Building India's next generation of hardware engineers — from MakerPy boards to CubeSat systems. Researching VLSI & Microelectronics at BITS Pilani.
I'm a robotics engineer at Newton School of Technology in Pune, where I design hands-on curricula in PCB design, embedded systems, and IoT for undergraduate engineers. Alongside that, I run ImpulseTech — a YouTube channel reaching 5,100+ learners across India who want to build hardware, not just read about it.
My path into hardware education started in classrooms — first as a technology teacher at Podar International School, then designing learning products at BrightCHAMPS. Working with thousands of students convinced me hardware education in India needs better materials more than it needs more lectures. So I started building them: MakerPy boards, a CubeSat education kit, and project-based programs students can actually solder, debug, and ship.
I'm currently pursuing an M.Tech in VLSI Design & Microelectronics at BITS Pilani (WILP), and working on a research framework for using CubeSat hardware in undergraduate space-engineering classrooms. Open to research collaborations, curriculum consulting, and workshop invitations.
From classroom teaching boards to CubeSat education kits — each product solves a real learning gap.
A complete 48-session space engineering program (Level 4) covering satellite subsystems, ADCS, thermal design, and ground station comms. Deployed at IIIT Nagpur and with international learners across USA and Dubai.
A Python learning microcontroller board on Raspberry Pi Pico. Designed for ages 8–10 as Level 1 of the Orbital Explorers program. Makes hardware programming as easy as Scratch.
A custom 2-layer ESP32 breakout board designed in EasyEDA for IoT workshops. Includes onboard sensors, clean silkscreen for student labeling, and copper pour ground plane.
Arduino Nano 33 BLE Rev 2-based board for TinyML experiments. Used for gesture recognition and edge AI demonstrations in advanced robotics sessions.
A BBC Micro:bit based learning board designed for younger students. Block-programming friendly with visual feedback sensors for introductory electronics education.
Small, focused web tools I built to scratch my own itch while teaching and building hardware.
A browser-based serial monitor for Arduino. Read and write to your board over Web Serial — no driver install, no Arduino IDE required.
A visual tool for designing OLED display graphics. Draw frames, export byte arrays, and drop them straight into your firmware.
A growing toolbox of utilities for Indian founders and indie hackers — practical calculators and helpers built from real founder workflows.
A path through hardware engineering, classroom teaching, curriculum design, and graduate research.
Designing STEM curricula and conducting hands-on workshops in robotics, PCB design, and IoT for undergraduate engineering students.
Semester 1: VLSI Design, MOS Devices & Microfabrication, Analog IC Design, CAD for VLSI Design Flow. Target CGPA: 9.5.
Developed learning products and curricula for coding and robotics education at scale.
Technology and robotics education at the school level.
Turning workshop data into peer-reviewed research, and sharing builds through trade publications.
An open-source IoT system for multi-modal emotional communication between two physically-separated users — no smartphone required. ESP32 nodes exchange gesture-mapped byte codes over MQTT to trigger facial matrix animation, LED lighting, and a haptic buzzer on the paired device.
Interested in collaborating on space education research?Get in touch.
Designing programs that translate hardware engineering into structured, age-appropriate learning.
Engineering education for Indian students — taught in Hinglish, with real component prices and real builds.
ImpulseTech is an engineering education channel for Indian students — taught in Hinglish, with real component prices from Robu.in and Quartzcomponents.
All content in Hinglish — making electronics accessible to every Indian engineering student.
Hardware, firmware, EDA, VLSI, and curriculum design — the stack behind every product and program.
Open to research collaborations, speaking at workshops, curriculum consulting, and hardware education projects.
Based in Pune, Maharashtra. Available for remote collaborations worldwide.