EME 406 - Advanced Systems Modeling

Model and simulate the dynamics of complex systems using advanced modeling techniques (such as bond graph modeling or linear graph modeling). This includes derivation of state space formulation of systems; use of power and energy variables; constitutive modeling of storage, dissipation, and transduction elements; power flow and causality. These approaches will be applied to complex mechatronic and thermofluidic systems (such as consumer electronics, power plants, biological system, building mechanical systems, &c).

3 Semester Credit(s)

Crosslisted with: N/A
Laboratory/Experience Hours N/A
Prerequisite(s): ENR 338, EME 305
Corequisite(s): N/A
Repeatable for Credit No
Core Course No
Grade Type LT
Typically Offered
Fall