Arm Education
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Computational_Thinking
PublicThese resources cover all the GCSE Computer Science Computational Thinking techniques and contain lots of interactive activities to reinforce understanding to prepare learners for their exams.- Learn about all the programming techniques in the GCSE Computer Science curriculum using MicroPython to program a micro:bit. Learners apply these techniques across several projects, mirroring real-world product development.
- This is a complete curriculum designed for schools internationally and covering Grades 5 through 7. Each grade includes 40 hours of teaching and learning content and uses the Arm School Program’s project-based learning pedagogical approach. The course is based on the use of micro:bits and MicroPython.
- Take a journey of learning through the "Internet of Things" and Robotics. Learners apply Arm-based technology to solve interesting and authentic problems, using micro:bits and other exciting peripherals to create autonomous cars and smart cities.
- Journey through all the features of the micro:bit with interactive activities and engaging projects to excite and enthuse learners. The course uses makecode as the programming interface and is suitable for learners of all ages and abilities.
- Arduino MKR is a colourful, introductory book of projects that introduces learners to the exciting world of microcontrollers and the Internet of Things. It is intended for self-study and includes full explanations of each project, with all code also provided.
- Design and program Arm-based embedded systems and implement them in low-level hardware using standard C and assembly language.
- Arduino MKR Projects for Schools is a colourful entry-level resource, which introduces learners to the exciting world of microcontrollers, the Internet of Things and Data Science. Learners use both simulators and physical devices to build systems and solve real-life problems.
Smart-School-Projects
PublicA collection of accessible and engaging projects for teachers and learners that utilise the more advanced features of Arduino in real-world contexts.microbit_sleeve
PublicPPT-branding-tool
PublicThis tool applies a new PPT template to all PPT files in a designated repository- Design and program real-time operating systems on Arm-based platforms and use them to improve their application performance
- Introductory material on robotics and key practical skills required to program and control a robot to interact with its environment and perform simple manoeuvres.
- Gain an understanding of the fundamental topics and concepts of computer architecture including the application of these with modern Arm processors
- Enable students to create 3D games on mobile devices through the teaching of graphics and gaming fundamentals and hands-on practice using professional graphics API and game engines
- Implement Digital Signal Processing (DSP) systems and create audio applications using high performance and energy-efficient Arm processors
- Design, implement, and test an Arm Cortex-A-based SoCs on FPGA hardware using functional specifications, standard hardware description and software programming languages
- Gain an introductory knowledge to the basics of SoC design and key skills required to implement a simple SoC on an FPGA, and write embedded programs targeted at the microprocessor to control the peripherals
- Develop an embedded Linux system on low-cost Arm based platforms
- Gain an understanding of the fundamentals of Very Large-Scale Integration (VLSI), including how the theories and concepts can be applied in the design of simple logic circuits and in the physical implementation of a simplified microprocessor
micro-course
PublicThe micro:course is a colourful, introductory book of projects that guides learners from first principles of the micro:bit through to the use of Python. It is intended for self-study and includes full explanations of each project, with all code also provided.- Design and program Arm-based embedded systems and implement them using commercial API
- Specify, design, and program modern connected electronic systems in response to the ever-growing number of connected devices
- A textbook on system on chip design using Arm Cortex-A
- A reference book on System-on-Chip Design