Over 14,000 enrolled! Open doors to careers and hobbies and have fun while learning digital electronics!
InstructorIan JubyThe curriculum provides a progression from PIC programming and assembly through to Arduino-based hardware interfacing.
Instruction covers essential digital concepts including binary, hexadecimal systems, logic gates, and memory registers.
Editorial course preview
These 3 complementary views highlight concrete, legible examples from the course presentation.
This close-up shows a breadboard setup with a PIC microcontroller driving multiple LEDs, demonstrating practical digital electronics hardware.
A clear overhead shot displays the contents of an electronics kit inside a plastic case, featuring a numeric keypad, motorized wheels, and various wiring components.
This view shows the internal assembly of a mobile robot project, highlighting how batteries and an Arduino board are integrated into a custom wooden chassis.
One sampled review suggests that some learners noted that later modules rely heavily on copying and pasting code rather than providing active problem-solving assignments.
Instructional signals suggest that some programming logic is presented without sufficient explanation of specific commands, occasionally requiring outside research.
One signal indicates that student questions may go unanswered by the instructor.
The curriculum aligns with the goal of robotics and microcontroller use, though student support may be a limiting factor.
