# Interview Schedule Planner MCP. AI Agent Connect

> Interview Schedule Planner MCP handles the heavy lifting of interview logistics. It calculates the total time needed for an interview by accounting for prep, travel, and recovery buffers. Your AI client uses this to find open windows in your calendar and verify that your proposed timelines actually make sense for a human schedule.

## Overview
- **Category:** productivity
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_IgK304VdGVCqrJmpo2ecBliARGX3Vwf40Y44s4pS/ai-agent-connect
- **Tags:** interview, scheduling, logistics, time-management, planning

## Description

Scheduling an interview isn't just about finding a free hour. You have to account for the time it takes to prepare, the commute to the location, and the downtime needed to recover before your next meeting. This MCP acts as a logistics engine for your agent. It calculates the full footprint of an interview event so you don't accidentally overbook yourself. 

When you use this with your AI client, it looks at your available time and matches it against the total time required for the interview, travel, and prep. It doesn't just find a slot; it ensures the sequence is logical. It checks that you aren't trying to start a recovery period before the interview actually ends or scheduling travel during a time you're already booked. It's a way to hand off the complex math of time management to your agent so you can focus on the actual interview.

## Tools

### calculate_interview_footprint
This tool determines the total time required for a single interview event. It sums up the interview duration with any necessary prep, travel, and recovery time.

### find_optimal_schedules
This tool matches your specific interview requirements against available free time. It identifies valid start times that fit the full event footprint.

### get_available_slots
This tool identifies all time windows where you can fit an interview sequence. It scans your schedule for potential openings.

### validate_sequence_constraints
This tool verifies if a proposed schedule follows a logical order. It checks that activities like prep, interview, and recovery happen in the correct sequence.

## Prompt Examples

**Prompt:** 
```
Calculate the total footprint for a 60-minute interview with 30 minutes of prep, 45 minutes of travel, and 15 minutes of recovery.
```

**Response:** 
```
The total footprint for this interview sequence is 150 minutes.
```

**Prompt:** 
```
I have a free window from 09:00 to 12:00. Can I fit a 120-minute interview sequence that requires a 60-minute total footprint?
```

**Response:** 
```
Yes, a 60-minute footprint fits within the 180-minute window available between 09:00 and 12:00.
```

**Prompt:** 
```
Check if this sequence is valid: Prep starts at 10:00, Interview starts at 10:30, Interview ends at 11:30, and Recovery starts at 11:00.
```

**Response:** 
```
The sequence is invalid because the recovery period starts before the interview has ended.
```

## Capabilities

### Footprint Calculation
Your agent calculates the total time needed by adding prep, travel, and recovery to the interview duration.

### Slot Identification
The AI finds available windows in your schedule that can accommodate the full interview footprint.

### Optimal Timing
Your agent matches specific interview requirements against your free time to find the best start times.

### Sequence Validation
The AI checks that your proposed timeline respects the logical order of human activities.

## Use Cases

### On-site Interview Planning
Calculate the exact time needed for a candidate to travel to an office and prepare before meeting the team.

### Back-to-Back Interview Days
Use the agent to find gaps in a busy day that allow for necessary recovery buffers between candidates.

### Remote Interview Sequences
Determine how much prep time is needed before a video call to ensure the interviewer is ready.

### Travel Logistics Management
Integrate travel duration into the total interview footprint to avoid booking meetings too close to transit times.

## Benefits

- Prevents scheduling conflicts by accounting for travel and prep time.
- Automates the math required to find valid interview windows.
- Ensures interview sequences follow a logical, human-centric order.
- Reduces manual calendar checking by using agent-driven slot matching.

## How It Works

Connect the MCP to your client and let your agent handle the logistics.

1. Connect your preferred MCP-compatible client to Vinkius.
2. Ask your agent to calculate the total footprint for a specific interview.
3. Request the agent to find available slots in your schedule.
4. Have the agent validate the proposed sequence to ensure it is logical.

## Frequently Asked Questions

**How does this MCP handle travel time?**
It treats travel as part of the total interview footprint, ensuring the time needed for transit is accounted for before and after the interview.

**What clients can I use this with?**
You can use this MCP with any compatible client like Claude, Cursor, Windsurf, or VS Code.

**Can it prevent me from scheduling overlapping activities?**
Yes, the validation tool checks that the proposed sequence of prep, interview, and recovery follows a logical and non-overlapping order.

**Do I need to manually find free time?**
No, you can ask your agent to use the available slots tool to identify free windows that fit your interview requirements.

**What is an interview footprint?**
An interview footprint is the total duration of an event, including the interview itself plus prep time, travel, and recovery buffers.

**How does the tool calculate the total time needed?**
The `calculate_interview_footprint` tool sums the interview duration, preparation buffer, travel time, and recovery buffer to find the total required time.

**Can I verify if my proposed schedule is logically sound?**
Yes, you can use `validate_sequence_constraints` to ensure that preparation, the interview, and recovery follow the correct temporal order.

**How do I find when I am actually free to schedule an interview?**
You can use `get_available_slots` by providing your work commitments and your general availability to find valid free windows.
