I build intelligent
machines & systems.
Robotics and embedded systems builder exploring the intersection of hardware, software, sensors, and AI. I learn by building—from experimental robots and IoT systems to intelligent machines.
About
I'm a robotics and embedded systems builder exploring the intersection of hardware, software, and AI. I learn by building — designing prototypes, connecting sensors and actuators, writing firmware, and turning ideas into working systems.
My current work ranges from expressive desktop robots and IoT experiments to AI-powered software products. I'm particularly interested in machines that can sense, understand, and interact with the world around them.
I also build software products independently, including Nexra, while continuing to explore robotics, embedded systems, computer vision, and intelligent machines.
Based in Ranchi, India. Building in public on X and YouTube.
Technical Focus
Projects
Things I've built
I build across hardware and software — from embedded systems and robotics prototypes to AI-powered products.
Desktop Companion Robot
2026Expressive desktop robot prototype built around ESP32. Combines an OLED-based animated face, MPU6050 motion sensing, servo control, touch and proximity interaction, and custom behavioral logic.
Smart Room Locker
2026RFID-based smart locker prototype using authentication, servo actuation, OLED feedback, and buzzer alerts. Built as an embedded access-control system.
Automatic Room Lighting
2026Ambient-light automation system using an LDR to control room lighting, with RGB LED status feedback, buzzer alerts, and OLED output.
Technical Focus
Building across hardware & software
I'm exploring the full stack of intelligent machines — from electronics and embedded firmware to software, AI, and physical design.
Robotics & Embedded Systems
Building physical systems with microcontrollers, sensors, actuators, and custom firmware. My current work focuses on ESP32 and Arduino-based prototypes, robot behaviors, motion sensing, displays, and hardware interaction.
Intelligent Machines
Exploring how software and AI can make physical systems more aware, responsive, and interactive. I'm interested in perception, computer vision, behavioral systems, and machines that can sense and respond to their environment.
Software & AI Systems
Building software systems across the frontend and backend — from responsive interfaces and APIs to AI integrations and full-stack products.
CAD & Physical Design
Learning and applying digital design tools to turn hardware concepts into physical prototypes. Currently exploring CAD, 3D modeling, and enclosure design as part of my robotics work.
Opportunities
Open to engineering opportunities
I'm looking for opportunities where I can contribute, learn, and build across software, robotics, embedded systems, IoT, and intelligent machines.
Notes
Build notes & thoughts
Writing about building Nexra, distribution, AI, and the solopreneur path. Honest, unfiltered.
Nothing published yet. Check back soon.
Now
What I'm focused on right now
Building, learning, and experimenting across robotics, embedded systems, software, AI, and physical design.
September 2026 · Ranchi, India · live snapshot
Building
Desktop Companion Robot
Building and iterating on an ESP32-based desktop companion robot with expressive OLED eyes, motion sensing, servo movement, touch interaction, proximity sensing, and custom behavioral logic.
Learning & Exploring
Robotics & Embedded Systems
Building physical systems with microcontrollers, sensors, actuators, and custom firmware. My current work focuses on ESP32 and Arduino-based prototypes, robot behaviors, motion sensing, displays, and hardware interaction.
Computer Vision & AI
Exploring perception, intelligent behavior, and the ways AI can make physical systems more aware and responsive. I'm interested in computer vision, machine perception, behavioral systems, and intelligent interaction.
CAD & 3D Design
Learning and applying digital design tools to turn hardware concepts into physical prototypes. Currently exploring CAD, 3D modeling, enclosure design, and mechanical concepts alongside my robotics work.
Next
More physical prototypes
Expanding from the current desktop robot into more robotics and IoT experiments, including drones, mobile systems, computer vision, and eventually more advanced human-machine interfaces and bionic-style systems.
Opportunities
Open to engineering opportunities
I'm looking for opportunities where I can contribute, learn, and build across software, robotics, embedded systems, IoT, and intelligent machines.
Outside Work
Communication
Working on my American English accent
Improving how I speak, listen, and communicate in English — with a particular focus on American pronunciation, rhythm, and natural speech.
American English Accent
Spending time improving my American English pronunciation, rhythm, intonation, and natural speech patterns.
Speaking Practice
Practicing spoken English regularly to become clearer, more natural, and more confident when communicating in technical and everyday conversations.
Why I'm working on it
Good communication matters when building, collaborating, and working with people across different countries and cultures. I'm treating speaking as another skill to continuously improve through practice.
Photography
Nature through a lens
When I'm not building robots or software, I'm usually learning something new, experimenting with ideas, or exploring with a camera. I'm naturally curious — I like understanding how things work and then trying to build something myself.
About the work
I shoot mostly in natural light — early mornings, golden hours, and overcast days. Landscapes that feel quiet. I license select images on Shutterstock and share the rest on Instagram and X.
Contact
Let's build something
I'm open to engineering opportunities, interesting collaborations, and projects across software, robotics, embedded systems, IoT, and AI.
Opportunities
Open to engineering opportunities
I'm looking for opportunities where I can contribute, learn, and build across software, robotics, embedded systems, IoT, and intelligent machines.
Desktop Companion Robot
An expressive desktop robot built around ESP32, combining animated OLED eyes, motion sensing, servo control, touch, proximity, and behavioral interaction.