What This Document Is
This is an expanded course description for EE 120 – Signals and Systems, offered at the University of California, Berkeley. It provides a comprehensive overview of the course’s aims, the core concepts explored, and its place within the broader Electrical Engineering and Computer Sciences curriculum. This resource is designed to give prospective students and those currently enrolled a detailed understanding of the scope and objectives of the course.
Why This Document Matters
This description is invaluable for students considering enrolling in EE 120, allowing them to assess if their background and interests align with the course material. Current students can use it as a central reference point throughout the semester to understand the connections between individual topics and the overall learning goals. It’s particularly helpful for clarifying how the course builds foundational knowledge applicable to specialized fields within electrical engineering.
Topics Covered
* Fundamental properties of signals and systems (linearity, stability, etc.)
* Mathematical tools for system analysis – including convolution and transforms
* Fourier Series and its application to both continuous and discrete signals
* The principles of sampling and its impact on signal representation
* Modulation techniques used in communication systems
* Control systems analysis using Laplace and Z transforms
* Filter design methodologies and considerations
* Relationships between different mathematical transforms
What This Document Provides
* Clearly defined course objectives outlining the intended learning outcomes.
* A detailed list of topics covered, offering a roadmap of the course content.
* An explanation of how the course contributes to broader program objectives within EECS.
* Information regarding the course creators and the date of its preparation.
* Contextualization of the course within the fields of communications, control, and signal processing.
