Embedded Systems Online Training Program | Certified Embedded Systems Program by Skolar

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About this course

Our Embedded Systems and Development Environments course focuses on giving you real-world coding experience and project work with ARM-based microcontrollers.

As you learn how to implement the software configuration and develop embedded software technologies, you will gradually achieve a stronghold in this field.

Towards the finalization of our course, we will be concluding with a project to help you put your knowledge to the test and create your own build system and firmware to manipulate the memory. This would then be followed by a guaranteed internship that you can equip with this course.

Assignments - Our training program consists of a variety of assignments that slowly test your learning and expose you to real-world problems.

Instructors - Handpicked by the best, our instructors have been deployed to assist and counsel every student whenever needed.

Learning methods - Live classes and recorded videos, everything crafted to match your preferences.

Certificates - Provided at the end of every training program, authorized by some of the best learning institutions.

What you’ll learn

  • Start by learning about embedded processor architectures

  • Learn about the different software and programming languages used in building embedded systems

  • Explore unique problem solving approaches

  • Learn about the embedded automotive system as well

  • Explore industry relevant (and updated) tools used to create embedded systems

  • Walk through your future in the field with a guaranteed internship

About this class

What you’ll learn

• All the variants and scope of learning robotics for KUKA , DENSO , ABB.

• ATEMGA328P, internal hardware and architechtur

• Integration of arduino and the sensors.

• DC motor , servo and stepper motors.

• DOF, forward kinematics,inverse kinematics

• 3 DOF robotic arm

• I2C , SPI and Bluetooth.

• Work on minor projects with mentor support.

• Overview, applications, potential & challenges.

• Four layer architecture.

• Wi-Fi 802.11, RFID, NFC, Bluetooth, BLE and Zigbee


• Data acquistion from sensors, establish HTTPS con

• Create rules in thingspeak for reacts.

• Managing notification alert

• Introduction and use cases

• Processor core and functional block diagram

• Complete revision and major project

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