Kevin Fynn

Kevin Fynn is an Adjunct Professor at the School of Engineering, The University of Western Australia, specializing in Electromagnetic Compatibility and Computer Simulation. His work intersects with technical domains like PCB Design and Signal Integrity, alongside broader contributions to UN Sustainable Development Goals (SDGs) for sustainable development and environmental protection.

Research Interests:

• Modeling electromagnetic interference in microstrip and power ground planes
• Radiated emissions analysis in printed circuit boards
• Efficient simulation techniques for electromagnetic compatibility
• Experimental validation of shielding effectiveness in enclosures
• Adaptive algorithms for PCB frequency point selection
• Applications to SDGs like affordable clean energy and sustainable industrialization

Article Trends: His publications (2002-2005) focus on electromagnetic simulation, radiated emissions, and PCB design, emphasizing methodologies for fringing effects, port termination analysis, and shielding validation. These works align with Electromagnetic Compatibility and Signal Integrity subfields.

Grants:

• The Last Metre Problem (2005-2007): Technology diffusion research funded by NICTA.
• Simulation of PCB Radiated Emissions (2004): Short-term research supported by Sundry Grants.
• DSTO Mode Stirred Chamber Simulation (2002): Project for Defence Science and Technology Group.