Master Embedded Systems, Robotics & Arduino with India’s Leading Hands-On Tech Training Program

Empowering Future Engineers Through Hands-On Learning in Embedded Systems, Arduino & Robotics

🔧 Launch Your Career in Embedded Systems with Expert Mentorship

At AS Techies Academy, we don't just teach — we mentor the next generation of Embedded Engineers. Our structured mentorship programs are designed to guide aspiring Embedded Hardware and Embedded Software Engineers in building a strong foundation in real-world embedded systems, helping them launch high-impact careers.

Whether you're a college student, job seeker, or a working professional aiming to upskill, our programs offer hands-on training in:

  • Embedded C programming

  • Microcontroller-based development (Arduino, STM32, Raspberry Pi)

  • Circuit design, firmware development, and IoT integration

  • Communication protocols (UART, SPI, I2C, Modbus)

  • Interview preparation and career guidance

📌 This Program is Perfect For:

  • ECE/EEE/CSE engineering students seeking core technical skills

  • Working professionals preparing for embedded job roles

  • Startup founders and tech hobbyists are building their own IoT devices and automation solutions

🚀 Ready to launch your Embedded Systems career with confidence?
Join India’s most practical, hands-on embedded systems training platform today.

A microcontroller development board, breadboard, and various electronic components are arranged on a surface. Wires connect the components, indicating a circuit setup. The setting is clean with a focus on electronics and hardware prototyping.
A microcontroller development board, breadboard, and various electronic components are arranged on a surface. Wires connect the components, indicating a circuit setup. The setting is clean with a focus on electronics and hardware prototyping.
Two small wheeled robotic platforms with chassis and colorful wiring are placed on a table. Each robot features a yellow base with black tires and exposed circuit components. Nearby, a blue and black electronic board is connected with a wire.
Two small wheeled robotic platforms with chassis and colorful wiring are placed on a table. Each robot features a yellow base with black tires and exposed circuit components. Nearby, a blue and black electronic board is connected with a wire.

Innovative Learning Solutions

Empowering future engineers through practical, affordable education in embedded systems, robotics, and IoT.

A homemade robot constructed from household materials and electronic components including a microcontroller board and several colorful wires protruding from its top. The body appears to be made from stacked containers wrapped in black tape, with a pair of ultrasonic sensors resembling eyes.
A homemade robot constructed from household materials and electronic components including a microcontroller board and several colorful wires protruding from its top. The body appears to be made from stacked containers wrapped in black tape, with a pair of ultrasonic sensors resembling eyes.
A robot with a humanoid shape and bright blue lights for eyes stands on a wooden surface. It is mainly white with black accents and is connected with various wires. Several small robotic vehicles with electronic components are visible in the background.
A robot with a humanoid shape and bright blue lights for eyes stands on a wooden surface. It is mainly white with black accents and is connected with various wires. Several small robotic vehicles with electronic components are visible in the background.
Hands-On Experience

Gain practical skills essential for industry by participating in our hands-on projects and workshops.

Expert Guidance

Learn from industry experts who bridge the gap between theory and practical application in technology.

🎓 Our Signature Learning Programs

Empower your journey with industry-relevant, hands-on tech education.

Become a Job-Ready Firmware Developer In 6 months
  • Master the hardware behind smart systems with hands-on learning in circuit design, PCB development, power electronics, and EMI/EMC.

  • Build industry-grade hardware projects under expert 1-on-1 mentorship and launch your career confidently.

Become a Job-Ready Embedded Hardware Engineer In 6 months
  • From Arduino to STM32, learn embedded C, bare-metal programming, RTOS, and custom driver development—step by step.

  • Develop a powerful firmware portfolio and become a job-ready embedded software engineer with personalized mentor guidance.

Robotics with Arduino - From Beginner to Advanced
  • Kickstart your robotics journey with sensors, motors, and automation projects using Arduino—all from scratch.

  • Perfect for beginners and students, this hands-on course includes certification, notes, and project-based learning. 

AVR Bare-Metal programming -
  • Kickstart your in-dept learning journey with ATmega328p micro-controller , GPIO pins and register level understanding using Arduino—all from scratch.

  • Perfect for intermediate Arduino expertise holders and embedded system enthusiast, this hands-on course includes certification, notes, and project-based learning. 

See Learning the Right Way – Practical, Industry-Focused & Honest

At AS Techies Academy, we don’t teach theory for the sake of exams.
We break down real engineering concepts the way they are actually used in industry—clearly, practically, and without shortcuts.

This video gives you a glimpse of:

  • How we explain complex topics in a simple, logical way

  • Why fundamentals matter more than buzzwords

  • What makes our teaching different from typical online courses

▶️ Watch the video to understand our teaching philosophy before you enroll.

woman wearing yellow long-sleeved dress under white clouds and blue sky during daytime

AS Academy transformed my understanding of embedded systems and inspired my journey as a problem solver.

Rahul Upadhyay

A small robotic vehicle is positioned on a wooden table, equipped with large black wheels and multiple colored wires connected to its top. Various electronic components are scattered around, including a pair of pink scissors, cables, and a small bowl.
A small robotic vehicle is positioned on a wooden table, equipped with large black wheels and multiple colored wires connected to its top. Various electronic components are scattered around, including a pair of pink scissors, cables, and a small bowl.

The hands-on approach of AS Academy made learning IoT practical and engaging, far beyond my expectations.

Sunny Bharadwaj

An assembled robot car featuring multiple electronic components, including a circuit board, batteries, sensors, and wires. The car framework is made of light-colored wood, and it has two large black wheels with orange hubs. The background is a solid blue color.
An assembled robot car featuring multiple electronic components, including a circuit board, batteries, sensors, and wires. The car framework is made of light-colored wood, and it has two large black wheels with orange hubs. The background is a solid blue color.
★★★★★
★★★★★