PCB Design
Schematic to fabrication in KiCad — footprints, routing, DRC and a board you actually send out.
Beginner to industry-ready
KiCadLTspiceDFM review
Robotics & Embedded Systems R&D Lab · Bengaluru
Techlicious Labs
Where Theory Gets a Job.
Think. Build. Break. Fix.
A robotics and embedded systems R&D lab in Bengaluru running hands-on internships for ECE, EEE, ETE, CSE and AI/ML students — real boards, real firmware, real products.
Not a training institute
An R&D lab that trains engineers
Our students work on the same hardware, firmware and software our team ships — guided by practicing engineers, with a VTU-aligned curriculum.
Embedded Firmware
ESP32 and ESP-IDF from first boot to multi-task firmware, with real debugging habits.
Beginner to industry-ready
ESP-IDFArduinoFreeRTOSPlatformIO
Robotics & Mechanical Design
Gait control, actuators and 3D-printed parametric mechanisms tested on real hardware.
Beginner to industry-ready
PCA9685Servo control3D printing
Python + AI/ML
From clean Python to models that run on sensor data — training, evaluation and deployment.
Beginner to industry-ready
PythonNumPyscikit-learnEdge inference
Full-Stack Development
Ship working products: React front ends, real databases, auth and deployment pipelines.
Beginner to industry-ready
ReactViteFirebaseREST APIs
Simulation & Prototyping
Prove the circuit before you solder it — simulate, iterate, then build the real thing.
Beginner to industry-ready
WokwiLTspiceBench testing
Proof of work
Projects we actually built
Flagship builds from our lab — hardware, firmware and software shipped end to end.
Flagship
RoboDog — Quadruped Robot
Our flagship build: a four-legged robot that walks on firmware we wrote, on a board we designed. A FreeRTOS gait engine drives the legs while a Flutter app steers it over BLE.
Custom KiCad PCB around a XIAO ESP32-S3 and PCA9685 PWM driver, with 3D-printed parametric legs using a spring-passive knee for shock absorption.
KiCadESP32-S3FreeRTOSBLEFlutter
Edge AI
PetDog Voice-Command Assistant
Say "Hi Jolly" and it listens — entirely on-device. Wake-word detection and command recognition run on the chip itself, with no cloud and no latency.
Built on ESP-SR (WakeNet9 + MultiNet) over ESP-IDF, tuned for noisy rooms and low-power always-on listening.
ESP-IDFESP-SRWakeNet9MultiNet
IoT
AI-Powered Crop Quality Sorting System
A working agri-tech line that weighs, measures and sorts produce in real time — scoring every item and pushing results live to a dashboard.
ESP32 core with an HX711 load cell, ultrasonic sizing, servo-driven sorting gates and live Firebase Realtime Database scoring.
ESP32HX711UltrasonicFirebase RTDB
Mobile
Suraksha-Setu — Emergency SOS App
A hyper-local emergency alert app that fires SMS and email alerts the moment it matters — including native Android dispatch when data is patchy.
Flutter app with a Kotlin SmsManager MethodChannel for native SMS, plus automated email alerts through EmailJS.
FlutterKotlinMethodChannelEmailJS
Why us
Built to make you employable
Every reason below is backed by something we have designed, shipped or won.
Real Hardware, Not Just Slides
Every track ends with something that powers on, moves or ships.
Industry-Standard Tools
KiCad, ESP-IDF, FreeRTOS, PlatformIO, Wokwi, LTspice — the real stack.
Mentorship from Practicing Engineers
You are guided by people currently designing boards and firmware.
End-to-End Product Exposure
Hardware, firmware and software in one project — the way real teams ship.
Defence-Grade PCB Experience
Design discipline carried over from high-reliability board work.
Project-Based Certification
Certification tied to a built project, not attendance.
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Students Trained
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Projects Built
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Industry Tools Taught
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Internship Tracks
Ready to Build Something Real?
Applications are open for PCB design, embedded firmware, robotics, AI/ML and full-stack tracks. Bring curiosity — we'll hand you the hardware.