MECH&AE 171A · MAE 171AIntroduction to Feedback and Control Systems: Dynamic Systems Control I
Mechanical and Aerospace Engineering · 4 units · Undergraduate upper division (100-199)
Introduction to feedback principles, control systems design, and system stability. Modeling of physical systems in engineering and other fields; transform methods; controller design using Nyquist, Bode, and root locus methods; compensation; computer-aided analysis and design.
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Requisites
Official UCLA wording
Enforced requisite: course 107.
BruinTree reads · Prerequisite
confidence 1.00 · from textRequires
Everything that has to come before this course, not just the courses named in the requisite above.
MECH&AE 171A
- MECH&AE 107Introduction to Modeling and Analysis of Dynamic Systems
- MECH&AE M20Introduction to Computer Programming with MATLAB
- COM SCI 31Introduction to Computer Science I
- EC ENGR 100Electrical and Electronic Circuits
- MECH&AE 82Mathematics of Engineering
- PHYSICS 1CPhysics for Scientists and Engineers: Electrodynamics, Optics, and Special Relativity4 more beneath
1 direct requisite. Showing 9 courses over 3 levels; the branches marked with a count carry on past it. Every course here opens its own tree.
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What this course is a requisite for, and what those courses lead to in turn.
MECH&AE 171A1 more beyond
- MECH&AE 157DAerospace Design Laboratory I
- MECH&AE 157EAerospace Design Laboratory II
- MECH&AE 162DMechanical Engineering Design I
- MECH&AE 162EMechanical Engineering Design II
- BIOENGR M296AAdvanced Modeling Methodology for Dynamic Biomedical Systems
- BIOMATH M270Optimal Parameter Estimation and Experiment Design for Biomedical Systems
- BIOENGR M296BOptimal Parameter Estimation and Experiment Design for Biomedical Systems
- BIOENGR M296CAdvanced Topics and Research in Biomedical Systems Modeling and Computing
- MECH&AE C163AKinematics of Robotic Systems
- MECH&AE C163BDynamics of Robotic Systems
- MECH&AE C163CControl of Robotic Systems
- MECH&AE C171BDigital Control and Learning of Physical Systems
- CH ENGR M280ALinear Dynamic Systems
- MECH&AE M272ANonlinear Dynamic Systems
- EC ENGR M242ANonlinear Dynamic Systems
- CH ENGR M282ANonlinear Dynamic Systems
- CH ENGR 283CAnalysis and Control of Infinite Dimensional Systems
- MECH&AE 172Control System Design Laboratory
- MECH&AE C263AKinematics of Robotic Systems
- MECH&AE C263BDynamics of Robotic Systems
- MECH&AE C263CControl of Robotic Systems
- COM SCI M296AAdvanced Modeling Methodology for Dynamic Biomedical Systems
- COM SCI M296BOptimal Parameter Estimation and Experiment Design for Biomedical Systems
- COM SCI M296CAdvanced Topics and Research in Biomedical Systems Modeling and Computing
- MECH&AE 265AAutonomous Aerospace Systems: Planning and Control
- MECH&AE 270ALinear Dynamic Systems
- MED M270CAdvanced Modeling Methodology for Dynamic Biomedical Systems
- MECH&AE M270ALinear Dynamic Systems
- MECH&AE 270BLinear Optimal Control
- MECH&AE M270COptimal Control
- CH ENGR M280COptimal Control
- MECH&AE 277Advanced Digital Control for Mechatronic Systems
- MECH&AE 279Dynamics and Control of Biological Oscillations
- MECH&AE 273ARobust Control System Analysis and Design
- MECH&AE C274Digital Control and Learning of Physical Systems
16 courses list this as a requisite. Showing 41 courses over 3 levels; the branches marked with a count carry on past it. Every course here opens its own tree.