ARM Course Online - Embedded Academy

Q: Does this course cover ARM-based server computing?

We introduce ARMs role in server computing, but the primary focus is on embedded and mobile applications.

ARM Course

ARM (Advanced RISC Machine) course is designed to provide you with in-depth knowledge and practical skills in ARM architecture and programming. ARM processors are ubiquitous in mobile devices, embedded systems, and increasingly in server and desktop environments, making this knowledge essential for modern computing professionals.

Key aspects of ARM and our course include:

ARM Architecture: Understand the fundamentals of ARM processor architecture.
Instruction Set: Master the ARM and Thumb instruction sets.
Assembly Programming: Develop proficiency in ARM assembly language programming.
C Programming for ARM: Learn to write efficient C code for ARM processors.
Memory Management: Explore ARM's memory architecture and management techniques.
Exception Handling: Understand interrupt and exception handling in ARM systems.

In this course, you'll learn to:

Analyze and understand ARM processor architectures
Write and optimize ARM assembly language code
Develop efficient C programs for ARM-based systems
Implement interrupt and exception handlers
Optimize code for performance and power efficiency
Work with ARM development tools and environments
Debug ARM-based systems effectively
Understand ARM's role in various computing domains

By completing this ARM course, you'll be well-prepared to develop software for a wide range of ARM-based systems, from small microcontrollers to complex mobile devices and servers.

Why Learn ARM

Widespread Use: ARM processors are dominant in mobile and embedded markets.
Energy Efficiency: ARM's focus on power efficiency is crucial for mobile and IoT devices.
Versatility: ARM architectures span from tiny sensors to high-performance computing.
Career Opportunities: High demand for ARM expertise in various tech sectors.
Innovation: ARM is at the forefront of new computing paradigms like edge AI.
Scalability: Skills applicable to a wide range of systems and applications.

What You Learn in Our ARM course

Introduction to ARM architecture and processor families
ARM assembly language fundamentals
ARM and Thumb instruction sets
Memory architecture and management in ARM systems
Exception and interrupt handling
ARM processor modes and privilege levels
C programming optimization for ARM
ARM development tools and environments
Debugging techniques for ARM-based systems
SIMD and NEON for performance optimization
ARM in embedded systems and IoT devices
Introduction to ARM-based SoCs (System on Chip)
Power management in ARM systems
ARM's role in mobile and server computing

Who Should Attend

Embedded systems developers
Mobile application developers
IoT device programmers
Computer architecture students and professionals
Software engineers transitioning to ARM-based systems
Hardware engineers working with ARM-based designs
Tech professionals interested in low-level system programming

Prerequisites

Basic understanding of computer architecture
Proficiency in C programming
Familiarity with any assembly language (not necessarily ARM)
Basic knowledge of digital logic and computer organization
Experience with embedded systems is beneficial but not required

Skills & Techniques

Writing and optimizing ARM assembly code
Developing efficient C programs for ARM processors
Implementing interrupt and exception handlers
Optimizing code for ARM's SIMD and NEON extensions
Using ARM development tools effectively
Debugging ARM-based systems
Implementing power management strategies
Designing software for ARM-based embedded systems
Understanding and working with ARM-based SoCs

Course Structure

Ch. 1

Introduction to Embedded Development

Ch. 2

The ARM Architecture

Ch. 3

The Development environment

Ch. 4

Dealing with hardware registers

Ch. 5

GPIO General Purpose Input Output

Ch. 6

High resolution Timers

Ch. 7

Pulse-width modulation PWM

Ch. 8

UART- RS232 Serial Communication

Ch. 9

(The Inter Integrated Circuit (I2C

Ch. 10

(Serial Programming Interface(SPI

Ch. 11

Working with FPGA’s

Ch. 12

The Real-Time Clock RTC

Ch. 13

The Analog to Digital Converter ADC

Ch. 14

The Watchdog Timer WDT

Ch. 15

The Memory Management Unit MMU

Ch. 16

The Network interface Driver

Ch. 17

Debugging & Tracing

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Meet your instructor

Benny Cohen

Embedded Academy Founder and CEO

As a long-time veteran in the technology industry, Benny Cohen combines a deep passion for technology with extensive field experience. With a B.Sc. in Electronics Engineering and an M.Sc. in Communication Engineering, he has spent over 20 years developing software and hardware systems, including the last few years focusing on the cybersecurity industry. In addition to his role as the company founder & CEO, Benny also operates as a hands-on practitioner who specializes in penetration testing and has conducted significant security assessments for leading enterprises and security companies worldwide. His approachable teaching style and real-world expertise make learning both engaging and relevant.

What our graduates say

David M.
Embedded System course graduate

Embedded System engineer

Didn’t realy know what I wanted to focus on when applied but my career advisor laid the options down so we could see what’s a good fit for me professionally. I got into the embedded system program and feel good with this path.

Dima Solomianik
Real Time Embedded course graduate

RT Embedded Engineer, HP

After completing the course I moved onto the job interview preparation process in which I got valuable insights about what employers search for when seeking a talent to take on the role confident in the skills and experience I gained as a student. I got 3 high tech companies getting back to me to proceed to the next level

Alex K.
Real Time Embedded course graduate

Linux Kernel Developer

The Embedded systems course was very detailed and relevant as I got to work on actual client projects that show industry challenges. I now work as an embedded engineer and the skills I gained are directly applicable to my daily work.

David F.
Embedded System course graduate

Device Driver Developer

The real-time embedded program got deep into relevant industry challenges, and I got to apply new strategies I learned to streamline our development processes.

Liam S.
Real-Time Embedded course graduate

RTOS Specialist

I came into the real-time embedded course with limited coding experience, but the structured learning path and personalized mentorship made the transition seamless.

FAQs

What development tools are used in this course?

We use industry-standard ARM development tools, including ARM's toolchain and popular IDEs. Specific details will be provided at the start of the course.