Tech Design Dedics
Founder Engineering Product Intern building the architecture and end-to-end product delivery for Pipenudge AI and Deal Shield.
Open to future internship opportunities after this engagement.
I am Soham, a systems developer specializing in hardware-software synthesis. Combining Electronics & Computer Engineering with robust cross-platform mobile apps, APIs, and microcontrollers to design secure, low-latency products.
I approach software engineering from a holistic perspective. With academic roots in Electronics and Computer Engineering, I don't just build UI layouts; I construct end-to-end ecosystems that span the physical and digital.
Whether it’s routing session authentication dynamically inside ESP32 microcontrollers or designing real-time updates for medication alerts with Flutter and Firebase, my focus is always on microsecond-level optimization, secure data handling, and elite UI craftsmanship.
My goal is simple: turn complex hardware protocols and backend specifications into premium, human-centric software. I believe in clean code architectures, aggressive caching systems, and responsive, fluid design interfaces.
Electronics & Computer Engineering
PES’s Modern College of Engineering
Savitribai Phule Pune University
Tech Design Dedics
Building Pipenudge AI and Deal Shield end-to-end alongside one colleague, with ownership of system design, architecture, implementation, and the technical foundations required to ship each product.
IoT & Embedded Systems
A classroom attendance system connecting ESP32 session gateways, a Flutter client, and Firebase Firestore.
Time-limited classroom sessions create a device-authenticated attendance flow that makes remote proxy check-ins harder.
I am currently open to full-time engineering roles, innovative systems consulting, or robust custom applications development. Let's design and engineer something premium together.
A focused record of technical outcomes, competition milestones, and leadership experience.
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CIRCUITVISTA 2K26 / PROJECT SHOWCASE
Overview
Closes the classroom proxy attendance loophole entirely. Engineered an automated Smart Attendance Monitoring System using ESP32 & Flutter. By leveraging localized Wi-Fi access point SSID validation, students are structurally verified as physically present in the room before they can log attendance — rendering remote proxy check-ins impossible.