Want to get into electronics but don't know where to start? You've come to the only place on the internet that will get you started!
Electronics engineering is a discipline of Electrical engineering which focuses on the design and construction of circuits that process information and control of electric power. It is an immensely huge field, with the information scattered in small pieces and in various detail all over the internet, books, videos and other resources.
People regard electronics as a difficult topic to learn due to its complexity. However, the truth is its difficulty stems from the lack of structured information and resources, not the topic itself. You will never find a single site that provides all the information needed in one place, until now.
The Electronics Engineering Bootcamp was specifically designed to provide a clear learning path starting from the basics and progressing to the advanced topics. The information is presented in a structured manner, with the right amount of detail to keep you engaged, but not enough to cost you more than 100 hours.
The bootcamp will teach the bare minimum in math and theory to get you going, while focus heavily on practical design methodology, applications, and electronics know-how that is typically only learned with years of industry experience. By the end of the bootcamp, all students shall be able to design professional, industrial-grade embedded systems and electronic circuits that can process and transmit high speed signals (+1GHz), and control of high power circuits (+1kW).
The Bootcamp
The bootcamp is divided into multiple courses and sections.
The first section (EE1C01 to EE1C05) will be a rough overview of analog and digital systems, with a focus on getting you building real circuits very quickly. The purpose of this section is to get your feet wet, and make you realize just how capable you are in terms of building electronic circuits.
The next section (EE2C01 to EE2C20) will cover many topics in detail in the field of electronics engineering. This will range from circuit analysis, research, PCB design, soldering, manufacturing, embedded software, processors, sensors, etc. Essentially, all the material in this section will provide the fundamental knowledge, experience and know-how that any skilled electronics engineer should have.
The final section (EE3C01 to EE3C10) will focus on large scale design, development and manufacturing of projects from start to finish. This can be making a Li-ion Battery Management System, 3-Phase Variable Frequency Drive, vehicle Telemetry System, Quadcopter ECU and control system, and various other interesting projects.
