Arm University Program Education Kits

To help faculty teach the latest technology from Arm and its ecosystem, the Arm University Program has developed a suite of Education Kits in a range of core subjects relevant to Electrical, Electronic and Computer Engineering, Computer Science and beyond.

 

Each Education Kit comprises a full set of teaching materials including lecture slides, lab manuals with solutions and, if relevant, seed hardware kits and/or licenses for professional software development tools. Education Kits are designed for ready use in a typical semester-length course, or individual modules can be customized by faculty for their own use. Subject to a qualification process and hardware platform availability, Education Kits are donated free-of-charge to faculty  worldwide to use in their courses.

 

 

Efficient Embedded Systems Design and Programming

Teach the design and programming of embedded systems, and how to implement them in low-level hardware using standard C and assembly language

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Rapid Embedded Systems Design and Programming

Teach how to accelerate the development of embedded systems, and rapidly prototype various embedded applications

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Internet of Things

Teach IoT principles by working through a system that connects embedded sensors using commodity smartphones, developing skills such as app development and embedded system design

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Digital Signal Processing

Help learners develop their ability to design DSP systems and create commercially viable audio applications, using high-performance and energy-efficient processors

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Real-Time Operating Systems Design and Programming

Teach foundational RTOS concepts for embedded applications, including task scheduling, memory allocation and resource management

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Embedded Linux

Teach how to develop embedded Linux-based projects, including Linux kernel configuration and custom peripheral driver development, using low cost yet powerful single board computers

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Introduction to System on Chip

Teach a typical SoC development process around Arm Cortex-M processors, which are perfectly suited for IoT needs

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Advanced System on Chip Design

Take your students through a typical advanced SoC design process on an Arm Cortex-A based platform, using standard hardware description and software programming languages

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Mechatronics and Robotics

Introduce your students to the principles behind the development of autonomous mechatronics and robotic systems, as used in manufacturing, automotive and space applications

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Graphics and Mobile Gaming

Teach the latest graphics and game design technologies on mobile devices, with a focus on optimizing performance and reducing power consumption

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