
Explore the processor's building blocks and how instructions drive computation. Compare Intel and ARM architectures and consider software implications.
Explore how a simple processor executes 16-bit instructions by coordinating caches, registers, and the program counter. Learn how load, add, and store operations move data across components on each clock.
Review how a processor moves data between the data cache and register file with load and store instructions. Explain arithmetic, logical, and transfer of control operations such as jump.
If you work in the Technology industry or plan to, and don’t have an Electrical Engineering or Computer Science background, this ~120-minute course could be the most valuable training of your career.
Understanding how a computer works provides numerous advantages to the IT professional. For example:
Familiarity with terminology and concepts that might otherwise be a complete enigma.
Ability to communicate more effectively, gain credibility, and influence others.
Improved technical program management capability.
Career path options that might otherwise not be available.
Technical understanding upon which additional knowledge can be built.
The fields of Electrical Engineering and Computer Science are incredibly broad and incredibly deep.
The key to learning how a computer works quickly is to become familiar with just the right detail about just the right topics so you can quickly understand how a computer actually works.
“How Computers Work” training quickly describes the primary function of every computer and provides you with an opportunity to gain a competitive advantage.
F. Scott Fitzgerald said, “Our lives are defined by our opportunities. Even the ones we miss.”
If you want to understand how a computer works quickly to gain a significant competitive advantage, you’ll want to complete this unique learning experience.