Build.
Compete.
Innovate.
Live mentorship in AI, Robotics, Drones, Electronics, IoT and Future Technologies for ages 10-18.
5 students max per mentor • 100% project-based
Live mentorship in AI, Robotics, Drones, Electronics, IoT and Future Technologies for ages 10-18.
5 students max per mentor • 100% project-based
Real skills. Hard projects. Hands-on hardware.
Build local neural networks, train image classifiers, and leverage LLM APIs.
Explore components →Train models using python, analyze real-world datasets, and run regressions.
Explore components →Assemble multi-joint arms, design mechanical chassis, and program autonomous rovers.
View projects →Understand aerodynamics, configure flight controllers, and program telemetry path plotting.
View projects →Breadboard basic analog circuits, soldering custom layouts, and measuring with multimeters.
Explore components →Publish MQTT sensor streams, interface REST APIs, and command relays over remote web apps.
View projects →Write highly efficient firmware for microcontrollers (C/C++ and MicroPython).
Explore components →Master Python, C++, HTML/JS, and develop solid foundations in logic and structures.
Explore roadmaps →Implement OpenCV for object tracking, facial detection, and barcode reading.
View projects →Scribble CAD blueprints in TinkerCAD/Fusion360, configure slicers, and print structures.
Explore components →Pitching prototypes, calculating unit economics, and drafting MVP slide decks.
Explore careers →A premium learning experience designed to build confidence, portfolios, and real-world skills.
We don't sell boring video libraries. Real mentors teach in real-time, holding students accountable and solving roadblocks immediately.
Ultra-small class sizes ensure your child receives undivided attention, individual mentoring, and tailored learning speed.
Mentors examine code repositories and circuitry. Students learn standard hardware development practices used by engineering squads.
Students compete in leagues, earning XP and climbing school leaderboards, making regular technical work highly addictive.
Every student graduates with a published portfolio website showing off their functional AI models, drone systems, and IoT nodes.
Get bi-weekly progress reports, attendance trackers, and direct communication channels inside the Parents Dashboard.
Build your first IoT project using ESP8266 and enter the world of AI, Robotics, Drones and Automation.
Learn what IoT is, get an overview of ESP8266 & GPIO pins, configure Arduino IDE & Wokwi, and compile an LED Blink simulation.
Program push buttons & LEDs, implement software debouncing, and build a Smart Traffic Signal project.
Interface DHT11 (temperature/humidity), LDR (light sensor), and Ultrasonic sensors to process analog/digital inputs in a Weather Station project.
Establish WiFi connections, perform HTTP requests, fetch REST APIs, and build a remote IoT Temperature Monitor.
Present active project submissions (Smart Plant Monitor, Smart Room Monitor, or IoT Weather Station), distribute verifiable certificates, announce giveaways, and join the community.
Active students stand a chance to win 1 of 5 ESP32 starter kits, breadboards, jumper wires, and sensory packages.
Every student receives a cryptographic digital certificate of participation to add to their academic portfolio.
Seats are strictly capped at 150 to maintain a 1:5 mentor ratio.
Invest in your child's technical future. No contracts. Cancel anytime.
For students looking to build their first few physical prototypes and explore basic coding.
Perfect for students wanting deeper projects, custom sensor grids, and local coding platforms.
For advanced students aiming to compete globally, build complex robotics, and write neural nets.
For the Free Workshop, we use interactive digital web simulators so no hardware purchase is required. For monthly memberships, required components packages (like sensors, boards) are shipped directly to your house based on the enrolled plan tier.
Our mentors are experienced engineers, computer scientists, and researchers from elite institutes (IITs, NITs) who love tutoring young minds. All mentors undergo thorough background and security checks.
Because classes are limited to 5 students, scheduling is flexible. If a student misses a session, they can easily join a reschedule makeup class in the student portal, or attend open office hours to catch up.
No. BuildVerse works on a month-to-month subscription basis. You can upgrade, downgrade, or cancel the subscription at any time via the Parent Dashboard with a single click.
Compete with student innovators globally, build actual working prototypes, score XP, and win grand cash prizes.
Deploy an OpenCV edge model on a Raspberry Pi or computer to recognize, categorize, and sort 5 different physical items in real-time.
Connect multiple sensors to an ESP32, stream telemetry via MQTT protocols, and render a web dashboard showing ambient parameters.
Program autonomous path coordinates for hexacopters to dodge digital circular gates in a physics-based flight simulator.
Design custom PID motor control scripts to navigate differential drive rovers out of randomized complex mazes.
| Rank | Student | City | Level | Total XP | Badges |
|---|---|---|---|---|---|
| 🥇 1 | Aman Malhotra | Mumbai | Level 24 | 14,820 XP | 🔥 🎖️ 🛡️ |
| 🥈 2 | Rohan Murthy | Bengaluru | Level 22 | 13,400 XP | ⚡ 🤖 🛰️ |
| 🥉 3 | Sara Sen | Kolkata | Level 21 | 12,950 XP | 🎖️ 👾 💻 |
| 4 | Kavya Das | New Delhi | Level 19 | 11,100 XP | 🔥 🔌 |
| 5 | Kabir Bose | Pune | Level 18 | 10,500 XP | 🛡️ 🛰️ |
| Rank | School Name | City | Students Enrolled | Points Gained |
|---|---|---|---|---|
| 🥇 1 | Delhi Public School (DPS) | Bengaluru | 140 students | 84,500 pts |
| 🥈 2 | The Heritage School | Kolkata | 92 students | 61,200 pts |
| 🥉 3 | Dhirubhai Ambani Intl School | Mumbai | 75 students | 58,900 pts |
| 4 | Bishop Cotton Boys' School | Bengaluru | 88 students | 47,400 pts |
| 5 | Don Bosco High School | Pune | 64 students | 39,800 pts |
Click on any hardware board to view detailed datasheets, pinouts, and tutorial scripts.
Best for: Electronics basics. The entry-level standard microcontroller board.
Read Datasheet & pinout →Best for: Compact projects. Tiny ATmega328P footprint suitable for breadboards.
Read Datasheet & pinout →Best for: Larger projects with many sensors. Extra GPIO pins and serial channels.
Read Datasheet & pinout →Best for: School STEM learning. Built-in LED matrix, compass, and BLE radio.
Read Datasheet & pinout →Best for: Small wearable projects. SAMD21 ARM Cortex-M0+ chip in a finger-sized footprint.
Read Datasheet & pinout →Best for: Tiny embedded projects. Ultra-low cost, ultra-low power 8-pin microcontroller.
Read Datasheet & pinout →Best for: Learning MicroPython and C. Powerful RP2040 dual-core controller.
Read Datasheet & pinout →Best for: WiFi beginner IoT projects. RP2040 micro-controller with onboard 2.4GHz WiFi/BLE.
Read Datasheet & pinout →Best for: IoT projects. Connect sensors directly to web databases over local WiFi networks.
Read Datasheet & pinout →Best for: Advanced IoT. Classic Bluetooth, BLE, WiFi and robust dual LX6 cores.
Read Datasheet & pinout →Best for: AI and computer vision. Features neural network vector instruction extensions.
Read Datasheet & pinout →Best for: Low-power IoT. Single-core RISC-V processor architecture supporting WiFi and BLE5.
Read Datasheet & pinout →Best for: Embedded systems. High-performance ARM Cortex-M3 core operating at 72 MHz.
Read Datasheet & pinout →Best for: Advanced embedded systems. ARM Cortex-M4 with hardware floating point operations unit.
Read Datasheet & pinout →Best for: High-speed control systems. Features ARM Cortex-M7 running at 600 MHz.
Read Datasheet & pinout →Best for: 32-bit Arduino projects. Atmel SAM3X8E ARM Cortex-M3 processor module.
Read Datasheet & pinout →Best for: Professional IoT. Small format board with SAMD21 processor and secure crypto chip.
Read Datasheet & pinout →Best for: LoRa and IoT networks. Quad-network micro-python controller (LoRa, Sigfox, WiFi, Bluetooth).
Read Datasheet & pinout →Best for: Edge AI and robotics. Quad-core ARM A76 processor running full desktop Linux systems.
Read Datasheet & pinout →Best for: Industrial applications. Small custom board layout containing core Pi 5 CPU elements.
Read Datasheet & pinout →Best for: AI and computer vision. Features 128 Maxwell GPU cores for local neural nets execution.
Read Datasheet & pinout →Best for: Autonomous robots. Up to 40 TOPS AI compute power using Ampere GPU architecture.
Read Datasheet & pinout →Best for: Industrial automation. Dual Programmable Real-Time Units (PRUs) for low latency digital logic.
Read Datasheet & pinout →Best for: Drones and UAVs. Modular flight controller running PX4 autopilot configurations.
Read Datasheet & pinout →Best for: Professional UAVs. Triply-redundant IMU sensors configuration with hardware dampening structures.
Read Datasheet & pinout →Best for: Enterprise drones. High performance flight processor with dual isolated IMU modules.
Read Datasheet & pinout →Best for: Autonomous drones. High-end STM32H7 processor architecture with temperature control.
Read Datasheet & pinout →Best for: Real-time embedded systems. ARM Cortex-M7 crossover processor running at 600 MHz.
Read Datasheet & pinout →Best for: Industrial embedded systems. High precision DSP controllers from Texas Instruments.
Read Datasheet & pinout →Browse through student prototypes and download schematic blueprints and source code files.
Reads soil moisture and automatically starts a mini water pump when soil becomes dry. Stream telemetry online.
Uses RFID tokens or a custom local mobile app to unlock solenoid gates. Logs logs to a spreadsheet.
Configure Pixhawk boards to run autonomous coordinate path planning while transmitting GPS points over Lora radio.
Interfaces a Jetson Nano to coordinate robotic arms. Recognizes and sorts trash dynamically using neural net classification.
STEM skills translate directly into high-paying, future-proof roles. Explore what engineers build daily.
Highlights from our live cohorts, hands-on student demos, and robotics testing sessions.
"My son Rohan (14) was addicted to gaming. Since joining BuildVerse, he has built three physical gadgets, configured WiFi relays, and now wants to study Embedded Systems at college. Highly worth the monthly cost!"
"BuildVerse has solved the biggest issue in STEM teaching — hands-on practical setups. Our students didn't just learn from slides; they debugged raw C++ files and soldered components. An excellent curriculum integration."
Collaborate with peers, ask debugging questions to developers, and get updates about upcoming tournaments.
Receive immediate alerts regarding new project templates, homework templates, rescheduled classes, and contest schedules.
Join WhatsApp HubJoin our lead mentors on WhatsApp Community live to fix loose solder points, write custom interrupts, and organize code packages.
A 1-hour session by an IIT Madras researcher detailing how autonomous warehouse rovers navigate safely using LiDAR arrays.
Have questions about monthly billing plans, hardware shipments, or school integrations? Get in touch with support.
Our support team is available from 9 AM to 8 PM (Monday to Saturday) to assist you.
7 of 10 milestones completed
Status: Review Pending
Status: Approved • 100 XP gained
Deadline: Ends in 12 days
24 of 25 live mentoring sessions attended
| Student | Grade | Last Project | Action |
|---|---|---|---|
| Aarav Sharma | Grade 8 | Smart Irrigation | |
| Diya Rao | Grade 9 | Smart Irrigation | |
| Neil Das | Grade 7 | Blink LED |
+18% growth this month
+40 new signups this week
100% capacity filled
| Plan | Joined | Action | |
|---|---|---|---|
| priya@email.com | Explorer | Just now | |
| neil@school.edu | Innovator | 2 days ago |
Update the live parameters of the Free ESP8266 Workshop instantly. Changes sync directly to Firestore.
Access your sessions, certificates, competitions, and submit active projects.
Track student progress, attendance, mentor feedback, and billing status.
Manage student rosters, upload assignments, schedule sessions, and submit feedback.
Configure live workshop parameters, view registrations, and manage system users.
Effective Date: July 7, 2026
At BuildVerse, we are dedicated to providing a safe, educational, and secure environment. Because we teach physical coding and engineering to students under the age of 18, we take special precautions to protect children's privacy under the Children's Online Privacy Protection Act (COPPA) and international child privacy regulations.
We collect information you provide directly to us, including registration data when you sign up for a free workshop or dashboard account, contact us via form or WhatsApp, or log in via Google authentication. This includes: name, email, parent-student link association, billing details, and any projects, code, or homework uploaded as part of the curriculum.
We use the collected information to provision accounts, operate the interactive dashboard, grade projects, award completion certificates, send workshop links, and provide customer support. We do not sell, rent, or lease user data to third parties.
We use Firebase Authentication (including Google Sign-In) to manage access. Your passwords are never stored in plain text. We utilize SSL encryption for all data transit and adhere to strict access controls on database records.
If you have any questions or concerns regarding our children's privacy policy or data collection procedures, please email us directly at klubx09@gmail.com or message us on WhatsApp at +91 63606 60450.
Effective Date: July 7, 2026
By registering for our workshops, utilizing the dashboards, or accessing the BuildVerse platform, you agree to comply with and be bound by these Terms and Conditions. If registering as a minor (under the age of 18), your parent or legal guardian must review and accept these terms on your behalf.
Parents and legal guardians are fully responsible for the activities of their children while using the platform. Parents are encouraged to utilize the Parent Portal dashboard to monitor their child's engagement, feedback, and class schedules.
Our workshops involve building physical coding and hardware projects (such as ESP8266 development boards, wiring, and sensor packages). Students must follow the lead mentor's instructions and guides carefully. BuildVerse is not liable for minor electrical shorts, component damages, or hardware misuse by the student during home-based experiments.
All materials, designs, custom roadmaps, graphics, code examples, and videos displayed on the BuildVerse site are our intellectual property and may only be used for personal, educational purposes. You may not distribute, reproduce, or resell our materials without written authorization.
We reserve the right to revise these terms or update platform features at any time. Your continued use of the platform after terms updates indicates your acceptance of the revised Terms and Conditions.
For any queries, please email us at klubx09@gmail.com.