A real IoT project, closed up.
This is what lands in your hands: a finished, working device. Keep scrolling and we open it up.
ESP322 sensorsRelayLive app
We engineer complete college projects — Robotics, Drones, IoT, AI/ML, Web Dev, PPT and more. You bring the deadline. We bring the build.
This is what lands in your hands: a finished, working device. Keep scrolling and we open it up.
Signal, power and ground routed cleanly and labelled. You also get the circuit diagram for your report.
A single-wire digital sensor. It reads the air every two seconds and sends the values to the controller.
A capacitive probe sits in the soil. The ESP32 converts its analog value into a dry-to-wet percentage.
When the soil gets dry, the controller flips this relay and starts the pump. Sensing turns into doing.
A dual-core 240 MHz chip with Wi-Fi and Bluetooth. Our firmware reads every sensor, decides, and reports.
Readings stream over Wi-Fi to a dashboard. You demo it live, with the code and report ready to submit.
The finished machine you submit: chassis, wheels, sensor and a brain, all tested on a real track.
Every robot we build is modular, so each part is labelled and explained in your report.
Reads the sensors, runs the control loop and sends PWM signals to the motor driver.
Low-power logic signals go in. Battery power for the motors comes out, with direction control.
Geared DC motors turn the wheels. Different left and right speeds steer the robot.
It sends a sound pulse and times the echo to measure distance, so the robot stops before it hits anything.
A rechargeable Li-ion pack runs the motors and, through a regulator, the controller too.
Reassembled, calibrated and driven through test runs. You get the code, the report and a live demo.
The finished quadcopter you demo: frame, motors, props, flight controller, battery and camera, all tuned.
We label and document each component, so your report explains exactly how the drone works.
Reads the gyro and accelerometer hundreds of times a second and corrects each motor to hold steady.
Each brushless motor has its own speed controller. Tiny speed changes tilt and steer the whole drone.
Two clockwise and two counter-clockwise props cancel each other's spin, so the drone points straight.
A 4S LiPo pack feeds the motors and the electronics through a power distribution board.
A stabilised camera streams video or records footage while the drone moves.
Calibrated, balanced and flown. You get the build documentation, the code and a live flight demo.
From circuit to code to presentation — fully handled, fully working.
Line followers, robotic arms, quadcopters and autonomous systems — designed, built and documented.
Hardware + CodeSmart systems, sensor networks, Arduino and ESP32 builds with cloud connectivity and app control.
Arduino / ESP32Image classification, NLP, data analysis, prediction systems — with full report and source code.
Python / TensorFlowFull websites, portfolios, web apps — responsive, modern, ready to demo on your laptop.
React / HTML / CSSProfessional slide decks for seminars, IA reviews and final year presentations that impress.
Seminar / IA / FYPInternal assessment write-ups, lab reports, assignment solutions across all engineering subjects.
All SubjectsSimple, fast, zero stress.
WhatsApp or Instagram us with your project details, subject and deadline.
We handle everything — design, code, hardware, docs. You get progress updates.
Receive the complete project with full documentation. Submit and relax.
Most projects delivered within 48 hours. Urgent deadline? We handle that too.
Robotics, Drones, IoT, AI/ML, Web Dev, PPT, Assignments — all under one roof.
Every project tested and verified before delivery. No half-done work, ever.
Serving BVB, KLE, SDM and all engineering colleges across Hubli-Dharwad.
Send us your project details right now. We reply within the hour.