Physics & Optimization Instructor-led

MotionSolve/MotionView Introduction
WRAP - Introduction
Feko - Electromagnetic Compatibility
FluxMotor - Introduction
WinProp - Introduction
SimSolid Advanced
SimLab Electronics
SimLab Introduction
HyperStudy Introduction
OptiStruct Non-Linear Analysis
OptiStruct Linear Analysis
OptiStruct Optimization
SimSolid Basic
S-CONCRETE - Concrete Design and Detailing
MotionSolve for Vehicle Modeling
Design of SyRel Motor - Theory and FluxMotor Aspects
AcuSolve for CFD Analysis with HyperWorks CFD
OptiStruct for Dynamics and Vibrations
Polymer Properties for Simulation
OptiStruct Optimization Advanced
OptiStruct Optimization Basic
Altair CFD - nanoFluidX v2022.3
Design of BLDC Motor - Theory and FluxMotor Aspects
MotionSolve for Controls and Actuation
MotionSolve for Durability and Vibrations
HyperLife Weld Fatigue and Weld Certification
HyperLife Fatigue Analysis in Frequency Domain
HyperLife Fatigue Analysis in Time Domain
WinProp - Outdoor RF Propagation Modeling
WinProp Introduction and Advanced Indoor Propagation Modelin...
Radioss User Material and Subroutines
Radioss Advanced
Radioss Fluid Structure Interaction
OptiStruct Acoustics
Flux - Analysis of Electric Motors
Feko - Antenna Design and Installed Antenna Performance
Simulation Cycle of Short Fiber Reinforced Injection Molded ...
Flux - Introduction
Radioss Materials
Radioss for Composite Analysis
PollEx Introduction
MultiScale Designer
OptiStruct for Non-Linear Analysis
MotionView/MotionSolve Introduction
Feko - Introduction
Electric Motor Analysis using FluxMotor
EDEM - Introduction
HyperStudy Introduction
Flux - Electromechanical Device Modeling
OptiStruct for Linear Analysis
Radioss Introduction