RESEARCH & ARCHITECTURE WORKSTATION
Shourya Sharan
Mounting desktop environment • loading neural models
"And I... am... Iron Man."
Shourya Sharan
Chief Science Officer • UI/UX Architect • Computational ML Researcher
"I don't think in disciplines. I think in problems." — Confluence of cognitive science, machine computation, and tactile visual design. Dedicated to first-principles problem solving—from training predictive neural networks and architecting responsive web platforms to leading academic initiatives and community operations.
LEADERSHIP & ENGINEERING EXPERIENCE
Leading the scientific content strategy and rigorous peer-review pipeline for independent STEM publications, technical blogs, and research reports. Designed and authored comprehensive pedagogical frameworks for localized neuroscience workshops deployed across regional academic institutions in India to elevate cognitive science literacy.
Architected and deployed responsive, high-performance web platforms for technology and research initiatives utilizing React, Next.js, JavaScript, and HTML/CSS. Integrated AI-assisted engineering workflows (Claude, Qoder) to accelerate frontend prototyping and UI iteration cycles, driving 200+ unique user interactions across both platforms.
Co-authoring computational research papers leveraging Python, Pandas, and Scikit-Learn for statistical data processing and feature engineering pipelines. Training and evaluating predictive machine learning models in TensorFlow to analyze structured multidimensional datasets.
Managing digital infrastructure, technical integrations, and operational scaling for an active community of 50+ members. Streamlined club operations by combining economic frameworks with automated technical workflows for event logistics, communication, and knowledge repositories.
FEATURED INVENTIONS & SYSTEMS
Ignicion is an interactive mobile product designed to solve the cultural disconnect between modern youth and Indian historical heritage. Developed from first principles with full user research, custom design systems, gamified historical explorations, and interactive digital artifacts that make ancient architecture and history engaging for students.
Project Cenquity reimagines computing by eliminating screen fatigue through lightweight, ergonomically sound optical waveguides. Formulated hardware chassis constraints, battery thermal dissipation models, heads-up spatial micro-interactions, and context-aware audio prompts for everyday accessibility.
Engineered and constructed practical, multi-tiered biosand water filters utilizing biological layer predation, graded sand grain stratification, and gravel support beds. Targeted pathogen reduction and turbidity removal without requiring grid electricity, providing an affordable water filtration solution for local households in need.
