Master Real Engineering On The Bench.
We believe engineering cannot be learned through slides alone. Our structured practical training, hardware kits, and offline lab environments give you the skills needed to design, build, and debug real-world technology.
Flexible 45-Day Model
Morning and evening batches with comprehensive curriculum and weekend lab options.
Verified Certification
Earn an industry-recognized certificate backed by project evaluation and code review.
Hardware Kits Included
Students receive real development boards, sensors, and cables to keep and build with.
Featured Practical Courses
Designed for engineers, diploma holders, STEM students, and technology enthusiasts seeking real bench skills.
Advanced Embedded Systems & Firmware Development
Level: Beginner to Advanced
Master ARM Cortex-M architecture, STM32 registers, HAL drivers, FreeRTOS multi-threading, and ESP32 dual-core programming with real hardware debugging.
What You Build & Master:
- STM32F4 / ESP32 development hardware included
- Bare-metal C and RTOS task scheduling
- Hardware protocols: I2C, SPI, UART, CAN, DMA
- Live bench debugging with logic analyzers
Industrial Internet of Things (IoT) & Cloud Solutions
Level: Intermediate
Architect end-to-end IoT sensor nodes, secure MQTT communication, AWS IoT Core / Firebase telemetry pipelines, and real-time dashboard visualization.
What You Build & Master:
- Wi-Fi, BLE, and LoRaWAN long-range telemetry
- Security: TLS certificate authentication on MCUs
- OTA (Over-The-Air) remote firmware updates
- Production edge-to-cloud hardware project
Robotics Engineering & Autonomous Systems
Level: All Levels
Build multi-axis robotic arms, mobile rover kinematics, motor drivers, PID speed control, LiDAR mapping, and ROS 2 simulation & node development.
What You Build & Master:
- Custom 4WD rover and 6-DOF arm assembly
- Motor control: PWM, encoders, stepper drivers
- LiDAR integration & obstacle avoidance
- Comprehensive capstone robotics build
Professional Multi-Layer PCB Design & DFM
Level: Beginner to Industry
From schematic capture in KiCad / Altium to 4-layer high-speed differential routing, impedance matching, power plane decoupling, and fabrication Gerber generation.
What You Build & Master:
- Schematic design and component footprint creation
- Signal integrity, return paths, and EMC basics
- Bill of Materials (BOM) & fabrication outputs
- Students manufacture their own physical PCB
Join The Next Hands-on Batch at EI House
We offer personalized batch timings, college group discounts, and dedicated project mentoring. Speak with our training coordinator to review syllabus details and hardware kit options.