ARM Raspberry Pi Assembly Language From Ground Up™ from Udemy

Welcome to the ARM Raspberry Pi Assembly Programming From Ground Up™ course.

Covering ARM Systems Design, Architecture and Practical Assembly Programming, this is the most comprehensive ARM assembly course online.

Keeping it simple, there are two versions of this course. This version uses the Raspberry Pi computer as the hardware for creating, assembling, linking and debugging the assembly programs.

I'll take you step-by-step through engaging and fun video tutorials and teach you everything you need to know to succeed as an ARM embedded developer.

By the end of this course you will master the ARM Instruction Set, the Thumb Instruction Set and the Thumb-2 Instruction Set. You will be able to Create, Assemble, Link and Debug Assembly programs in the Raspberry Pi terminal. You will be able to Create and Debug Assembly programs using Codeblocks on Raspberry Pi. You will be able to create data structures such as FIFOs and LIFOs in Assembly. Furthermore you will design complex algorithms for performing Binary Search in assembly , and solving advance mathematical problems like the Taylor Series and the Bisection Algorithm . Finally you will be able to create hardware drivers to configure the Raspberry Pi peripherals in assembly.

REMEMBER : I have no doubt you will love this course. Also it comes with a FULL money back guarantee for 30 days. So put simply, you really have nothing to loose and everything to gain.

What's inside

Learning objectives

Master the arm instruction set
Master the thumb and thumb-2 instruction sets
Master writing hardware peripheral drivers in assembly for the raspberry pi
Be able to create, assemble, link and debug assembly programs in the raspberry pi terminal.
Be create able to create and debug assembly programs using codeblocks on raspberry pi
Understand risc architecture
Master creating data structures in assembly

Master creating state machines in assembly
Master building complex algorithms in assembly
Be able to create lookup tables and jump tables in assembly
Be able to understand and apply the ieee- 754 floating point standard
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Master the arm instruction set
Master the thumb and thumb-2 instruction sets
Master writing hardware peripheral drivers in assembly for the raspberry pi
Be able to create, assemble, link and debug assembly programs in the raspberry pi terminal.
Be create able to create and debug assembly programs using codeblocks on raspberry pi
Understand risc architecture
Master creating data structures in assembly
Master creating state machines in assembly
Master building complex algorithms in assembly
Be able to create lookup tables and jump tables in assembly
Be able to understand and apply the ieee- 754 floating point standard
Show more
Show less

Syllabus

Introduction

Remotely accessing your Raspberry Pi by SSH

Introduction to ARM Assembly Language

The Computing Device

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides hands-on experience with the Raspberry Pi, a popular platform for hobbyists and embedded systems development, making it immediately applicable to personal projects

Covers ARM assembly programming from the ground up, which builds a strong foundation for understanding low-level system architecture and embedded systems development

Explores the ARM, Thumb, and Thumb-2 instruction sets, which are essential for optimizing code size and performance in resource-constrained embedded systems

Teaches debugging assembly programs using GDB and Codeblocks, which are industry-standard tools for embedded systems development

Requires a Raspberry Pi computer, which may represent an additional cost for some learners, although it is a relatively inexpensive platform

Focuses on assembly language, which is less commonly used in modern software development compared to higher-level languages like C or Python

Reviews summary

Comprehensive arm assembly for raspberry pi

According to students, this course offers a comprehensive and in-depth look into ARM Assembly language, specifically tailored for the Raspberry Pi platform. Many learners appreciate the hands-on approach and the coverage of topics ranging from instruction sets and data types to complex algorithms and hardware drivers. While it's titled "From Ground Up," some students note that the course can be quite challenging and may require some prior programming knowledge or comfort with low-level concepts to fully grasp, making the pace potentially fast for absolute beginners in computing. Overall, reviews suggest it provides significant value for those looking to delve deep into ARM architecture and embedded systems.

Explanations help demystify complex topics.

"The instructor explains difficult concepts clearly, making assembly language much more understandable."

"I appreciated the way the lectures broke down complex ARM topics into manageable parts."

"His explanations really helped me grasp the intricacies of the ARM instruction sets."

Practical application using the Raspberry Pi.

"Using the Raspberry Pi throughout the course made the learning very practical and engaging."

"The labs and coding exercises on the Raspberry Pi are incredibly helpful for understanding the concepts."

"It's great to see how assembly works directly on a real piece of hardware like the Pi."

Deep dive into ARM Assembly and related concepts.

"This course covers an extensive range of topics, from basic instructions to complex algorithms and even hardware drivers."

"I learned so much about ARM architecture and assembly language from this course; it's truly comprehensive."

"The content is very detailed and goes into significant depth, covering everything I needed to know about ARM assembly on the Pi."

Setting up the development environment can be tricky.

"Getting the development environment set up on my Raspberry Pi took some troubleshooting."

"Follow the setup instructions carefully; it can be a bit fiddly at first."

"The initial setup phase required some effort to get everything working smoothly."

May require prerequisites or be difficult for newcomers.

"While it says 'From Ground Up', this course is quite challenging and probably not for someone with zero programming experience."

"I found the pace a bit fast in some sections, and it assumes a certain level of technical background."

"Be prepared for a steep learning curve if you're completely new to low-level programming or embedded systems."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in ARM Raspberry Pi Assembly Language From Ground Up™ with these activities:

Review Number Systems

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Solidify your understanding of number systems, which is crucial for understanding how data and instructions are represented in assembly language.

Browse courses on Number Systems

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Review binary, decimal, and hexadecimal number systems.
Practice converting between different number systems.
Understand how number systems relate to memory addresses and data representation.

Read 'Raspberry Pi Assembly Language Programming'

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Focus on the Raspberry Pi by reading a book that is specific to the hardware used in this course.

View Raspberry Pi Operating System Assembly Language on Amazon

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Obtain a copy of 'Raspberry Pi Assembly Language Programming'.
Read the chapters relevant to the course syllabus.
Work through the examples and exercises in the book.

Read 'ARM Assembly Language: Fundamentals and Techniques'

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Supplement your learning with a comprehensive textbook on ARM assembly language to gain a deeper understanding of the subject.

View Melania on Amazon

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Obtain a copy of 'ARM Assembly Language: Fundamentals and Techniques'.
Read the chapters relevant to the course syllabus.
Work through the examples and exercises in the book.

Four other activities

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Show all seven activities

Assembly Coding Challenges

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Reinforce your understanding of ARM assembly instructions by completing coding challenges that require you to implement specific algorithms or manipulate data.

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Find online resources with ARM assembly coding challenges.
Attempt to solve the challenges independently.
Compare your solutions with others and learn from your mistakes.

Create Assembly Language Tutorials

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Solidify your understanding of ARM assembly by creating tutorials on specific topics, such as data structures or algorithms.

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Choose a specific ARM assembly topic.
Research the topic thoroughly.
Write a clear and concise tutorial with examples.
Share your tutorial with others and solicit feedback.

Contribute to an Open Source ARM Project

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Gain real-world experience by contributing to an open-source project that uses ARM assembly language, which will expose you to best practices and collaborative development.

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Find an open-source project that uses ARM assembly.
Study the project's codebase and documentation.
Identify a bug or feature to work on.
Submit your code changes for review.

Develop a Simple Operating System Kernel

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Apply your knowledge of ARM assembly to develop a basic operating system kernel for the Raspberry Pi, which will deepen your understanding of system-level programming.

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Research the basics of operating system kernels.
Design the architecture of your kernel.
Implement the core functionalities in ARM assembly.
Test and debug your kernel on the Raspberry Pi.

Career center

Learners who complete ARM Raspberry Pi Assembly Language From Ground Up™ will develop knowledge and skills that may be useful to these careers:

Embedded Systems Engineer

An Embedded Systems Engineer designs, develops, and tests software and hardware for embedded systems. This course, with its comprehensive coverage of ARM systems design, architecture, and practical assembly programming, directly prepares you for the challenges of embedded systems development, particularly on platforms like Raspberry Pi. The course's step-by-step tutorials on creating, assembling, linking, and debugging assembly programs are invaluable. Mastery of the ARM, Thumb, and Thumb-2 Instruction Sets is crucial for optimizing embedded systems code. An Embedded Systems Engineer will be able to leverage skills learned in this course, such as creating hardware drivers to configure Raspberry Pi peripherals in assembly, to build efficient and effective embedded solutions. An Embedded Systems Engineer will find that advanced topics, like designing complex algorithms and creating data structures in assembly, help in optimizing code for resource-constrained embedded environments.

See salaries and explore the career path for Embedded Systems Engineer

Firmware Engineer

A Firmware Engineer specializes in writing low-level code that controls hardware devices. This course, focusing on ARM Raspberry Pi Assembly Language, is highly relevant. The course teaches you how to create hardware drivers to configure the Raspberry Pi peripherals in assembly. This is a core skill for any Firmware Engineer. The material on the ARM Instruction Set, the Thumb Instruction Set, and the Thumb-2 Instruction Set also helps a Firmware Engineer to optimize code at a very low level. A Firmware Engineer works with hardware directly, and this course provides the knowledge to do this effectively on ARM-based platforms. By learning to develop firmware, you gain a crucial understanding of how software interacts with hardware. The debugging skills you acquire in this course will also be invaluable for this role.

See salaries and explore the career path for Firmware Engineer

Robotics Engineer

A Robotics Engineer designs, builds, and programs robots. This course provides skills highly applicable for controlling the hardware components of a robot through low-level programming. The ability to write hardware peripheral drivers in assembly for the Raspberry Pi, as taught in this course, is extremely relevant as the Raspberry Pi is often used as a central processing unit in robotics. Understanding the ARM instruction set and how to create efficient assembly programs will allow a Robotics Engineer to optimize the performance of robotic systems, particularly in resource-constrained environments. Additionally, mastering state machines and complex algorithms in assembly, as covered in the course, is beneficial for implementing robot control logic. A Robotics Engineer will gain valuable skills.

See salaries and explore the career path for Robotics Engineer

Internet of Things Engineer

An Internet of Things Engineer designs and develops connected devices. This course is a great fit because many IoT devices use ARM-based processors like the Raspberry Pi. The course will show you how to master writing hardware peripheral drivers in assembly for the Raspberry Pi. This skill is critical for directly controlling sensors, actuators, and communication modules found in IoT devices. The course also helps an Internet of Things Engineer in debugging and optimizing the performance of their devices. The modules on creating, assembling, linking, and debugging assembly programs in the Raspberry Pi terminal are very relevant. An Internet of Things Engineer who wishes to optimize IoT devices will find this course provides the tools to do so.

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Reverse Engineer

A Reverse Engineer analyzes software and hardware to understand its functionality, often without access to the original source code. The ability to read and understand assembly code is essential for reverse engineering, and this course provides a comprehensive introduction to ARM assembly language. The Reverse Engineer will be able to dissect and analyze compiled code to identify vulnerabilities, understand algorithms, or extract data. A strong understanding of the ARM instruction set, as provided by this course, also enables you to analyze code compiled for embedded systems, which are often targets for reverse engineering. The debugging skills taught in the course are also key to the work of a Reverse Engineer. The Reverse Engineer will be able to step through code and investigate its behavior.

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Operating Systems Developer

An Operating Systems Developer works on the core software that manages computer hardware and provides services for applications. Knowledge of assembly language is crucial for understanding how an operating system interacts with the hardware. This course, which thoroughly covers ARM assembly language on the Raspberry Pi, is very useful. The Operating Systems Developer will improve their debugging and optimization skills. This course also helps the Operating Systems Developer to understand how an operating system manages memory and peripherals. The course's focus on creating hardware drivers in assembly is particularly relevant. An Operating Systems Developer can use this knowledge to modify and extend existing operating systems or to develop new ones for embedded systems.

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Security Analyst

A Security Analyst protects computer systems and networks from threats. This course, which teaches ARM assembly language, may be useful for a Security Analyst. The Security Analyst will find reverse engineering and understanding low-level code helpful when analyzing malware or identifying vulnerabilities in software. The course can help the Security Analyst understand how software interacts with hardware, which can be useful in identifying and mitigating hardware-based security threats. By understanding how assembly programs are created, assembled, and debugged, the Security Analyst can better analyze malicious code and understand its behavior. The Security Analyst may find this course valuable.

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Game Developer

A Game Developer creates video games for various platforms. This course may be useful for a Game Developer who wishes to optimize game performance on platforms like the Raspberry Pi. The Game Developer will be able to write assembly code to directly control hardware resources and optimize critical game functions. The Game Developer may also find the course useful for creating emulators or porting games to different platforms. Understanding memory management and low-level programming concepts can also help the Game Developer optimize resource usage and improve game performance. A Game Developer can use this knowledge to target specific hardware features and achieve better results. Learning to create and debug assembly programs can also give the Game Developer a deeper understanding of how games work at a low level.

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Compiler Developer

A Compiler Developer designs and implements compilers that translate high-level programming languages into machine code. This course may be useful for a Compiler Developer because it provides a deep understanding of the ARM instruction set and assembly language. A Compiler Developer will find that understanding how high-level code is translated into assembly code is very important for optimizing compiler performance. The ability to create, assemble, link, and debug assembly programs also enables the Compiler Developer to test and validate the output of their compilers. The insights gained from this course can help the Compiler Developer create more efficient and reliable compilers.

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Computer Architect

A Computer Architect designs and develops computer hardware, focusing on improving performance and efficiency. This course may be useful because gaining a solid grasp of the ARM instruction set and assembly language is beneficial for a Computer Architect. A Computer Architect will find that this course provides them with a practical understanding of how software interacts with hardware at a low level. Understanding the RISC architecture of ARM processors, as covered in the course, can inform design decisions and help optimize hardware performance. The Computer Architect may also find the debugging skills taught in the course helpful for testing and validating hardware designs.

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Technical Trainer

A Technical Trainer delivers training programs on technical topics. This course may be useful for a Technical Trainer who wants to teach ARM assembly language or embedded systems programming. The Technical Trainer will benefit from the course's comprehensive coverage of the ARM instruction set, assembly programming techniques, and debugging tools. The step-by-step tutorials and practical examples provided in the course can be adapted and incorporated into training materials. The Technical Trainer may also find the course helpful for developing hands-on exercises and projects for students. Ultimately, it can enhance their expertise and credibility as an instructor.

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Software Consultant

A Software Consultant provides expert advice and guidance to clients on software-related matters. This course may be useful for a Software Consultant who needs to understand low-level programming concepts or work with embedded systems. The Software Consultant will find that knowledge of ARM assembly language can be valuable for troubleshooting performance issues, optimizing code, or evaluating the security of software systems. The skills acquired in the course can also help the Software Consultant communicate more effectively with developers and provide more informed recommendations. The broad exposure to the ARM platform, as provided by this course, can also be an asset when assessing the suitability of different technologies for a project.

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Data Scientist

A Data Scientist analyzes large datasets to extract insights and develop predictive models. This course may be useful for a Data Scientist who wants to optimize data processing on embedded systems or work with IoT devices. Understanding assembly language can help the Data Scientist optimize code for resource-constrained environments and improve the efficiency of data collection and analysis. The Data Scientist may also be able to write custom drivers for sensors and other hardware components used in data acquisition. The Data Scientist can leverage the debugging skills taught in the course to troubleshoot data processing pipelines and ensure data quality.

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Quality Assurance Engineer

A Quality Assurance Engineer tests software and hardware to ensure they meet quality standards. This course may be useful for a Quality Assurance Engineer who tests embedded systems or low-level software. The Quality Assurance Engineer will find that understanding assembly language can help them create more effective test cases and identify potential bugs or vulnerabilities. The ability to debug assembly programs can also be useful for troubleshooting issues and verifying the correctness of code. The course's focus on hardware drivers and peripheral configuration can be particularly valuable for testing embedded systems.

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Project Manager

A Project Manager oversees software development projects, ensuring they are completed on time and within budget. This course may be useful for a Project Manager overseeing projects involving embedded systems or low-level programming. The Project Manager will find that understanding assembly language and the development process can help them better manage project scope, risks, and resources. The course can also help the Project Manager communicate more effectively with developers and stakeholders. Understanding the technical challenges involved in ARM assembly programming, as covered in the course, enables the Project Manager to make informed decisions. This enables them to effectively allocate resources and estimate timelines.

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ARM Raspberry Pi Assembly Language From Ground Up™

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive arm assembly for raspberry pi

Activities

Career center

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