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Claude Platform Engineering

Information Technology > API

Description

Claude Platform Engineering is the practical ability to design, build, and harden production applications on Claude — choosing the right model tier and access path (direct API, Amazon Bedrock, or Google Vertex AI), engineering prompts and context, wiring tool use and retrieval, and proving quality through evaluations rather than intuition. It matters because enterprise AI work lives or dies on cost, latency, reliability, safety, and honest expectation-setting with clients. In applied work it shows up as token and cost budgeting, streaming and error handling, structured outputs, guardrails against prompt injection, human-in-the-loop controls, and regression evals gating releases. The capability deepens progressively: from making first API calls, to designing architectures, to reviewing others' work and setting standards across engagements.

Stacks

AWSGoogleServerless

Expected Behaviors

LEVEL 1

Fundamental Awareness

Works alongside delivery teams on early Claude engagements, explaining model tiers, context windows, knowledge cutoffs and token pricing when asked, and rough-costing a simple workload. Structures basic prompts with clear instructions, XML tags and examples, makes a first Messages API call with the SDK, and reads back roles, content blocks, stop reasons and usage. Handles keys and rate limits carefully, and talks accurately about tool-use cycles, RAG, evals, usage-policy limits, core LLM risks and the API/Bedrock/Vertex access paths.

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LEVEL 2

Novice

Builds and demos small Claude features under supervision. Picks a model tier and justifies it, shows Projects, artifacts and connectors credibly, and notes feature gaps across API, Bedrock and Vertex. Writes system prompts that hold role, constraints and output format, applies chain-of-thought or extended thinking, prefill and stop sequences, and refines prompts against captured failures. Implements multi-turn state, streaming, vision and file inputs, retries, schema-defined tools and tool loops, a basic RAG pipeline with citations, small eval sets, privacy and guardrail basics, and provisions Claude on Bedrock and Vertex.

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LEVEL 3

Intermediate

Owns production Claude workloads end to end. Designs model selection and fallback, migrates versions with eval evidence, and sets client expectations on real capability boundaries. Engineers long-context and parameterized prompts, curates context across turns, uses caching, grounding and structured outputs, and works to token, latency and cost budgets with telemetry in place. Builds composable, least-privilege tool sets with resilient error handling, tunes and measures retrieval quality, runs CI regression and red-team evals, adds injection defenses and human-in-the-loop controls, and designs multi-cloud routing and failover.

LEVEL 4

Advanced

Acts as the technical authority across multiple engagements. Reviews solution designs, prompts, integrations, tool definitions, knowledge architectures and multi-cloud deployments for cost, security, reliability and compliance fit, and hardens them before production. Chooses between RAG, long context, MCP resources and knowledge tools per use case, establishes prompt versioning and tool design standards, builds shared client libraries and eval infrastructure, gates releases on eval results, supports client security reviews with Trust Center artifacts, and keeps teams current on model and platform changes.

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LEVEL 5

Expert

Shapes how the whole practice builds on Claude. Sets platform standards, model adoption and upgrade strategy, and multi-cloud platform direction across a client portfolio. Defines prompt and context engineering standards with reusable libraries, API architecture standards, enterprise knowledge-architecture patterns and tool ecosystems spanning a client's application estate. Owns the evaluation methodology and quality bars, responsible-AI standards and incident escalation paths, and advises client leadership on AI quality measurement and acceptance criteria.

Micro Skills

LEVEL 1

Fundamental Awareness

Describe the Claude model family and the capability/cost/latency trade-offs between tiers
Explain context windows, max output, and knowledge cutoffs and their practical implications
Distinguish the Claude apps, the Claude API, and cloud platform offerings (Bedrock, Vertex AI)
Explain token-based pricing and estimate the cost of a workload
Describe Anthropic's approach to AI safety and why it matters to enterprise buyers
Explain how prompt structure affects Claude's behavior (system prompts, roles, ordering)
Use clear, direct instruction patterns and XML tags to structure prompts
Explain few-shot (multishot) examples and when to use them
Make a basic Messages API call with the Python or TypeScript SDK
Explain request/response anatomy: roles, content blocks, stop reasons, usage
Manage API keys, workspaces, and rate limits safely
Explain how tool use works: tool definitions and the tool_use/tool_result cycle
Distinguish client tools from server tools (web search, code execution)
Explain RAG and when retrieval beats long-context stuffing
Describe embeddings and vector search at a working-concept level
Explain why empirical evals matter and the risk of shipping on vibes
Describe eval types: exact-match, rubric, model-graded, human review
Explain Anthropic's Usage Policy and which applications are out of bounds
Describe core LLM risks: hallucination, prompt injection, data leakage
Describe the three access paths to Claude — direct API, AWS Bedrock, Google Vertex AI — and why enterprises choose each
Explain regional availability, data residency, and sovereignty considerations across platforms
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LEVEL 2

Novice

Select an appropriate model tier for a given use case and justify the choice
Use the Claude apps (Projects, artifacts, connectors) well enough to demo them credibly
Explain feature availability differences across the API, Bedrock, and Vertex AI
Write system prompts that set role, constraints, and output format reliably
Apply chain-of-thought and extended thinking appropriately
Use response prefilling and stop sequences to control output
Iterate prompts against captured failure cases methodically
Implement multi-turn conversation state management
Implement streaming responses and handle stream events
Process images and documents (vision, PDF support, Files API)
Handle API errors, retries, and timeouts robustly
Define well-specified tools with JSON schemas and clear descriptions
Implement the tool-execution loop including parallel tool calls
Control tool selection with tool_choice, including forced tool use
Implement a basic RAG pipeline with sensible chunking and retrieval
Use citations to ground answers in retrieved sources
Write success criteria and build a small eval set for a feature
Run model-graded evals with well-designed grader prompts
Apply data privacy basics: retention, zero-data-retention options, PII handling
Implement guardrails: input/output filtering and allowed-topic constraints
Provision and invoke Claude on AWS Bedrock (IAM, model access, invocation patterns)
Provision and invoke Claude on Google Vertex AI (service accounts, endpoints, quotas)
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LEVEL 3

Intermediate

Design model selection and fallback strategies across a multi-workload application
Migrate workloads between model versions, validating behavior changes with evals
Advise clients accurately on capability boundaries — what Claude can and cannot reliably do
Engineer prompts for long-context tasks (document placement, quote grounding)
Design parameterized prompt templates for production use
Apply context engineering — curating what enters the context window across turns
Use prompt caching to cut latency and cost on stable prefixes
Reduce hallucination with grounding, citations, and allowed-uncertainty patterns
Produce validated structured output against JSON schemas
Use the Batch API for high-volume asynchronous workloads
Count tokens and engineer to context-window and cost budgets
Build provider-portable integrations across the API, Bedrock, and Vertex AI
Instrument usage, cost, and latency telemetry in Claude applications
Design tool sets that are unambiguous, composable, and token-efficient
Handle tool errors, retries, and partial results gracefully
Integrate enterprise APIs and databases as tools with least-privilege access
Tune retrieval quality: chunking strategy, hybrid search, reranking
Combine RAG with prompt caching and long-context strategies
Evaluate RAG systems end-to-end (retrieval and generation metrics)
Build regression eval suites integrated into CI
Design evals for subjective and multi-turn tasks
Analyze eval failures and translate them into prompt or architecture fixes
Red-team applications for jailbreaks, injection, and misuse
Defend against prompt injection in tool-using and browsing applications
Design human-in-the-loop controls for consequential actions
Communicate capabilities and limitations honestly with client stakeholders
Compare feature parity and release timing across API, Bedrock, and Vertex AI, and design around the gaps
Design multi-cloud LLM routing: gateway layers, quota management, cross-platform failover
LEVEL 4

Advanced

Review platform and model choices in solution designs for cost and capability fit
Keep a team current on model releases and platform changes
Review and harden others' prompts against edge cases and injection
Establish prompt version control and change-review discipline on engagements
Review Claude integrations for reliability, security, and cost anti-patterns
Design shared client libraries and SDK-level abstractions for delivery teams
Review tool designs for security (injection, over-permissioning) and reliability
Establish tool design standards and shared tool libraries
Review knowledge-integration architectures for freshness, access control, and scale
Select among RAG, long context, MCP resources, and knowledge tools per use case
Review eval coverage and gate releases on eval results
Stand up eval infrastructure and dashboards on client engagements
Review applications for safety and security risks before production
Support client security reviews using Trust Center artifacts (SOC 2, ISO, DPA)
Review multi-cloud LLM architectures for cost, compliance, and resilience
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LEVEL 5

Expert

Set platform standards and model adoption strategy across engagements
Define prompt/context engineering standards and reusable libraries for the practice
Own API architecture standards and platform upgrade strategy across engagements
Architect tool ecosystems across a client's application estate
Define enterprise knowledge-architecture patterns for the practice
Define the practice's evaluation methodology and quality bars
Advise client leadership on AI quality measurement and acceptance criteria
Own responsible-AI standards and incident escalation paths for the practice
Set multi-cloud LLM platform strategy across a client portfolio

Skill Overview

  • Expert3 years experience
  • Micro-skills95
  • Roles requiring skill0

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