|Aerospace Avionics Networks|
Aerospace avionics networks provide CAN-based communication channels for systems that control flight, improve performance, ensure safety, and provide passenger comfort.
|Aerospace Flight Control|
Modern aerospace craft depend on fly-by-wire technology to control flight. Fly-by-wire technology combines flight computers with control sensors and actuators in a complex Mechatronic system.
|Aerospace Power Network|
As electronic content in aircraft and spacecraft increases, so do the challenges in meeting this rising energy demand on the power network.
|Automotive In-vehicle Networks (IVN)|
Advances in automotive design have been propelled by dramatic increases in electronic systems content.
|Automotive Powertrain and Hybrid-Electric Vehicle Systems|
Reliable vehicle operation depends on successful integration and verification of all drivetrain component interactions under varying operational and environmental conditions.
|Automotive Vehicle Power Network|
As electronic content in vehicles increases, so do the challenges in meeting this rising energy demand on the power network.
|Wire Harness Design and Simulation|
The wire harness forms the backbone of the entire electrical system of automotive and aerospace vehicles.