DiamondIn TheSky
A new eye to see the unseen
— Learn, Play, and Explore the Unseen Night Sky! —
Project Overview
Diamond In The Sky is more than a game — it's a learning tool that helps children understand how stars change over time. By exploring the stars' brightness, color, and motion, kids gain insight into the science behind stellar behavior.
Most Inspirational
Award Winner
The Educational Engine
We bridge the gap between complex space science and accessible play. Users are guided through learning modules about stars, constellations, and stellar variability before manipulating these elements in an interactive environment.
Recognize Patterns
Learn to identify star constellations, understand celestial mapping, and recognize underlying brightness variations.
Understand Color
Discover why stars twinkle and change color, linking visual phenomena to actual star temperatures and lifecycles.
Interactive Play
Explore the night sky in a truly interactive way, manipulating star properties and observing the cosmic results.
Inspire Curiosity
Make astronomy fun and educational, sparking a lifelong passion for space science and exploration in young learners.
Features & Benefits
Mandatory Phase:The learning module must be completed prior to gameplay to ensure full comprehension of stellar patterns.
Features
How It Works
Learn The Stars
Users are visually guided to learn about different star types, constellations, and the mechanics of stellar variability.
Play & Create
Apply knowledge by manipulating the cosmos. Create constellations, and adjust brightness, color, and mass dynamically.
Benefits for Kids
Hands-on Learning
Absorb complex concepts naturally through engaging gameplay.
Stellar Variability
Gain a true understanding of how and why stars change over time.
Dynamic Exploration
Freely explore the night sky in a safe, simulated environment.
Spark Curiosity
Ignite a long-term passion for real-world space science and astronomy.
System Architecture
Built on a robust monolithic framework merging real NASA telemetry with an engaging game engine.
Agile Methodology
Monolithic architecture executed through iterative sprints.
Requirement
Define parameters
Design
Monolithic structure
Dev
Engine & Logic
Testing
QA & Simulation
Deploy
Azure Cloud
Review
Sprint retro
>_ DEV_ENVIRONMENT
Space Science Integration
Real-world astrophysics parameters translated into gameplay mechanics.
Cepheid Variables
Stellar lifetimes
Cataclysmic Variables
Binary motions
Light Curves
Brightness tracking
Spectroscopy
Temperature/Color
Crew Roster
Injamamul Haque Sonet
Product Architect
Tisha Khandokar
Product Lead
Md Munim Ahmed
Product Engineer
Abu Niaz
MVP Developer
Zarin Chowdhury
Product Researcher