Wie kann man ein starkes technisches Fundament in der Elektrotechnik aufbauen?

-Learn (a lot of training support can be found online). -Practice, but think first and act after being sure. Most of the time this protects you from hazzads. -Correct mistakes -Learn from mistakes -Accept challenges around you -Be actual with the world of semiconductors because it is permanently changing.

1- Learn the basic 1) Basic components a) Resistor , capacitor , coil I. Type II. Value III. Percentage IV. Where to be use V. RC circuit, LC circuit, RLC circuit, resonance circuit b) Transistor I. Bipolar II. FET c) Control semiconductor I. Thyristor II. TRIAC III. DIAC d) Measure tools I. Oscilloscope II. Multe meter 2- Suggested books to read 1- Electronic Devices and Circuits by Millman, J.

I always used to tell people to learn the basics because , let me take an example -: if you learn and then apply practically , it works but you don't know why these things are happening like varying x, y, z parameters etc.... so first you should have deep understanding of topics so that you can claim why these things are going on

I have to admit that a good intensive course in power electronics, instrumentation or PLC is much more useful than a few semesters of university study.

I would strongly encourage people interested in electronics to practice their practical skills through project work. Picking a project that you are interested in, that is challenging but not over ambitous, and combines many aspects of electronics (e.g. digital, analog, programming) will mean you are more likely to learn and stay motivated when you hit a difficult engineering problem. Platforms like Arduino, Raspberry Pi, MicroBit etc are fantiastic starting points but don't be afraid to venture away from these environments and get stuck into some datasheets.

Books are great for learning theory concepts of electronics engineering but at times we don't realize the importance of theory given in them but when we apply our concepts in projects. we fall , we learn, we realize where we lacked. For me concepts are best absorbed when I apply them in projects. Working on projects also helps increase the attention when going through textual books of electronics engineering....

"The Art of Electronics" by Paul Horowitz & Winfield Hill provides a comprehensive foundation, both in theory and practice, making it an excellent starting point for developing a strong understanding of electronics fundamentals.

According to me , Practice is important but applying on a project without having a solid foundation on concepts and tools will also be sometimes not so fruitful , because sometimes different tools have different inner structure and solid foundation on concepts make your work easy

As an electronic field evolving day by day, you should be updated with phenomena , material and properties because whole work depends on these things.

Network with others is more important let us take an example you have a knowledge of a, b and c phenomena and you have apply practically and result is something related to d but you don't know why this thing is happened then you ask someone related to that field and that particular person know about d so think know you learn new things from practical with the help of others

Feedback is necessary sometimes what you think is different from what is reality so keep updating with the help of feedback and this is a cycle , you have no idea how many iterations you have to perform

With the growth of Model Based Systems Engineering (MBSE) throughout industry and the military as a standard practice, it would be good to become familiar with the design tools and coding languages that are associated with this expanding technology. You may have to enroll in MBSE courses to develop your skills and knowledge in digital modeling and simulation. This is fast becoming the wave of the future, so either catch the wave or be left behind in its wake.