rocketry/PROJECT_DESCRIPTION_STAKEHOLDER.md

RocketTools - Stakeholder Overview

What is RocketTools?

RocketTools is a web-based application that helps people design and analyze rocket engines. Whether you're a student learning about rocket science, a hobbyist building model rockets, or a professional engineer working on space missions, RocketTools provides the calculations and design tools you need.

Why We're Building It

Rocket propulsion involves complex mathematics that can be difficult to calculate by hand. Current tools are either too simple for professional work or too expensive and complicated for students to use. RocketTools bridges this gap by providing professional-grade tools in an easy-to-use interface.

What It Does

For Students & Educators

• Interactive tools to visualize how rocket engines work
• Step-by-step calculations that show how results are derived
• Educational content explaining propulsion concepts

For Engineers & Professionals

• Precise calculations for engine design parameters
• 3D visualization of engine components
• Professional export capabilities for reports and documentation

For Hobbyists

• Tools to design and analyze model rocket engines
• Easy-to-understand interface without complex setup
• Free access to professional-grade calculations

Key Features

1. Equation Solver Drag and drop variables to automatically solve complex rocket equations

2. Engine Designer Visually design rocket engines with real-time 3D visualization

3. Knowledge Base Reference materials for propellants and design principles

4. Export Capabilities Save your work in professional formats for reports or sharing

Who Benefits

• Universities: Affordable teaching tool for aerospace engineering courses
• Engineering Firms: Quick calculation tool for preliminary designs
• Students: Accessible way to learn rocket propulsion concepts
• Hobbyists: Professional tools without the professional price tag

Project Status

RocketTools is currently in active development with:

• Core equation solver functionality complete
• Engine designer with 3D visualization implemented
• Knowledge base with propellant data available
• Planning for trajectory analysis tools underway

Success Measures

We'll know RocketTools is successful when:

• Students report better understanding of propulsion concepts
• Engineers find it useful for preliminary design work
• The tool loads quickly and works reliably
• Users can accomplish their goals without extensive training