Real classrooms.
Real hands-on learning.

A hands-on IoT and embedded systems workshop conducted for 2nd and 3rd year Electronics & Telecommunication engineering students at Sinhgad College of Engineering, Pune. The workshop introduced students to Arduino and ESP32 development through a combination of simulation-based learning, live demonstrations, programming exercises, and practical work using real hardware kits. Students explored microcontroller fundamentals, Arduino programming, ESP32 development, sensor interfacing, and the basics of building IoT-based projects. The workshop was designed to help beginners build a strong practical foundation and take their first step toward learning embedded systems and IoT development.

A two-day hands-on Arduino and IoT workshop conducted for engineering students at Karmaveer Bhaurao Patil College of Engineering, Satara. The workshop focused on building a strong practical foundation in Arduino, ESP32, embedded systems, and IoT technologies. Students were introduced to microcontroller programming, Arduino development, ESP32, networking fundamentals, TCP/IP concepts, and circuit simulation using Tinkercad and Wokwi. Through guided demonstrations, programming exercises, simulation-based activities, and practical problem-solving, students learned how hardware and software work together to build embedded and IoT applications. Participants also developed and tested their own projects in a simulated environment, gaining hands-on experience in designing and understanding basic embedded systems.

A hands-on embedded systems workshop conducted for engineering students at Vidya Pratishthan's Kamalnayan Bajaj Institute of Engineering & Technology, Baramati. The workshop focused on embedded system design using STM32 microcontrollers and the ARM Cortex-M4 architecture, combining theoretical concepts with practical implementation. Students worked with STM32F1 Blue Pill development boards, Proteus simulation, STM32CubeIDE, and Embedded C programming. The sessions covered both register-level programming and STM32 HAL-based development, helping students understand how microcontroller peripherals and hardware resources are configured and controlled at different programming levels. Through live demonstrations, programming exercises, Proteus simulation, and hands-on hardware activities, students gained practical exposure to STM32 development and embedded system design.

A detailed career guidance and technical interaction session conducted for Electronics and Electrical Engineering students at Sanjivani College of Engineering, Kopargaon. The session focused on career opportunities in Embedded Systems and IoT, providing students with practical insights into the industry, available career paths, required technical skills, and preparation strategies for embedded engineering roles. The discussion covered Embedded C programming, microcontrollers and controller-based systems, important technical concepts for embedded interviews, interview preparation, project development, and job readiness. Students also participated in an interactive doubt-solving session covering technical concepts, career planning, interview preparation, and industry expectations. The session aimed to help students understand the gap between academic learning and industry requirements and provided guidance on building the technical skills and practical experience needed for careers in Embedded Systems, IoT, Electronics, and related domains.

A hands-on embedded systems workshop conducted for 60+ engineering students at SVPM's College of Engineering, Malegaon. The workshop focused on ARM Cortex-M4 based STM32 microcontrollers and provided students with a practical introduction to modern embedded system development. The sessions covered STM32 controller architecture, ARM Cortex-M4 processor architecture, clock configuration, GPIO programming, UART communication, and the fundamentals of microcontroller-based system design. Students were introduced to STM32 Discovery development boards and explored the STM32 development environment through demonstrations, programming activities, and practical examples. The workshop also included an introduction to QEMU emulation, helping students understand how embedded systems and controller-based applications can be explored and tested in a simulated environment. Along with technical concepts, the sessions connected embedded systems knowledge with industry-oriented learning, including internship opportunities, relevant embedded systems courses, and interview preparation. The workshop was designed to bridge the gap between academic concepts and practical embedded engineering skills, giving students a clearer understanding of ARM-based STM32 development and potential career pathways in embedded systems.

An interactive embedded systems session conducted for 80+ Electrical Engineering students at Zeal College of Engineering & Research, Pune. The session introduced students to embedded systems, IoT, Arduino, STM32, automotive embedded systems, embedded programming, industry requirements, internships, and career opportunities in Pune and Bengaluru.