# Multi-Trade Repair Coordinator AI Agent Connect

> Multi-Trade Repair Coordinator MCP acts as your central scheduling engine for complex repair and construction projects. It handles the logic of trade dependencies, material arrival constraints, and room allocation rules to prevent spatial conflicts on site. Your AI client uses this to build timelines and manage the handoff between different crews.

## Overview
- **Category:** construction
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_dZim3GSqMbwTLbZNlC5Q75LiSYkN6sHOud8yH2QT/ai-agent-connect
- **Tags:** trades, logistics, dependency-management, resource-allocation, timeline

## Description

Managing a construction site means juggling moving parts that often crash into each other. This MCP solves the headache of trade sequencing and spatial management. Instead of manually checking if the plumber is finished before the drywaller starts, your AI client handles the logic. It looks at the dependencies between tasks and ensures no two crews are fighting for the same room at the same time. 

You can use it to build a master timeline that accounts for material arrivals and specific site constraints. When a delivery is late or a crew hits a snag, the MCP helps you recalculate the schedule without starting from scratch. It also keeps track of the critical decisions owners need to make and the specific requirements passed between trades during handoffs. It turns a messy list of tasks into a structured, conflict-free execution plan.

## Tools

### get_delay_response_playbook
Provides a recovery plan to follow when a specific event disrupts your timeline.

### generate_master_schedule
Creates a complete, conflict-free timeline for all your requested trades and tasks.

### get_handoff_notes
Retrieves specific instructions and requirements passed from one trade to the next.

### get_owner_decisions
Identifies the critical decision points where a project owner must approve work or budget.

## Prompt Examples

**Prompt:** 
```
Generate a master schedule for my electrical and plumbing tasks.
```

**Response:** 
```
The master schedule is ready. Electrical work is set for Monday, and plumbing follows on Wednesday once the prerequisites are met.
```

**Prompt:** 
```
What are the handoff requirements between the carpenter and the painter?
```

**Response:** 
```
The carpenter must finish all sanding and surface preparation before the painter can start the first coat.
```

**Prompt:** 
```
The tile delivery is delayed by 3 days. How does this affect my schedule?
```

**Response:** 
```
A 3-day delay in tile arrival pushes the flooring installation and subsequent grouting tasks back by exactly 3 days.
```

## Capabilities

### Dependency Sequencing
Your agent uses this to ensure one trade only starts after the previous one finishes.

### Spatial Conflict Prevention
The AI checks room allocation rules to keep crews from overlapping in the same space.

### Material Constraint Management
Your client tracks material arrivals to prevent scheduling work before supplies are on site.

### Disruption Recovery
The agent uses playbooks to recalculate timelines when delays occur.

### Decision Tracking
Your AI identifies where owner approvals are needed to keep the project moving.

## Use Cases

### Residential Renovations
Coordinate plumbers, electricians, and drywallers in tight living spaces.

### Commercial Build-outs
Manage complex trade sequences and material deliveries across large sites.

### Disruption Management
Use the playbook to adjust schedules instantly when a supply chain delay hits.

### Trade Handoffs
Ensure painters and carpenters follow exact prep requirements between stages.

## Benefits

- Prevents crews from working in the same room at the same time.
- Automates the logic of trade dependencies.
- Provides immediate recovery plans when delays happen.
- Tracks critical owner decisions to prevent project stalls.

## How It Works

Connect your AI client to Vinkius to start managing your construction logic.

1. Connect your preferred MCP-compatible client to Vinkius.
2. Provide your trade list and task requirements to your AI agent.
3. The MCP runs dependency and room allocation logic.
4. Your agent generates a conflict-free master schedule or recovery plan.

## Frequently Asked Questions

**How does this MCP prevent scheduling conflicts?**
It enforces room allocation rules and checks the logical dependencies between different trades to ensure they don't overlap or clash.

**Can I use this with Claude or Cursor?**
Yes, you can connect this MCP to any MCP-compatible client like Claude, Cursor, or Windsurf.

**What happens if a delivery is late?**
You can use the delay response playbook to get a recovery plan that recalculates your timeline based on the disruption.

**Does it track owner approvals?**
Yes, the tool identifies critical decision points where a project owner must approve budget or work to proceed.

**How does it handle handoffs between workers?**
It uses handoff notes to extract and pass specific instructions from one trade to the next.

**How does the tool handle room conflicts?**
The `generate_master_schedule` tool applies spatial constraints to ensure only one trade occupies a specific room at any given time.

**What happens if a material delivery is late?**
You can use `get_delay_response_playbook` to receive an impact assessment and a revised schedule based on the delay.

**Can I track budget-related decisions?**
Yes, `get_owner_decisions` identifies critical dates where budget milestones or inspections require owner approval.