Abstr7ct
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Continuing my opinion...
Again, I study electrical engineering. The basic courses, such as basic circuit analysis and basic electronics, can be studied thoroughly on your own without any need to go to a single lecture. The reason for this, is that such courses have expansive and well-written resources, from books, online lectures and resources. You can get a solid foundation on the theory and on the practical side if you choose you to teach yourself on these subjects, and this comes from a personal experience.
However, when you go to more advanced stuff, like digital design and communications, you find yourself trapped in a lot of areas if you choose not to communicate with your instructor. In addition, you can't find enough resources that provide expansive and well-written explanations compared to basic courses. For example, I'm taking the first course in digital design and we use Verilog to implement digital circuits by simulation and on FPGA boards. You can't survive Verilog programming if you don't communicate with your instructor since the materials available on Verilog and FPGA programming are rare and confusing. Subsequently, you find yourself lost and trapped as you go further.
Again, I study electrical engineering. The basic courses, such as basic circuit analysis and basic electronics, can be studied thoroughly on your own without any need to go to a single lecture. The reason for this, is that such courses have expansive and well-written resources, from books, online lectures and resources. You can get a solid foundation on the theory and on the practical side if you choose you to teach yourself on these subjects, and this comes from a personal experience.
However, when you go to more advanced stuff, like digital design and communications, you find yourself trapped in a lot of areas if you choose not to communicate with your instructor. In addition, you can't find enough resources that provide expansive and well-written explanations compared to basic courses. For example, I'm taking the first course in digital design and we use Verilog to implement digital circuits by simulation and on FPGA boards. You can't survive Verilog programming if you don't communicate with your instructor since the materials available on Verilog and FPGA programming are rare and confusing. Subsequently, you find yourself lost and trapped as you go further.