Designing Information Devices and Systems I
Bernhard Boser & Gireeja Ranade
UC Berkeley's foundational Electrical Engineering and Computer Sciences course integrating linear algebra, circuit analysis, resistive networks, nodal analysis, and real-world information-sensing systems.
Syllabus
10Introduction to Information Devices and Linear Modeling
An undergraduate lecture from UC Berkeley's ELENG 16A, introducing core concepts in electrical engineering fundamentals.
Gaussian Elimination and Tomographic Imaging
This inaugural lecture from UC Berkeley's ELENG 16A introduces foundational concepts in electrical engineering and computer sciences, ideal for students beginning their technical studies.
Matrix Multiplication and State-Transition Systems
A subsequent lecture from UC Berkeley's ELENG 16A course, continuing the exploration of fundamental electrical engineering principles.
Linear Independence, Span, and Null Spaces
An foundational lecture from UC Berkeley's ELENG 16A course, covering core concepts in electrical circuits and linear systems for aspiring engineers.
Proofs, Eigenvalues, and PageRank
A foundational lecture from UC Berkeley's ELENG 16A course, covering core concepts in electrical engineering for undergraduate students.
Introduction to Circuit Elements and KCL/KVL
The inaugural lecture from UC Berkeley's ELENG 16A, covering foundational concepts in electrical engineering and linear systems, delivered by Professors Bernhard Boser and Gireeja Ranade.
Nodal Analysis and Resistive Networks
An installment of UC Berkeley's ELENG 16A lecture series, addressing key topics in electrical engineering fundamentals.
Voltage Dividers, Equivalent Resistance, and Touchscreens
A segment from UC Berkeley's ELENG 16A, this lecture continues the introduction to core principles in electrical engineering and computer sciences for an undergraduate audience.
Thévenin and Norton Equivalent Circuits
The inaugural lecture from UC Berkeley's ELENG 16A, providing foundational insights into linear circuits and systems for engineering undergraduates.
Operational Amplifiers and Negative Feedback
A core lecture from UC Berkeley's ELENG 16A series, delving into fundamental principles of electrical engineering.