Embedded Systems

Dive into the world where software meets hardware with this hands-on Embedded Systems course from Ucanly. This intermediate program is designed for those with a programming background who are ready to build and control real-world electronic devices. You will learn to program microcontrollers from the ground up using professional C programming, interface with a variety of sensors, and bring your own custom hardware projects to life.

With the expert guidance of Ucanly, you will move beyond blinking an LED to master the core concepts of embedded development. You’ll learn to manipulate hardware registers, handle interrupts, and use communication protocols like I2C and SPI to make different components talk to each other. This Ucanly course is intensely practical, focusing on debugging real hardware and reading datasheets—the essential skills of an embedded engineer.

By the end of this project-driven course, you will have completed a sophisticated capstone project, like a mini weather station or an automated control system, proving your ability to design, code, and build a complete embedded system from concept to creation.

Program microcontrollers at a low level using professional C.
Read and interpret datasheets to interface with new hardware components.
Configure and use core peripherals like GPIOs, Timers, and ADCs.
Implement common communication protocols such as UART, I2C, and SPI.
Understand the fundamentals of a Real-Time Operating System (RTOS).
Debug both hardware and software issues in your projects.
Design and build a complete, portfolio-worthy embedded system from start to finish.

Live Q&A and Hardware Debugging Workshops with Instructors
On-demand video lectures
Downloadable source code, schematics, and project files
Guides on reading datasheets and selecting components
Quizzes and challenging hands-on lab assignments
Lifetime access to course materials and future updates
Certificate of Completion from Ucanly

Course Content

Module 1: Welcome to the Bare Metal (The Ucanly Blueprint)
This module, curated by Ucanly, builds the essential foundation for working directly with hardware.

Lesson 1.1: Course Introduction: What Makes a System “Embedded”?
Lesson 1.2: Microcontroller vs. Microprocessor: The Core Differences
Lesson 1.3: Essential Electronics for Programmers (Voltage, Current, Ohm’s Law, Pull-up/Pull-down resistors)
Lesson 1.4: Setting Up Your Development Environment (IDE, Compiler, Flasher)
Lesson 1.5: Your First “Hello, World”: Blinking an LED with Bare Metal C

Module 2: Professional C for Embedded Systems
Master the specific C programming techniques required for resource-constrained environments.

Module 3: Core Microcontroller Peripherals
Learn to configure and use the built-in hardware blocks that give microcontrollers their power.

Module 4: Interfacing with Sensors and Actuators
Connect your microcontroller to the physical world to sense and act.

Module 5: Serial Communication Protocols (A Ucanly Deep Dive)
Learn how to make your microcontroller communicate with other chips and devices, guided by Ucanly.

Module 6: Introduction to Real-Time Operating Systems (RTOS)
Manage complexity in your projects by learning the fundamentals of a real-time scheduler.

Module 7: System Design and Debugging
Learn the professional skills required to build robust and reliable embedded systems.

Module 8: Capstone Project: A Complete Embedded Device (The Ucanly Challenge)
Integrate all your hardware and software skills to build a functional, feature-rich embedded product.

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Ucanly

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Price:
Original price was: ₹25,000.00.Current price is: ₹14,500.00.
Instructor:Ucanly
Duration: 60 hours
Lessons:37
Students:0
Level:Intermediate

Embedded Systems

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Course Content

Module 1: Welcome to the Bare Metal (The Ucanly Blueprint) This module, curated by Ucanly, builds the essential foundation for working directly with hardware.

Lesson 1.1: Course Introduction: What Makes a System “Embedded”?

Lesson 1.2: Microcontroller vs. Microprocessor: The Core Differences

Lesson 1.3: Essential Electronics for Programmers (Voltage, Current, Ohm’s Law, Pull-up/Pull-down resistors)

Lesson 1.4: Setting Up Your Development Environment (IDE, Compiler, Flasher)

Lesson 1.5: Your First “Hello, World”: Blinking an LED with Bare Metal C

Module 2: Professional C for Embedded Systems Master the specific C programming techniques required for resource-constrained environments.

Lesson 2.1: Memory Layout in Microcontrollers (Flash, SRAM, Stack, Heap)

Lesson 2.2: Bit Manipulation: The Key to Controlling Hardware

Lesson 2.3: Pointers, Structs, and Memory-Mapped Peripherals

Lesson 2.4: Writing Clean, Efficient, and Portable Embedded C

Lesson 2.5: Project: Creating a Custom LED Chaser Sequence

Module 3: Core Microcontroller Peripherals Learn to configure and use the built-in hardware blocks that give microcontrollers their power.

Lesson 3.1: General Purpose Input/Output (GPIO)

Lesson 3.2: Understanding Interrupts and Event-Driven Programming

Lesson 3.3: Timers and Counters for Precise Timing and PWM Generation

Lesson 3.4: Analog-to-Digital Converters (ADC) for Reading Analog Sensors

Lesson 3.5: Live Session: Real-Time Debugging of MCU Peripherals

Module 4: Interfacing with Sensors and Actuators Connect your microcontroller to the physical world to sense and act.

Lesson 4.1: Reading Digital Sensors (Buttons, Motion Sensors)

Lesson 4.2: Reading Analog Sensors (Temperature, Light, Potentiometers)

Lesson 4.3: Controlling Outputs: Motors, Relays, and Buzzers

Lesson 4.4: Displaying Information on LCD and OLED Screens

Lesson 4.5: Project: Building a Light-Sensitive Alarm System

Module 5: Serial Communication Protocols (A Ucanly Deep Dive) Learn how to make your microcontroller communicate with other chips and devices, guided by Ucanly.

Lesson 5.1: Asynchronous Communication with UART

Lesson 5.2: The I2C Bus: Connecting Multiple Devices with Two Wires

Lesson 5.3: The SPI Bus: High-Speed Peripheral Communication

Lesson 5.4: How to Read a Datasheet to Implement a New Sensor

Lesson 5.5: Project: Reading and Displaying Data from an I2C Weather Sensor

Module 6: Introduction to Real-Time Operating Systems (RTOS) Manage complexity in your projects by learning the fundamentals of a real-time scheduler.

Lesson 6.1: Why Use an RTOS? Concurrency and Task Management

Lesson 6.2: Tasks, Scheduling, and Priorities

Lesson 6.3: Managing Shared Resources with Mutexes and Semaphores

Lesson 6.4: Porting a Simple RTOS (like FreeRTOS) to Your Microcontroller

Module 7: System Design and Debugging Learn the professional skills required to build robust and reliable embedded systems.

Lesson 7.1: Architecting an Embedded Project from an Idea

Lesson 7.2: Power Management and Low-Power Design Techniques

Lesson 7.3: Hardware Debugging Tools (Multimeter, Logic Analyzer)

Lesson 7.4: Common Pitfalls and Best Practices in Embedded Design

Module 8: Capstone Project: A Complete Embedded Device (The Ucanly Challenge) Integrate all your hardware and software skills to build a functional, feature-rich embedded product.

Lesson 8.1: Project Planning and Component Selection

Lesson 8.2: Hardware Assembly and Bring-up

Lesson 8.3: Software Development, Integration, and Testing

Lesson 8.4: Final Project Demonstration and Code Review

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