Hands-on training in Embedded Systems, Robotics & IoT — designed by industry engineers, built for real-world careers. Not just theory. Real hardware. Real projects. Real skills.
✓ Learn from practitioners with IoT & automotive experience | ✓ Work with industry-standard tools | ✓ Build portfolio-ready projects
Bridging the gap between academic knowledge and industry requirements through practical, project-based learning.
Master microcontrollers, RTOS, and embedded C/C++ programming with real hardware projects and industry-standard development tools.
Build autonomous robots, learn sensor integration, motor control, and implement computer vision for real-world applications.
Deploy AI models on edge devices, implement TinyML solutions, and create intelligent IoT systems with on-device inference.
Design and deploy complete IoT ecosystems using BLE, WiFi, LoRa, and Meshtastic for smart connected devices.
End-to-end product development from concept to production including PCB design, firmware, and enclosure manufacturing.
Master Git workflows for embedded projects — branching strategies, code reviews, merge conflicts, and collaborative development practices.
Learn industry-standard development methodologies — V-Model for safety-critical systems, Agile sprints, and hybrid approaches for embedded projects.
Automate your build, test, and deployment pipelines. Learn continuous integration practices tailored for firmware and embedded systems.
Production-ready wireless modules and development kits for prototyping and deployment.
Long-range mesh networking device based on SX1262 with Meshtastic firmware. Perfect for off-grid communication.
Multi-protocol gateway supporting BLE 5.0, WiFi, and Ethernet. Ideal for industrial IoT deployments.
Complete development kit with sensors, actuators, and comprehensive tutorials for hands-on learning.
Rugged wireless sensor node with IP67 rating for industrial monitoring applications.
Compact BLE module for wireless control applications with low-latency response and mobile app integration.
8-channel LoRaWAN gateway with 4G backhaul for large-scale IoT network deployments.
Structured curriculum designed by industry experts with 8+ years of automotive and embedded systems experience.
Master C programming for embedded systems with hands-on microcontroller projects.
Deep dive into ARM architecture, peripherals, and bare-metal programming.
FreeRTOS, task scheduling, and designing robust embedded applications.
Build WiFi and BLE connected devices with cloud integration and mobile apps.
Long-range communication, Meshtastic, and building mesh topologies.
Enterprise IoT architecture, protocols, security, and scalable deployments.
OpenCV, object detection, and implementing AI on embedded platforms.
Deploy ML models on microcontrollers using TensorFlow Lite and Edge Impulse.
Master Git from basics to advanced workflows — branching, merging, pull requests, and team collaboration.
V-Model for automotive/safety projects, Agile methodology, Scrum sprints, and hybrid approaches.
Jenkins pipelines, GitHub Actions, automated testing, Docker containers, and deployment automation.
RaiIoTronix was founded with a singular vision: to bridge the growing skills gap in embedded systems and IoT technologies. With extensive hands-on experience in the automotive industry working on critical IoT and automotive systems, we understand what industry truly demands.
Unlike theoretical courses, every RaiIoTronix program is designed by engineers who've built production systems. You'll work with the same tools, methodologies, and debugging approaches used in real product development — not just textbook examples.
Training programs designed to meet real-world industrial standards and requirements.
Every concept is reinforced with real hardware projects using professional-grade tools.
Skills that matter for placements at top automotive and electronics companies.
Every student gets development kits to keep — continue learning even after the course.
Free tutorials, guides, and insights to kickstart your embedded systems journey.
Everything you need to set up your first ESP32 project — from installation to blinking LEDs and beyond.
Read Guide →A practical comparison of LoRa and LoRaWAN protocols with real-world use cases and decision frameworks.
Read Article →Step-by-step project guide with code, circuit diagrams, and mobile app integration.
Start Building →50+ commonly asked questions with detailed answers — from basic C to RTOS concepts.
Prepare Now →Ready to transform your career? Reach out to discuss courses, products, or custom solutions.
Whether you're a student looking to upskill or interested in our wireless products — we typically respond within 24 hours.
💡 Tip: For course inquiries, mention which course you're interested in and your current background — we'll suggest the best learning path for you.