Teach and learn computing with Arm

Embedded Systems Essentials with Arm - Getting Started

Learn the foundations of embedded systems and Arm-based microcontrollers through simulator-led exercises in I/O, interrupts, timers, and peripheral control.

Embedded Systems Essentials with Arm - Get Practical with Hardware

Develop hands-on embedded skills with an ST Nucleo board, covering serial interfaces, peripheral programming, and real-time operating systems.

Build Your First Internet of Things (IoT) Application on Arm

Explore IoT fundamentals through practical Arm-based projects spanning embedded programming, connectivity, cloud services, sensors, and real-world connected devices.

Introduction to Microprocessors

Understand how processors execute programs, from the fetch-decode-execute cycle and ALU to memory, assembly, and high-level code.

Computer Architecture Essentials on Arm

Examine modern computer architecture, including pipelining, caches, out-of-order execution, and processor performance through practical labs.

Introduction to AI

Gain an accessible foundation in AI, machine learning, and data science, including responsible use, PyTorch, and an image-classification project.

Machine Learning at the Edge on Arm- A Practical Introduction

Learn to train, optimize, and deploy machine-learning models on Arm-based microcontrollers using TensorFlow and practical edge-inference exercises.

Optimizing Generative AI on Arm Processors - From Edge to Cloud

Learn to optimize generative-AI inference across Arm edge and cloud systems using quantization, SIMD, KleidiAI, and CPU-focused techniques.

Teaching AI on the Edge

Equip yourself to teach AI on resource-constrained devices through project-based approaches to model design, evaluation, privacy, and responsible deployment.

Business Models for Technology Innovators

Use technology-focused case studies to understand innovation, value creation, partnerships, and business-model choices in a changing digital economy.

Fundamentos de sistemas embebidos con Arm - Primeros pasos

Aprende los fundamentos de los sistemas embebidos y los microcontroladores Arm mediante ejercicios prácticos con un simulador y las interfaces esenciales.

AI at the Edge on ARM - Understanding and Deploying LLMs for Mobile Devices

Explore how to deploy and optimize large language models on Arm-powered mobile devices using compression techniques and practical edge-AI development.

Introduction to System on Chip Design

Produced by King's College London with support from Arm Education

Understand how modern systems-on-chip are structured, designed, and fabricated, from processors and interconnects to hardware-software co-design.

Introduction to Very Large-Scale Integration Design

Produced by King's College London with support from Arm Education

Follow the digital-chip journey from CMOS and logic design to verification, layout, packaging, and electronic-design automation workflows.

Arm Development Studio Gold

Access a professional Arm development toolchain for creating, debugging, and optimizing software for Arm-based embedded systems.

Efficient Embedded Systems Design and Programming

Teach secure, efficient Armv8-M embedded-system design with Cortex-M33, TrustZone, and practical performance-aware development exercises.

Rapid Embedded Systems Design and Programming

Teach rapid Arm-based embedded development using Mbed APIs, peripherals, RTOS concepts, serial communications, and practical microcontroller projects.

Internet of Things

Teach IoT systems from embedded programming and wireless networking to cloud-connected sensors, mobile apps, and introductory machine learning.

Digital Signal Processing

Teach core DSP theory and implementation, including filtering, transforms, adaptive algorithms, and real-time processing on Arm-based development boards.

Real-Time Operating Systems Design and Programming

Teach RTOS design through tasks, scheduling, memory management, and parallel programming with practical performance trade-offs.

Embedded Linux

Teach embedded Linux architecture, kernel modules, boot, configuration, debugging, and profiling through practical system-building exercises.

Introduction to SoC Design

Teach introductory SoC design with Cortex-M0 and AHB-Lite, covering peripherals, CMSIS, interrupts, device drivers, and FPGA implementation.

Advanced SoC Design

Teach advanced Armv7-A SoC design with Cortex-A9, AXI4, hardware acceleration, image processing, and hardware-software co-design.

Introduction to Robotic Systems

Teach embedded robotics with Cortex-M7 and ROS, covering motors, sensors, control, navigation, and autonomous-system programming.

Graphics and Mobile Gaming

Teach mobile graphics and game development with OpenGL ES, Mali GPU concepts, Unity, AR/VR, and performance profiling.

Introduction to Computer Architecture

Teach modern computer architecture from Armv8-A and pipelining to caches, multicore systems, parallelism, and processor simulation.

VLSI Fundamentals - A Practical Approach - Generic Edition

Teach practical CMOS VLSI design from transistor behavior and timing through logic, verification, physical design, and tape-out workflows.

VLSI Fundamentals- A Practical Approach – Cadence Edition

Teach practical CMOS VLSI design using Cadence tools, spanning circuit analysis, synthesis, place and route, verification, and GDSII tape-out.

Embedded Systems Fundamentals with Arm Cortex-M based Microcontrollers- A Practical Approach - Nucleo-F091RC Edition

A hands-on introduction to Arm Cortex-M0 embedded systems using the STM32 Nucleo-F091RC, Mbed, C programming, and peripheral projects.

Embedded Systems Fundamentals with Arm Cortex-M based Microcontrollers- A Practical Approach - FRDM-KL25Z Edition

A practical introduction to Arm Cortex-M0+ embedded systems using the FRDM-KL25Z board, Mbed, C, and microcontroller experiments.

Beginner’s Guide to Designing Embedded Systems Applications on Arm Cortex-M Microcontrollers

A learn-by-doing guide that takes beginners from embedded-system fundamentals to a practical smart-home device using an ST Nucleo board.

Digital Signal Processing using Arm Cortex-M based Microcontrollers- Theory and Practice

Connect DSP theory with real-time Cortex-M implementation, covering filters, transforms, and adaptive algorithms through CMSIS-DSP labs and exercises.

Operating Systems Foundations with Linux on the Raspberry Pi

Learn operating-system fundamentals through GNU/Linux on Raspberry Pi, connecting core theory with practical implementation on Arm hardware.

Fundamentals of System-on-Chip Design on Arm Cortex-M Microcontrollers

An undergraduate introduction to Cortex-M SoC design, covering processor architecture, TrustZone, CMSIS, AMBA, peripherals, and memory management.

Modern System-on-Chip Design on Arm

An advanced guide to Cortex-A SoC design, from memory and interconnects to validation, fabrication, energy efficiency, and SystemC modelling.

System-on-Chip Design with Arm Cortex-M Processors

A reference guide for SoC and FPGA designers using Cortex-M processors, covering AMBA buses, peripherals, debug, software, and complete designs.

Arm Helium Technology M-Profile Vector Extension (MVE)

Learn Arm Helium/MVE vector programming for Cortex-M, from SIMD fundamentals and architecture to optimization and DSP or machine-learning workloads.

The Microprocessor- A Practical Introduction using the Arm Cortex-M0 Processor (co-published by Wiley and Arm Education)

A beginner-friendly introduction to Cortex-M0 architecture and programming, with assembly, C, exceptions, and practical Keil µVision exercises.