Master Digital Electronics and Robotics. Go from Zero to building a real CPU !
InstructorHardware AcademyThe instructional path covers essential CPU components, including registers, SRAM building, and advanced topics like instruction pipelining and multi-core processors.
The curriculum provides technical coverage of microcontrollers, including memory layouts and serial communication protocols like UART, SPI, and I2C.
Editorial course preview
These 3 complementary views highlight concrete, legible examples from the course presentation.
This technical illustration contrasts the architecture of a microprocessor with external memory components against a microcontroller that integrates processing and storage on a single chip.
This technical schematic illustrates the internal components of a CPU execution cycle, detailing how registers, logic gates, and RAM interact to process instructions.
This image displays the complete truth table for a full adder alongside its standard logic block diagram, illustrating how binary inputs produce sum and carry outputs.
Multiple signals suggest errors in the quiz questions, specifically regarding full adders and binary number representations.
The instructor's accent may present a challenge for some learners during the technical explanations.
The curriculum aligns with the stated goals of engineering students and those interested in digital electronics.
