Microcontroller Fundamentals
Learn the core concepts of microcontrollers, including their architecture, memory, peripherals, and how to program them at a low level. Explore common families like AVR, PIC, and ARM Cortex-M.
64 courses
Learn to program ARM Cortex-M microcontrollers from scratch, from core architecture concepts to hands-on peripheral control.
Demystify the Arm Cortex-M family and learn how to choose, configure, and develop for these widely used microcontrollers in modern embedded systems.
Learn how computer processors work from the ground up, exploring CPU architecture, memory systems, and how binary code executes on modern hardware.
Demystify how computer software interacts with hardware by exploring the core components, resource management, and security models of Windows, Linux, and macOS.
Learn the fundamentals of microcontroller programming and design Arm-based embedded systems using industry-standard APIs and virtual simulation tools.
Understand how computers execute code from the ground up by mastering the core concepts of microprocessor architecture, CPU design, and hardware-software interaction.
Learn the essential stages of semiconductor packaging, assembly, and testing while exploring process control systems and modern advanced packaging technologies.
Learn the fundamentals of embedded systems by building a series of practical projects from the ground up.
Gain a solid understanding of the Armv8-M architecture to build a strong foundation for developing software on modern microcontroller cores.
Build a solid foundation in embedded engineering by learning to program STM32 microcontrollers and manage hardware peripherals for real-world applications.
Build a strong foundation in embedded systems by learning how to program Arm-based microcontrollers and interface with hardware components for real-world applications.
Learn to develop efficient, portable embedded software using standard interfaces and advanced optimization techniques for Cortex-M microcontrollers.
Understand core computer hardware and operating system principles to support modern devices and infrastructure.
Master the fundamentals of low-level programming and hardware interfacing by exploring the core logic of the 8085 microprocessor.
Master the Message Passing Interface to build scalable, high-performance parallel applications in C and C++ for distributed computing environments.
Master the fundamentals of modern microprocessor design, pipelining, and cache memory systems using the widely adopted Arm architecture framework.
Learn to diagnose and resolve complex microcontroller and real-time operating system issues using the industry-standard TRACE32 hardware debugger.
Learn to analyze and debug RISC-V processor operations, instruction sets, and registers using step-by-step written guides and emulation tools.
Learn proven cognitive strategies and memory systems to recall information faster, study more effectively, and retain knowledge for long-term professional success.
Master the fundamentals of high-speed PCB layout, signal integrity, and multilayer board design inspired by modern smartphone architecture.
Showing 20 of 64 courses