Basics of Electronics: Comprehensive foundation courses covering fundamental electronic principles, components, and circuit analysis. Our Basics of Electronics program equips students with essential knowledge of semiconductor devices, analog and digital circuits, electronic measurements, and troubleshooting techniques tailored for engineering students across B.Tech, M.Tech, Diploma, and other academic levels.
PCB and Circuits Design: Industry-standard PCB design and circuit development courses featuring schematic capture, component placement, routing techniques, and manufacturing considerations. Students master professional tools while learning DFM principles, signal integrity, thermal management, and prototyping methods through hands-on projects that simulate real-world electronic product development workflows.
Embedded Systems (8051, PIC, AVR, Arduino): Practical embedded systems courses teaching microcontroller architecture, programming, and interfacing techniques using popular platforms like 8051, PIC, AVR, and Arduino. Students develop skills in sensor integration, motor control, display interfaces, and communication protocols while building complete embedded solutions for various applications.
ARM Microcontrollers: Advanced ARM architecture courses covering Cortex-M series programming, RTOS implementation, and complex peripheral interfacing. Our ARM curriculum explores sophisticated concepts including DMA, advanced timers, cryptography extensions, and low-power techniques while guiding students through the development of high-performance embedded applications.
Embedded Linux: Comprehensive embedded Linux training covering kernel customization, device drivers, bootloaders, and filesystem management for resource-constrained systems. Students learn cross-compilation techniques, hardware abstraction, system optimization, and application development on platforms like Raspberry Pi, Beaglebone, and custom SoCs for industrial and consumer applications.
IOT Based Industrial Training: Hands-on industrial IOT courses teaching sensor networks, data acquisition, cloud connectivity, and remote monitoring solutions for manufacturing environments. Students implement complete IOT systems incorporating wireless protocols, edge computing, data analytics, and machine learning while addressing industrial requirements for reliability, security, and scalability.
