timeline-generator

Generate project timelines with dependencies, milestones, and buffered end dates.

Updated Apr 23, 2026
One-click install
npx skills add https://github.com/ngochuy13/intern-dev --skill timeline-generator-ngochuy13
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: timeline-generator
Source: https://github.com/ngochuy13/intern-dev/tree/main/skills/timeline-generator
Command: npx skills add https://github.com/ngochuy13/intern-dev --skill timeline-generator-ngochuy13

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It helps you turn project goals and constraints into a clear delivery schedule by sequencing phases, modeling dependencies, and identifying what actually drives the end date.

Core Features & Use Cases

  • Build end-to-end project timelines: Create a phase/milestone schedule with task dependencies and buffer rules.
  • Estimate feasibility and delivery dates: Compare unbuffered vs buffered outcomes against requested deadlines and highlight schedule gaps.
  • Find critical path and bottlenecks: Compute the longest dependent chain and flag single points of failure and resource constraints.

Use cases include planning a new roadmap, adjusting an existing project schedule, answering “when will this be done,” and generating a Gantt-style visualization for stakeholders.

Quick Start

Generate a project timeline for our MVP by listing the phases with effort estimates and dependencies, assuming a team size, and starting from a given start date so you can return both unbuffered and 20%-buffered end dates plus the Gantt view and critical path.

Frequently Asked Questions about timeline-generator

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I create a project timeline with task dependencies and milestones?

To create a project timeline, sequence phases and tasks by modeling their explicit dependencies and milestones. The schedule applies a 20% buffer per phase level, computing both buffered and unbuffered end dates while identifying the critical path for delivery-date estimation.

What is a critical path in dependency scheduling and how does it affect delivery dates?

The critical path in dependency scheduling is the longest dependent chain of tasks that drives the final delivery date. Identifying it highlights single points of failure and resource bottlenecks, allowing you to compare unbuffered versus buffered outcomes against requested deadlines.

Can I generate a Gantt chart visualization for roadmap estimation?

Yes, you can generate a Gantt-style visualization for stakeholders by inputting your phases, effort estimates, dependencies, team size, and start date. This produces a structured milestones and phase details schedule alongside the critical path output.

How do I estimate project feasibility when adjusting an existing schedule?

Estimate project feasibility by computing buffered and unbuffered end dates against your requested deadlines. Schedule adjustment involves sequencing updated phases with constraints, applying the 20% buffer, and highlighting any schedule gaps to see if delivery is possible.

What is the best way to detect resource bottlenecks during roadmap creation?

The best way to detect resource bottlenecks during roadmap creation is to map explicit task dependencies and apply phase-level constraints. This flags single points of failure within the longest dependent chain, revealing where resource limitations impact the overall schedule.