Course 1: EMC and RF Simulation

• Computational Electromagnetics: Techniques and Software
• Review of selected tools for EMC simulations
  • CST Modeling and Usage
  • HFSS Modeling and Usage
  • SIWAVE Modeling and Usage
• Advanced simulation guidelines and examples
  • Hexahedral meshing strategies
  • Accurate modelling of PCB trace
• Numerical Modelling of EMC problems of Mobile phones
  • Radiation emission/immunity problem
  • Mitigation of self-desense
  • Modelling Noise Source
  • Shielding Effectiveness
  • Workflow PCB Resonate simulation
  • Workflow PCB Crosstalk simulation

Course 2: ESD Simulation

• Model of electrostatic discharge for a portable electronic product
  • Electrostatic Discharge Modelling
  • Behavioral ESD Protection Modeling to perform system level ESD efficient design
  • High Performance Computing Techniques for efficient 3D full-wave simulation of ESD problems

Course 3: Self-Desense Design Courses

• Self-desense failure Phenomenon
• Self-desense problem analysis
  • Noise Source
  • Coupling path
  • Victim
• Tracking
  • Test System
    • Shielding Room
    • De-sense Box
  • Test equipment
    • Spectrum Analyzer
    • Near Field Probe
    • Near Field Scanner
• Mitigation approaches for self-desense issues
  • Friendly frequency plan
  • Shielding
  • Grounding
  • Filtering
  • Absorber
• Self-desense Simulation methology