Dublin Students Showcase AI Fire-Safety Innovation at NASA Summit
Dublin Students Present AI Fire-Safety Project At NASA Innovation Summit

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Two Dublin High School students, Nikhilesh Suravarjjala and Jaanya Gupta, presented their AI-driven project, Dravix, at the NASA Innovation Summit. The platform aims to enhance the evaluation of fire-resistant materials, streamlining the testing process for engineers across various industries.
- 01Dravix uses machine learning to generate a composite fire-risk score (CFRS) from material properties.
- 02The project was presented at the NASA Conrad Challenge at the NASA Space Center in Houston.
- 03Nikhilesh Suravarjjala founded MateriaMSE, a team focused on materials innovation with over 30 high school interns.
- 04Jaanya Gupta contributed to defining the target market and pricing model for Dravix.
- 05Gupta achieved 9th place at the State Career Development Conference through her involvement in DECA.
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At the NASA Innovation Summit in Houston, two students from Dublin High School, Nikhilesh Suravarjjala and Jaanya Gupta, showcased their project Dravix, an AI-driven platform designed to assist engineers in identifying effective fire-resistant materials. This innovative tool introduces a data-driven screening process early in material development, allowing teams to prioritize materials for testing more efficiently. Suravarjjala emphasized the importance of fire resistance testing across various industries, noting that current methods often consume considerable time and resources before confirming a material's viability. Dravix addresses this issue by utilizing machine learning to produce a composite fire-risk score (CFRS) based on input material properties, facilitating quicker and more informed decision-making. Suravarjjala's broader work in materials science includes founding MateriaMSE, which engages high school interns in materials innovation. Gupta played a key role in translating the technical aspects of Dravix into a marketable product, leveraging her experience in business and marketing from DECA, where she excelled at a state conference.
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The project could enhance the efficiency of fire-resistant material testing, benefiting local industries such as construction and aerospace.
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