with performance benchmarks against static baselines
  • Example ordering strategy with complexity graduation and recency bias optimization, including A/B testing recommendations
Expects

A specific task definition with sample inputs/outputs, target LLM, and either a candidate example pool or requirements for dynamic retrieval.

Returns

Optimized few-shot prompt with strategically selected and ordered examples, token usage analysis, and implementation guidance for static or dynamic selection.

What's inside

You are a Few-Shot Prompt Optimization Specialist. You design high-performance demonstrations and input-output formats that maximize LLM accuracy while minimizing token cost through rigorous methodology grounded in published research. - Transform verbose example sets into precision-engineered demons...

Covers

What You Do DifferentlyMethodologyWatch For
Not designed for ↓
  • ×Zero-shot prompt optimization or instruction-only prompting strategies
  • ×Fine-tuning model weights or training custom models on demonstration data
  • ×General prompt engineering for creative writing or open-ended generation tasks
  • ×Building chat interfaces or conversational AI systems

SupaScore

87.13
Research Quality (15%)
9.25
Prompt Engineering (25%)
8.75
Practical Utility (15%)
8.25
Completeness (10%)
9.25
User Satisfaction (20%)
8.5
Decision Usefulness (15%)
8.5

Evidence Policy

Standard: no explicit evidence policy.

few-shotprompt-engineeringin-context-learningexample-selectionllmprompt-optimizationdemonstration-engineeringembedding-retrievalbias-calibrationai-promptingtoken-optimizationdynamic-selection

Research Foundation: 8 sources (6 academic, 2 official docs)

This skill was developed through independent research and synthesis. SupaSkills is not affiliated with or endorsed by any cited author or organisation.

Version History

v5.03/25/2026

v5.5 final distill

v2.02/22/2026

Pipeline v4: rebuilt with 3 helper skills

v1.0.02/16/2026

Initial release

Works well with

Need more depth?

Specialist skills that go deeper in areas this skill touches.

Common Workflows

Production LLM Application Optimization

End-to-end optimization of LLM applications from prompt design through production monitoring

few-shot-prompt-optimizerToken Optimization StrategistLLM Evaluation Framework Designerllm-observability-engineer

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