MCP For Claude Marketplace
Steel Erection Sequence Planner

Steel Erection Sequence Planner MCP Connector for Claude

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Plan steel assembly, crane placement, and stability requirements.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides essential engineering tools for steel construction planning. It allows AI agents to generate chronological assembly plans using plan_erection_sequence, determine optimal crane locations with optimize_crane_positioning, identify necessary temporary supports via calculate_stability_requirements, and forecast timelines with estimate_construction_schedule. It ensures structural integrity by accounting for wind limits and structural dependencies during the erection process.

steelerectioncranestabilitystructural

4 tools expose this connector's capabilities to your AI agent.

calculate_stability_requirements

Identifies where temporary bracing is needed to prevent collapse

estimate_construction_schedule

Provides a time-based forecast of the erection process

optimize_crane_positioning

Determines the best locations for cranes to lift members

plan_erection_sequence

Generates the primary chronological assembly plan for the steel structure

See how to talk to your AI agent using Steel Erection Sequence Planner.

Generate an erection sequence for a building with these member weights: [500, 1200, 800] and these dependencies: [{'member': 'beam_1', 'depends_on': 'column_1'}].

The assembly sequence is: column_1, then beam_1. Total duration is 3 days.

Where should I place my crane for a layout with a 5000kg capacity and these weights: [1000, 2000]?

The crane should be positioned at the North-East corner to reach all members with a safety margin of 3000kg.

What are the stability requirements for this sequence: ['col_1', 'beam_1'] with a wind limit of 40km/h?

Temporary bracing is required at 'beam_1' to maintain stability until permanent connections are made.

The `calculate_stability_requirements` tool evaluates wind limits to determine if temporary bracing is sufficient to prevent collapse during high-wind conditions.

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