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About
Hello!
My name is Soham Jain and I am a senior at the Thomas Jefferson High School for Science and Technology in Virginia. Through exploring the intersection between research, business, and technology, I strive to develop innovative solutions that tackle critical social challenges and drive positive change within the STEM community. Download my resume to read more about my work!
Skills
Languages
Mobile/Web Dev
Back-End
Work Experience
Machine Learning and Software Engineer, Vytal.AI
May 2022 - November 2023 | 5 hrs/wk, 35 wks/yr
Developed NeurOS, a smartphone AI application that quantifies brain health using novel gaze-tracking algorithms. Implemented metrics that measure ocular biometrics like saccadic latency, fixation, and smooth pursuit.
Led the business development by conducting market research, identifying key healthcare partners, and spearheading outreach to potential investors. Helped design a scalable business model, successfully securing $1.2 million through seed investments ($12.5 million valuation).
Check out some of my work:
Machine Learning Research Intern, George Mason University (Aspiring Scientists Summer Internship Program)
May 2023 - March 2024 | 20 hrs/wk, 30 wks/yr
Spearheaded first-author publication in Journal of Student-Scientists’ Research with Dr. Christopher Lockhart. Developed RexDash, a comprehensive dashboard to explore the conformational ensemble of biomolecular systems.
Established a standardized method to analyze the technical setup of replica exchange molecular dynamics (REMD) simulations, providing researchers and simulation practitioners with a readily available tool to assess performance metrics.
Quantum Computing and Computer Science Researcher, Virginia Tech Center for Quantum Information Science and Engineering
April 2024 - Present | 15 hrs/wk, 30 wks/yr
Lead a team of 10 undergraduate students with Dr. Atul Mantri. Publishing a first-author paper on implementing Grover's algorithm for graph coloring. Optimizing time and space efficiencies across multiple programming languages (Qiskit, Q#, etc.) while integrating quantum algorithms to classical problems.
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