Embedded C Masterclass: Learn Embedded Systems Development

Develop Solutions for Modern Embedded Systems, Unlock the Power of Microcontrollers and Transform Your Career!

What you'll learn

Familiarize Yourself with Embedded Systems and Their Applications

Understand the Architecture of Microcontrollers

Write, Compile, and Debug Embedded C Programs

Complete Embedded C Projects and Develop Your Portfolio

Craft Your Own Custom Libraries and APIs to Revolutionize Your Embedded C Applications

Understand and Address Common Embedded C Challenges

Develop Robust and Efficient Embedded C Code

Implement Multitasking Techniques with Task Scheduling and Prioritization

Propel Your Embedded C Skills into the IoT Era with Wireless Communication Protocols

And SO Much More!

Requirements

Understanding of electronics: You should have a basic understanding of electronics, including the function of resistors, capacitors, and diodes.

Description

Introducing the Embedded C Mastery Course, the only course you need to learn how to build efficient and robust embedded systems using the C programming language. This course is perfect for beginners with no embedded systems experience or seasoned developers looking to expand their skills in the field.The embedded systems market is currently valued at over 86 billion dollars, and putting one step in front of the other with our tried and proven program, you will be able to make a dent in this industry. Guided by an accomplished instructor with over 15 years of experience in embedded systems development, this course equips you with the essential tools and knowledge to excel in the embedded systems industry. With over 50 lectures and 12+ hours of video tutorials, you'll delve into the fundamentals of embedded C, microcontroller architecture, hardware interfacing, real-time operating systems, communication protocols, and much more.Regardless of your programming background, the Embedded C Mastery Course will guide you to proficiency. Here's why:The course is taught by an industry expert with extensive experience in embedded systems development and a proven track record at a leading programming training academy.The course content is updated for 2023, ensuring you'll learn the latest tools and technologies employed by renowned companies like Tesla, Texas Instruments, Microchip, Samsung and STMicroelectronics.Our comprehensive approach combines engaging animated explanation videos and numerous real-world projects specifically designed for embedded systems programming.The curriculum has been meticulously crafted over years, incorporating comprehensive student testing and feedback to guarantee its effectiveness.We have successfully taught thousands of students how to code, with many going on to become professional developers or achieve greater success in their fields.By enrolling in this course, you'll save over $3,000 compared to in-person embedded systems training programs, yet still gain access to the same high-quality teaching materials and expert instruction.The course is continuously updated with new content, projects, and modules, all of which are informed by student feedback. That means that you will also get lifetime access to all the updates this course receives. Upon completing the course, you'll have the proficiency to develop your own sophisticated embedded systems and harness the full potential of the C programming language. With continuous updates and new content based on student feedback, you can trust that you're learning the latest techniques and best practices.Enroll today and receive access to:12+ hours of HD video tutorialsEngaging video lecturesCode challenges and coding exercisesCaptivating real-world projectsQuizzes & practice testsAssignmentsDownloadable programming resources and cheatsheets$3000+ worth of embedded systems course materials and curriculumThis course consistently ranks among the top embedded systems courses available. Whether you aspire to become a professional embedded systems developer or want to create cutting-edge electronic devices, this course is perfect for you. Don't just take our word for it, check out what our students have to say.Throughout the Embedded C Mastery Course, you'll have ample opportunity to apply your newly acquired skills through hands-on exercises and real-world projects, helping you build a portfolio to impress potential employers.By mastering embedded C, you'll stand out from other developers and open up exciting career opportunities in the embedded systems field, a rapidly growing multi-billion dollar industry. So elevate your career with the Embedded C MASTERCLASS.We're excited to see you behind the school of programming, so take action and join the course right now.See you inside!

Overview

Section 1: Introduction to Embedded Systems

Lecture 1 Embedded Systems Fundamentals: Introduction and Overview

Lecture 2 C Programming Basics: An Introduction to Embedded C

Lecture 3 Embedded C Programming Fundamentals: Syntax, Data Types, and Control Structures

Lecture 4 Microcontroller Architecture: Understanding Embedded Hardware Design

Lecture 5 Developing Embedded C Applications: Best Practices and Code Optimization

Lecture 6 Interfacing with Peripherals: Communicating with External Devices

Lecture 7 Embedded C: Real-Time Operating Systems and Memory Management

Lecture 8 Number Systems and Logic Gates: Understanding Binary and Boolean Logic

Lecture 9 Digital Logic: Basic Building Blocks of Embedded Systems

Lecture 10 Memory Management: Data Storage in Embedded Systems

Lecture 11 Buses and Communication Protocols: Interconnecting Embedded Devices

Lecture 12 Embedded System Project: Phase 1

Lecture 13 Embedded System Project: Phase 2

Lecture 14 Embedded System Project: Phase 3

Lecture 15 Embedded System Project: Phase 4

Lecture 16 Embedded System Project: Phase 5

Lecture 17 Embedded System Project: Phase 6

Lecture 18 Embedded System Project: Phase 7

Lecture 19 Embedded System Project: Phase 8

Lecture 20 Embedded System Project: Phase 9

Lecture 21 Embedded System Project: Final Phase

Section 2: Variables

Lecture 22 Variables: Data Storage and Retrieval

Section 3: Sizeof

Lecture 23 Input and Output Operations in C

Section 4: Datatype

Lecture 24 Data Types in C: Integer, Floating Point, and Character

Section 5: C Operators

Lecture 25 Operators in C: Arithmetic, Logical, and Bitwise

Section 6: Type conversion

Lecture 26 Type Conversion in C: Implicit and Explicit Conversions

Section 7: C Booleans and comparison

Lecture 27 Booleans and Comparison Operators: Boolean Logic and Relational Operators

Section 8: If else statement

Lecture 28 If-Else Statement: Conditional Execution of Code

Section 9: Ternary

Lecture 29 Ternary Operator: Simplifying Conditional Expressions

Section 10: Switch statement

Lecture 30 Switch Statement: Multi-way Branching Control Structure

Section 11: While Loop

Lecture 31 While Loop: Iterative Execution of Code

Section 12: For Loop

Lecture 32 For Loop: Controlled Iteration of Code

Section 13: break and continue statement

Lecture 33 Break and Continue Statement: Altering Loop Execution

Section 14: Function

Lecture 34 Functions in C: Modularity and Reusability of Code

Section 15: Variable Scope and storage class

Lecture 35 Variable Scope and Storage Class: Understanding Local, Global, & Static Variable

Section 16: Atm Prototype project

Lecture 36 ATM Prototype: A Practical Example of Embedded C Programming

Section 17: C Standard Library function

Lecture 37 C Standard Library Functions: Essential Functions for Embedded Development

Section 18: Arrays

Lecture 38 Arrays in C: One-Dimensional Arrays and Pointers

Section 19: Multidimentional arrays

Lecture 39 Multidimensional Arrays: Two-Dimensional Arrays and Beyond

Section 20: String

Lecture 40 Strings in C: Manipulating Strings and Character Arrays

Section 21: String function

Lecture 41 String Functions in C: Library Functions for String Manipulation

Section 22: Pointers

Lecture 42 Pointers in C: Understanding Memory Addresses and Pointers

Lecture 43 Pointers and Arrays: Pointer Arithmetic and Array Indexing

Lecture 44 Pointers and Functions: Passing Arguments by Reference

Section 23: Struct

Lecture 45 Struct in C: Combining Data of Different Types

Section 24: Enum

Lecture 46 Enum in C: Creating Enumeration Data Types

Section 25: File handling

Lecture 47 File Handling in C: Reading and Writing Data to Files

Section 26: Online banking system project

Lecture 48 Online Banking System Project: Phase 1

Lecture 49 Online Banking System Project: Phase 2

Lecture 50 Online Banking System Project: Phase 3

Lecture 51 Online Banking System Project: Final Phase

Section 27: Online Billling system

Lecture 52 Online Billing System: Stage 1

Lecture 53 Online Billing System: Stage 2

Lecture 54 Online Billing System: Final Stage

People who have a background in computer engineering, electrical engineering, or a related field are best suited to learn Embedded C.,Individuals who have experience with other programming languages, such as C or C++, may find it easier to learn Embedded C.,Anyone who is interested in learning Embedded C can do so with the right resources, such as online courses, textbooks, and tutorials. It may take more time and effort for those who do not have a background in computer engineering or related fields, but with dedication and persistence, they can become proficient in Embedded C programming.