WHAT WE DEVELOPED

We created an interactive virtual reality web application, allowing users to visualize the Earth-Mars Cycler mission's orbital trajectories and mission timeline. This application is accessible through a web page, made available to all at no cost. We sourced data from NASA's General Mission Analysis Tool and demonstrated its utility in generating XYZ Cartesian coordinates over time to create these trajectories.

WHAT IT DOES

Our solution enhances comprehension of fascinating space missions and the underlying motion dynamics employed in space exploration. Users can manipulate various elements within the interface, gaining a hands-on understanding of diverse mission concepts.

HOW IT WORKS

Utilizing the NASA General Mission Analysis Tool (GMAT), we generated a time series of 3D Cartesian coordinates and constructed an orbital trajectory through a Python code library. We employed BabylonJS and Blender for visualization, incorporating shapes, rocket models, planets, and trajectory lines. The website is coded in JavaScript. Through GMAT, we accurately modeled the primary Earth to Mars Cycler mission, with all dimensions, proportions, sizes, and distances rigorously calculated by astrophysicists.

SIGNIFICANCE IN OUR PROJECT

Our project fosters a deeper appreciation for science among enthusiasts globally. We consider it essential to ensure that scientific knowledge is readily available, accessible, and enjoyable. This project aims to debunk the stereotype that suggests science is too complex for people to grasp. We have aimed to have our website interface be user-friendly for all students, providing them with a sense of guidance to stimulate curiosity for space exploration.

OUR HOPES & ASPIRATIONS

We aspire to contribute an invaluable tool for educating people and making an impact on the accessibility of scientific information. As advocates of increased access to education, we believe in the importance of open access to science education and knowledge. The NASA Space App Challenge has fostered a community that is increasing the human capital of knowledge, and we are proud to be a part of this effort.

HACKATHON JOURNEY

Our participation provided us with invaluable knowledge and skills. We quickly learned how to assemble a team tailored to the task's requirements. We discovered that shared interests and perspectives are instrumental in creating something exceptional together. Despite occasional conflicts and challenges, we learned how to surmount them. Our participation in this challenge was inspired by our admiration for NASA and its mission, which served as a catalyst for our own growth.

LESSONS LEARNED

Creating effective teams within short deadlines.
Defining and achieving challenging goals.
Working across global locations.
Understanding the patterns of celestial objects.
Developing missions while considering spatial elements.

INSPIRATION BEHIND THE CHALLENGE

Our team wanted to tell the story of an amazing journey from Earth to Mars. We envision a future in which such travel is possible. We are inspired by the satellites and rovers that are on Mars right now.

APPROACH TO DEVELOPING THE PROJECT

Scientifically: Using accurate calculations based on established principles of celestial mechanics, physics, and mathematics.
Marketing-wise: Ensuring user satisfaction and involvement by presenting mission ideas in an understandable way.
Product-oriented: Prioritizing ease of deployment, optimization, stability, and longevity for user convenience.
Design-focused. Utilizing practical object models and best UX/UI practices for clear visuals and user-friendly interfaces.
Implementing techniques to optimize workflow for efficiency.

CHALLENGE RESOLUTION

Despite dealing with slow internet speeds, we persisted with determination and resilience. My psychology background as captain proved to be invaluable in helping me make sound decisions and navigate various situations.

ACKNOWLEDGEMENTS

Special thanks to the organizers, American Space Dushanbe, U.S. Embassy Tajikistan, Nilufar Muradova, and other mentors for their invaluable guidance. We're also grateful to U.S. Embassy Tajikistan for their educational opportunities in STEM and English. American Space Dushanbe provided an environment where talented individuals could come together to create something extraordinary.

TEAM'S CHALLENGES AND ACHIEVEMENTS

Despite challenges with internet accessibility, our team persevered through resolve and collaboration, and we are extremely proud of the outcomes we achieved and the solidarity we cultivated.

2023 NASA Space Apps Challenge

Osiris the best