I find clarity in code and creativity in structure — but I don't stop at clean.
I've shipped a zero-staff print kiosk network, built a 3D WebGL air quality globe, designed a cyberpunk SQL detective game, and built RAG pipelines that actually run in production. All while being a third-year student.
I work full-stack, own projects end-to-end, and care deeply about how things are built — not just that they work. Good work should speak softly but confidently. Mine tends to speak for itself.
Founding Engineer (Part-time) – The Print Spot (Startup)
Architected the full technical system for a zero-staff self-serve print kiosk network — PDF upload, per-page color/BW settings, OTP-gated print release, and Razorpay payment end-to-end
Built the kiosk server: printer communication, auto PDF splitting for mixed jobs, OTP cache for offline resilience, and hardware-derived unique kiosk ID; kiosk frontend with hidden admin panel
Developed the admin backend: payment verification, Supabase sync, remote restart/shutdown, and first-boot kiosk approval
Built the admin frontend with a master dashboard and franchise-scoped multi-tenant access control
December 2025 – March 2026
Software Developer Internship – Ailexity
Developing and maintaining software infrastructure components for scalable applications
Building responsive front-end interfaces using modern web technologies
Collaborating with cross-functional teams to deliver high-quality software solutions
Implementing best practices in code quality, testing, and deployment processes
Contributing to both client-side and server-side development initiatives
November 2025 – January 2026
Data Associate L1 – Infotact Solutions
Building backend systems and automation tools using Python
Developing reusable modules for APIs, scripts, and data workflows
Integrating Python with databases, web frameworks & third-party services
Debugging and resolving technical issues to ensure high system reliability
August 2025 – October 2025
Student Intern – Rishabh Instruments, Nashik
Designed and implemented Python-based orchestration scripts to streamline calibration and testing workflows
Automated critical testing processes including pulse output, voltage error, impulse error, and post-calibration checks
Created modular utilities (UI helpers, configuration modules, transport layers) to ensure scalability and reusability
Developed and integrated error calculation modules into the complete testing pipeline
Supported hardware-in-the-loop validation, running real-time tests on physical meters