Robotics from zero
Your first moving robot, without the fear.
- Arduino & ESP32 basics
- Motors, servos, sensors
- Build a line-following car
A little world where robots grow flowers. Turn the wheel to pick a soundtrack, then press the flower to step inside.
Tap the grass to plant a daisy. Tap a robot to say hi.
I'm Vikas, a robotics engineer from Raipur. I build field robots, humanoids and vision-guided swarms, and I teach everything I learn along the way through courses and live build sessions.

This is a vertical-lift camera rig, fresh off the printer. A depth camera rides a geared rack up an aluminium rail, wired through spiral wrap and tucked into a 3D-printed control box.
The flower on the camera and the box is the Daisy Botics mark. Robots can look friendly, and so can learning to build them.


From a tea-serving ROS2 robot to a fish that swims and logs water data. Every one of these left the workbench and worked in front of judges, farmers or a lab full of people.
Project-first courses taught from the same bench these robots came off. Each one ends with a working machine you built yourself.
Your first moving robot, without the fear.
Teach a robot to see and react.
From a URDF to a robot that drives itself.
Local LLMs and voice, running on the robot.
Build along in real time, bring your broken robot, ask anything. Session times are posted first on the Discord server.
Government of India innovation funding to take a robot from prototype toward a product.
Two inventions granted, with three more filed and under examination.
Licensed to fly drones under India's civil aviation regulator.
A novel hybrid robot arm with rack-and-pinion plus rotary joints, current-threshold homing and VR teleoperation.
Including two wins at IIT Madras, plus IIT Bhilai and NIT Raipur.
The vision-guided pick and place robotic car was exhibited at IIT Bombay.
Built and certified through SSIPMT's AICTE IDEA Lab. See certificates
> now playing: every robot, start to finish
Every project I build ends up here, with the failures left in. Plus explainers on the electronics and code behind them.
Experienced with real-life projects: ROS, micro-ROS, URDF, TinyML, AI, PCB design, embedded C and OpenCV.

Because robots shouldn't feel cold. Daisy Botics started with one idea: build affordable robots, and show people that they can build them too.
I'm Vikas Singh Thakur, an Electronics & Telecommunication student at SSIPMT Raipur. I like taking robots from a sketch on paper to actually working in front of judges, whether that's an autonomous field robot, a teleoperated humanoid, or a swarm of vision-guided cars.
The skeleton with flowers is a reminder I keep on my desk. Under every machine there's a frame of bones and wires. What grows on it is up to the builder.
Collaborations, workshops at your college, custom robots or just a question about your project. Write in.