Introduction, Signal and Systems (continuous, Discrete), Linear Algebra (review, Vector Spaces), State Space - Continuous/discrete Systems, Canonical Realizations, Linearization, Matrix Functions, Solutions of State Equations In The Time Domain, Modes, Impulse Response, Reconstruction of Initial Conditions, Solving State Equations By Transforms. Laplace Transform, Z Transform, Convolution Integral and Summation, Matrix Transfer Function. Norms of Signals and Systems, Connecting Systems, Stability Of Systems, Frequency Response, Graphical Representations, Modal Analysis of Vibrating Mechanical Systems,

Faculty: Mechanical Engineering
|Undergraduate Studies

Pre-required courses

(104016 - Algebra 1/extended and 104131 - Ordinary Differential Equations/h) or (104065 - Akgebra 1m2 and 104131 - Ordinary Differential Equations/h)


Parallel course

34010 - Dynamics


Course with no extra credit

34019 44130 - Signals and Systems 84711 84730 94323 - Dynamic Models in Operations Research 94333 - Dynamic Models in Operations Research


Semestrial Information