Subject:
Systems Design Engineering (SYDE)
Catalog number:
750
Unit weight:
0.50
Meet type:
SEM,TUT
Grading basis:
NUM
Cross-listing(s):
N/A
Requisites:
Instructor Consent Required
Description:
Topic titles:
1 Advanced Dynamics II
2 System Modelling & Design
3 Fuzzy Logic & Neural Networks
4 Topics in Bond Graph Anaylsis
5 Advanced Graph Theoretic Mthds
6 Kin&Dynmc Smltn:Multibody Syst
7 Solution of Large Systems
8 Simulating Neurobiol Systems
9 Phys:Acoustic Musical Instrmnt
10 Symbolic Comp in Multibody Dyn
11 Nanotech for Radiat Oncology
12 Opp-Based Learn in Mach Intel
13 Modeling and Design of MEMS
14 Mech of Comp Mat
15 Modelling of Continuum Systems
16 Sol Techniques of DAE Systems
17 Applied Nonlinear Dynamics
18 Image and Video Compression
19 Cognitive Robotics
20 Mdlng of Biomechanical Systems
21 Model-based Robust Design
22 Optimal Control
23 Dyn Mod Biomech Sys
24 Modlg, Simultn & Design - MEMS
25 Biomed Image Proc. Analysis
26 Nanotech for Radiat Oncology
27 Computational Neuroscience
28 Advd Tpcs Grphcl Data Analysis
29 Nonlinear Systems
30 Vision Networks
31 Model Predictive Control
32 Adv. Probabilistic Grphcl Mdls
33 Inverse Methods for EM Waves
34 Multibody Biomechanics
2 System Modelling & Design
3 Fuzzy Logic & Neural Networks
4 Topics in Bond Graph Anaylsis
5 Advanced Graph Theoretic Mthds
6 Kin&Dynmc Smltn:Multibody Syst
7 Solution of Large Systems
8 Simulating Neurobiol Systems
9 Phys:Acoustic Musical Instrmnt
10 Symbolic Comp in Multibody Dyn
11 Nanotech for Radiat Oncology
12 Opp-Based Learn in Mach Intel
13 Modeling and Design of MEMS
14 Mech of Comp Mat
15 Modelling of Continuum Systems
16 Sol Techniques of DAE Systems
17 Applied Nonlinear Dynamics
18 Image and Video Compression
19 Cognitive Robotics
20 Mdlng of Biomechanical Systems
21 Model-based Robust Design
22 Optimal Control
23 Dyn Mod Biomech Sys
24 Modlg, Simultn & Design - MEMS
25 Biomed Image Proc. Analysis
26 Nanotech for Radiat Oncology
27 Computational Neuroscience
28 Advd Tpcs Grphcl Data Analysis
29 Nonlinear Systems
30 Vision Networks
31 Model Predictive Control
32 Adv. Probabilistic Grphcl Mdls
33 Inverse Methods for EM Waves
34 Multibody Biomechanics
Faculty:
Engineering (ENG)
Academic level:
GRD
Course ID:
003199
