Major & Minor Projects. Hardware, Robotics & IoT.
Bench-tested hardware prototypes built to your guide's problem statement, with clean firmware, pinout schematics, and viva defense guidance on request.
Hardware Portfolio
Complete engineering prototypes designed, coded, and bench-tested in our Bangalore lab with open-source repositories and live interactive demonstrations.
CIPHER: Edge-AI IoT Security Gateway
Autonomous edge packet sniffer with real-time threat scoring, dynamic iptables quarantine, and interactive 3D cybernetic globe telemetry.
Custom Project Domains
Colleges and guide committees reject repeated, generic kits. Explore our core engineering test benches or bring your own guide-assigned problem statement.
Custom IoT & Smart Telemetry
Custom ESP32 & STM32 circuits, multi-sensor telemetry, LoRa mesh networks, and local Wi-Fi hotspot fallback.
Custom Robotics & Mechatronics
Precision robotic arms, autonomous obstacle rovers, micro-mouse maze solvers, and gesture-controlled vehicles.
Custom TinyML & Edge AI
Real-time computer vision, vibration classification, and audio keyword spotting running on ESP32-S3 and RP2040.
Have a custom problem statement or IEEE base paper?
Colleges reject standard kits. Send your guide's problem statement: we review technical feasibility, verify Indian distributor parts (Robu, Quartz, Zbotic), and deliver a 100% bench-tested hardware prototype with circuit guides and viva defense notes on request.
How We Engineer Your Project From Scratch
Built specifically to eliminate parts shortages, wiring bugs, and demonstration failures.
Feasibility & BOM Sourcing
Submit your problem statement or technical requirements. We evaluate MCU pinouts, bus contention, and power supply rails, then price-verify genuine parts across Indian distributors.
- Pinout mapping & logic voltage checks (3.3V vs 5V)
- Verified Indian distributor pricing (Robu, Quartz, Zbotic)
- Itemized Bill of Materials with Excel & PDF export
Hardware Assembly & Testing
We solder, wire, and calibrate your circuit with capacitor decoupling to eliminate motor brownouts, plus an offline Wi-Fi hotspot fallback so your live demonstration never fails.
- Clean soldering & wire harness strain relief
- Power decoupling (prevents sensor & MCU brownouts)
- Offline hotspot fallback for unreliable demonstration Wi-Fi
Firmware & Verified Handover
We flash, bench-verify, and stress-test the complete hardware setup with clean, commented firmware and comprehensive wiring schematics ready for unboxing and immediate execution.
- Clean, commented C++ / Python firmware codebase
- High-resolution wiring schematics & pinout guide
- Bench test verification video & unboxing checklist
Have an IEEE paper or custom problem statement from your guide?
Send it across WhatsApp. We evaluate MCU pinouts and provide a free feasibility audit within 2 hours.
Compare Indian Distributor Rates & Estimate Your BOM in Seconds.
Compare real-time prices across Robu, Robocraze, ElectroPi, and Ktron. Pick your microcontrollers and sensors with instant PDF & Excel BOM exports.
ESP32-WROOM-32D
Lowest at Robu: ₹450 ₹499
OLED Display 0.96" I2C
Lowest at Robocraze: ₹145
Engineering Guides & Viva Defense
Practical hardware engineering guides written by our Bangalore lab to help you pass guide reviews, convert IEEE papers, and score top viva marks.
How to Get Your College Guide to Approve Your Hardware Project Proposal
Guide committees in VTU and autonomous engineering colleges reject over 65% of initial hardware project proposals. Learn why off-the-shelf kit topics get rejected and how to structure a literature survey, block diagram, and novel problem statement that secures immediate approval.
Converting IEEE Papers into Working Hardware Prototypes: A Practical Framework
College guides often hand students an IEEE Transactions research paper and expect a working bench demonstration. Discover our 4-step framework for converting complex theoretical papers into functional, bench-tested embedded prototypes.
ESP32 vs. STM32 for Final Year Hardware Projects: Which One to Choose?
Choosing the wrong microcontroller can lead to clock jitter, memory exhaustion, or network failures during viva demos. Compare ESP32 and STM32 across processing speed, built-in wireless, ADC resolution, DMA pipelines, and college guide preferences.
Tested in university labs. Approved by guides.
Hardware prototypes bench-tested to survive strict college reviews, guide scrutiny, and final viva demonstrations.
"The ESP32 anomaly model worked on the first try during our internal review, and our problem statement got approved without a single correction."
"Saved our team from an all-nighter before final viva; the robotic arm inverse kinematics code was flawless and the pinout guide made our demo completely stress-free."
"Our guide is notoriously strict on live hardware demonstrations—the STM32 flight controller sensor readings were calibrated and completely stable on the bench."
"The starter guide and circuit schematics saved us weeks of back-and-forth revisions. Our external review panel appreciated the cleanly labeled wiring diagrams."
"The BOM cost estimator gave us exact vendor prices across Robu and Robocraze. All hardware was bench-tested and worked straight out of the box."
"The viva defense question prep they provided on request was spot on. We cleared our final capstone review with an A grade."
Completed a capstone with buildproject? Share your review on WhatsApp →