Smart Irrigation System
Soil moisture sensing that switches a pump automatically and reports field conditions to a phone dashboard.
- Suitable for
- Higher Secondary
- Technology
- ESP32
School & college project maker in Surat, Gujarat
+91 96958 39080Call
Surat, Gujarat
Science models, Arduino, IoT, robotics, electronics and final year projects.
Browse what we build regularly, or send us your own topic. Either way you get an honest answer on what's achievable in the time you have — before you commit to anything.
or call +91 96958 39080Find your project
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24 projects
Soil moisture sensing that switches a pump automatically and reports field conditions to a phone dashboard.
Street lights that switch on at dusk and off at dawn using light sensing, with an optional motion-based dimming stage.
Overhead tank level indication with staged LEDs, an audible full alarm and optional automatic pump cut-off.
Card-tap attendance logging with a real-time clock, local record storage and an exportable attendance sheet.
Appliance control from a phone over Wi-Fi, with physical switches that keep working and live status feedback.
An autonomous robot that tracks a taped line using an infrared sensor array and proportional steering correction.
A panel that follows the sun on a servo-driven axis and logs the energy gain against a fixed reference panel.
A station that measures temperature, humidity, pressure, light and rain, and publishes readings to a live dashboard.
A city layout combining automatic street lighting, traffic signalling, smart parking and water management.
A role-based web application covering students, faculty, courses, attendance, marks and reporting.
A bin that opens its lid automatically on approach and signals when it is nearly full.
A robot that scans ahead with a servo-mounted ultrasonic sensor and steers around whatever it finds.
A robot that locates a flame with directional sensors, drives towards it and extinguishes it with a water jet.
A compact self-watering setup for potted plants that waters on soil moisture and shows the reservoir level.
LPG and smoke detection with a staged alarm, an exhaust fan trigger and an optional SMS or app alert.
Slot occupancy detection with a live free-space count, an automatic entry barrier and a display board.
A robot driven from an Android phone over Bluetooth, with speed control and an automatic stop on signal loss.
A cross-section model showing rooftop collection, first-flush diversion, filtration and groundwater recharge.
A lifting bridge raised and lowered by water-filled syringes, demonstrating hydraulic force transmission.
Non-contact overhead tank monitoring with phone alerts, pump control and a daily consumption log.
Live measurement of voltage, current, power and energy for a demonstration load, with a phone dashboard.
Continuous power factor measurement with automatic capacitor bank switching and before-and-after readings.
Stock tracking with purchase and sales entry, automatic reorder alerts and valuation reporting.
Catalogue, issue and return handling with automatic fine calculation and member management.
Categories
Ten category pages covering school through final-year work, each with the projects we build most often in that area.
School ProjectsWorking models and science-exhibition projects for Class 6–12.17 projects
Science ModelsDemonstration and working models for science exhibitions.3 projects
College ProjectsDiploma, degree and final-year projects across streams.21 projects
Engineering ProjectsFinal-year and mini projects for BE, B.Tech and diploma.21 projects
Arduino ProjectsSensor, automation and control projects built on Arduino.13 projects
IoT ProjectsConnected monitoring and control projects on ESP32 / NodeMCU.5 projects
Robotics ProjectsLine follower, obstacle avoiding and controlled robots.4 projects
Electronics ProjectsCircuit, sensing and embedded projects for EC students.13 projects
Electrical ProjectsPower, protection, solar and energy-monitoring projects.3 projects
Software ProjectsManagement systems and web applications for IT students.3 projectsFeatured
Swipe or use the arrows to browse. Every one can be adapted to your own topic and deadline.
For school students
Working models and exhibition projects for Class 6 to Class 12, built to your school's topic where one has been set.
For college students
Diploma, BE, B.Tech, BCA and MCA work — scoped so it can be finished, measured and defended in a viva.
Send your project topic or requirement on WhatsApp and we'll tell you whether it can be built in the time you have — before you commit to anything.
How it works
Five steps, and nothing starts until you have a cost and a date you have agreed to.
Message the project name or your topic on WhatsApp, along with your class or course and your submission date. A photo of the topic sheet or synopsis is enough to start.
We check the topic is buildable in the time you have and agree what the project must demonstrate, which components it needs and what you will receive at the end.
Once the scope is clear you get a cost and a realistic completion date. Nothing is ordered or started until you confirm.
The project is built, wired properly and tested — robots on more than one surface, sensors calibrated, code commented. You get progress updates on WhatsApp.
You collect the project and we walk through how it works, why each major component was chosen, what its limitations are and how to handle the questions you will be asked.
Technologies
We recommend the platform that suits your syllabus and deadline — including saying when a simpler approach is the right one.
Arduino
Uno, Nano, Mega
ESP32
Wi-Fi and Bluetooth
NodeMCU
ESP8266 boards
Sensors
IR, ultrasonic, gas, moisture
Robotics
Motor drivers and chassis
Solar
Panels and tracking
PHP & MySQL
Management systems
Python
Django and Flask
Why students come to us
No student counts, no guaranteed grades — just what the workshop does and how it works.
Class 6 science models through to BE and MCA final-year submissions. The same workshop, so you are not sent elsewhere when your requirement changes.
If your college has already approved a topic, send the synopsis. Most of what we build is made to a specific brief rather than picked off a shelf.
Arduino, ESP32, robotics, electrical and software. We recommend the platform that suits your syllabus and your deadline, including saying when a simpler approach is the right one.
Collection and handover in person, so a loose wire or a sensor that needs re-tuning before your exhibition is a short trip rather than a courier problem.
Every handover covers the working principle, the component choices and the likely failure points, so you can present and defend the project yourself.
Send your topic and deadline and you get a realistic reply — including when a topic will not work in the time available, which is more useful than a yes.
Ideas
Angles that make a common topic stronger — the detail that gives you something concrete to explain.
Dusk-to-dawn switching plus a motion sensor that raises brightness only when someone passes, so you can argue an actual energy saving.
School · Higher Secondary · Diploma
A cross-section model that includes the diverter most school projects leave out — and that judges most often ask about.
School
Soil moisture control where you can explain exactly why the pump switches at the value it does, plus dry-run protection.
Higher Secondary · Diploma · Engineering
A tracking panel alongside a fixed reference panel, so your report presents a measured comparison instead of a claim.
Higher Secondary · Diploma · Engineering
Correction that scales with how far the robot has drifted, which tracks smoothly instead of oscillating across the line.
School · Diploma · Engineering
Switch an inductive load and watch the power factor fall — a demonstration that answers half the viva questions before they are asked.
Diploma · Engineering
Local
Handover and explanation happen in person, so an adjustment before your exhibition is a short trip rather than a courier problem.
Guides
Choosing a topic, building it properly, writing it up and defending it in the viva.
Twelve electronics projects split between discrete-circuit and microcontroller builds, and how to decide which your department wants.
Ten electrical project topics that produce numerical results, with a note on how to keep each one safe to demonstrate.
Ten ESP32 projects that use what the board offers, plus the pin and ADC quirks that catch students out.
FAQ
Yes. School working models and science exhibition projects for Class 6 to Class 12 are one of the main things we build, including projects on a topic your school has set. Send the topic on WhatsApp and we will tell you whether it can be built in the time you have.
Yes, and it is the fastest way to get an answer. Send your project topic, your course or class, and your submission date. Photos of a topic sheet or a circuit diagram can be attached directly in the chat once it opens.
Yes. Arduino projects run from simple school working models up to final-year submissions, and IoT projects are built on ESP32 or NodeMCU with a live dashboard. Both categories have their own pages listing what we build most often.
Yes — BE, B.Tech and diploma final-year projects across electronics, electrical, IT and computer streams. Four weeks before submission is the practical minimum for a hardware project, and six is comfortable.
School display models are usually three to five days. School and diploma working models take five to eight days. Engineering and IoT final-year projects generally need two to four weeks. Software projects run one to two weeks depending on how many modules are involved.
Yes. Custom work is a large part of what we do. Send your topic, your stream and your deadline on WhatsApp, or use the requirement form, and we will tell you whether it is feasible before you commit to anything.
Visit or message
Send your topic and deadline on WhatsApp for the fastest reply, or call during opening hours.
School & College Projects in Surat
Send your topic, your course or class and your submission date. You'll get a straight answer on whether it's achievable — and what it would involve.