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 core concepts, learning objectives, and subject matter explored within the course. This resource is designed to give prospective students and those currently enrolled a detailed understanding of the scope and focus of the Signals and Systems curriculum. It outlines the foundational principles that underpin numerous electrical engineering disciplines.
Why This Document Matters
This detailed course description is invaluable for students considering enrollment in EE 120, allowing them to assess if their academic background and interests align with the course’s content. Current students can utilize this as a central reference point throughout the semester, clarifying the overall course structure and the relationships between different topics. It’s particularly helpful for understanding how the course contributes to broader program objectives within Electrical Engineering and Computer Sciences. Understanding the course’s aims *before* diving into the material can significantly improve learning outcomes.
Topics Covered
* Fundamental properties of signals and systems (linearity, stability, etc.)
* Linear Time-Invariant (LTI) Systems and their characterization
* Fourier Series and its applications to both continuous and discrete signals
* Fourier Transform techniques for signal analysis
* The principles and implications of Sampling theory
* Modulation techniques relevant to communication systems
* Introduction to Control Systems and related mathematical tools
* Z-Transform analysis for discrete-time systems
* Filter design methodologies and considerations
What This Document Provides
* A clear articulation of the course’s primary objectives and intended learning outcomes.
* A detailed list of the specific topics that will be addressed throughout the semester.
* Insight into how the course content connects to broader engineering principles and applications.
* Information regarding the mathematical foundations required for success in the course.
* Context regarding the course’s place within the EECS curriculum at UC Berkeley.