Electronic and Communication Engineering is mainly Mathematical analysis, implemented in practical circuits. You have to understand higher forms of math, and think in those terms. You have to understand the imperfect models used for systems analysis. You have to understand the tradeoffs in cost, schedule, and performance, and make those choices.

You have to be very adept in digital circuits and analysis.

What you don't have to understand is harder to answer. YOu don't have to understand literature, art, music, language, culture, religion, and the social sciences, but you would be a rather incomplete and uneducated person if you did not understand them.

can you please help?about Electronics and Communication engineering,what you have to do to understand the things you don't understand? this coming enrollment I'm going to take up Engineering...Thank you very much=)

Of course! Understanding and excelling in Electronics and Communication Engineering requires a strong foundation in mathematics, especially in higher forms of math such as calculus, differential equations, and linear algebra. To start building your mathematical skills, I recommend studying these subjects thoroughly during your undergraduate studies.

Additionally, it is crucial to have a firm understanding of circuit theory, which involves analyzing and designing circuits. This involves understanding concepts like Ohm's Law, Kirchhoff's Laws, voltage and current division, and circuit analysis techniques like nodal and mesh analysis.

To gain proficiency in digital circuits and analysis, familiarize yourself with digital logic gates, Boolean algebra, combinational and sequential circuits, flip-flops, and digital system design techniques.

Furthermore, it is important to grasp the concepts of systems analysis and modeling, where you study the behavior and response of electronic systems. This involves understanding system transfer functions, frequency domain analysis, stability analysis, and basic control systems.

To address the areas you feel unsure about, such as literature, art, music, language, culture, religion, and the social sciences, it is beneficial to pursue a well-rounded education outside your engineering courses. Engage in activities that broaden your knowledge, such as reading books, exploring different cultures, attending art exhibits or concerts, learning a new language, and understanding social sciences. This will help you become a more holistic and well-rounded individual.

Remember that learning is a continuous process, and engineering education is designed to provide you with the necessary tools and skills to solve technological problems. Embrace the learning journey, ask questions, and seek guidance from your professors and fellow students. Good luck with your engineering studies!