High-Level Project Summary
Golden Time is a web-based game that simulate NASA's Artemis moon landing mission. The player is put under pressure that astronauts go through when landing. The player must find a suitable place to land and must do that before the countdown timer ends.
Link to Project "Demo"
Link to Final Project
Detailed Project Description
Golden Time game simulates Artemis mission to land on moon surface. Players will got through the difficulties astronauts face when landing on the moon surface. The game works by allowing the player to control a spacecraft to land successfully on moon while avoiding all obstacles and finding a good place to land. Also, players must land during specific period of time or the mission will fail. We hope to educate people about the Artemis mission and the best way to do that is to build both informational and entertainment game.
Tools:
- JavaScript Language
- Phaser.js Framework
- Webpack
- Heroku
- GitHub
- HTML5
- CSS
Space Agency Data
The main source of information was using NASA's public data to gather information about Artemis program and simulate its steps and put into a game that players can benefit from and ignite their curiosity about the program.
Hackathon Journey
The space apps experience was challenging and fun to build and work on. Hackathon reminds that we should focus on what is important and stop wasting time in making things perfect. That is why we ignore unnecessarily details and focus on our main picture to develop a game for players from different backgrounds and educational levels to inform them about NASA plans and latest updates. The challenges were solved by brainstorming and digging more on the web to find more information about the topics. I would like everyone who was part of this hackathon because of their investment on time to make this hackathon remarkable.
References
Assets
Tools
GitHub
- https://github.com/Bashar-Alhaies/golden-time-space-hackathon
Tags
#Artemis
Global Judging
This project has been submitted for consideration during the Judging process.