Matthias Laurich

As the Manager of Rand Simulation’s Electronics Team, Matthias works with customers to achieve their goals through identifying critical needs and delivering the correct solutions through simulation. Prior to Rand Simulation, he was a Sr. RF Engineer helping customers across all industries solve their RF and EMI related problems. His consulting background and EMC knowledge has assisted many clients overcome significant EMI failures and gotten them back on the right track in their development. Matthias has a MSEE degree from the University of Minnesota with a focus on antenna design, power electronics, and sustainable energy systems.

  • Auto Industry Suppliers – Effectively Manage Electromagnetic Effects

    Auto Industry Suppliers – Effectively Manage Electromagnetic Effects

    Because manufacturers of electronic products must comply with electromagnetic interference (EMI) and electromagnetic compatibility (EMC) guidelines, suppliers to the auto industry find themselves

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  • Trends in Electronic Manufacturing and their Impact on Businesses

    Trends in Electronic Manufacturing and their Impact on Businesses

    The fact that all electronic parts must meet certain levels of electromagnetic interference and electromagnetic compatibility standards is not new. Whether you work in aerospace, automotive, etc.

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  • Ansys EMC Solutions Integrations: Charge Plus & EMC Plus

    Ansys EMC Solutions Integrations: Charge Plus & EMC Plus

    Several examples of how Ansys electromagnetic interference simulation software—Charge Plus and Ansys EMC Plus—integrates with other Ansys physics to provide extremely unique solutions.

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  • Optimize Product Performance Against Electromagnetic Interference1:50

    Optimize Product Performance Against Electromagnetic Interference

    Given the multitude of enclosure options available, pinpointing unwanted electromagnetic sources emitted within an electronic system can be a daunting task. Rand SIM simulation experts can help.

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  • Ansys HFSS or EMA3D Cable (Now Ansys EMC Plus)

    Ansys HFSS or EMA3D Cable (Now Ansys EMC Plus)

    In this white paper, we provide an overview of Ansys HFSS and Ansys EMA3D Cable products and highlight ways to use them for electromagnetic simulation and design iteration.

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  • Electromagnetic Simulation for Electronics Enclosure Design

    Electromagnetic Simulation for Electronics Enclosure Design

    If your company makes electronic devices, you face the challenge of adhering to strict guidelines regarding electromagnetic interference.

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  • Leveraging Simulation for Electromagnetic Shielding Optimization1:01:37

    Leveraging Simulation for Electromagnetic Shielding Optimization

    Proper electromagnetic (EM) shielding is often essential for electronics products to successfully comply with electromagnetic compatibility (EMC) standards.

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  • Electromagnetic Shielding Optimization for Enclosures

    Electromagnetic Shielding Optimization for Enclosures

    Proper electromagnetic shielding is often essential for electronics products to successfully comply with electromagnetic compliance standards. Get the inside scoop on EM shielding!

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  • Five Easy Electronics Simulations That Benefit PCB Customers

    Five Easy Electronics Simulations That Benefit PCB Customers

    PCB manufacturers offering design services are becoming a common trend in the electronics industry. Investments in advanced fabrication techniques (multi-layer, HDI, RF, etc.) are important to...

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  • Investigate PCB Thermal Performance with 2022 Enhancements to Ansys SIwave

    Investigate PCB Thermal Performance with 2022 Enhancements to Ansys SIwave

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  • 5G and Antenna Design: A Whole New Game

    5G and Antenna Design: A Whole New Game

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  • Achieving EMC Compliance with Electromagnetics Design Simulation

    Achieving EMC Compliance with Electromagnetics Design Simulation

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  • Dispelling Uncertainties Over EMI Simulation for PCB Design

    Dispelling Uncertainties Over EMI Simulation for PCB Design

    Learn about the FCC compliance testing process, the misconceptions, and risks, and how to mitigate design issues with simulation software.

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  • Optimize Wireless Systems in Large Facilities with Proper Antenna Placement

    Optimize Wireless Systems in Large Facilities with Proper Antenna Placement

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  • Top 5 Strategies: High Electronics Systems Reliability1:30

    Top 5 Strategies: High Electronics Systems Reliability

    Discover how to achieve high electronics systems reliability with Rand Simulation’s proven approach.

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  • Can a Turkey be Cooked with Microwaves?

    Can a Turkey be Cooked with Microwaves?

    If you could realistically microwave a turkey this Thanksgiving, would you? Taking inspiration from last Thanksgiving’s Supersonic Turkey Cooking (STC) using Ansys Fluent by CFD Specialist Alex...

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  • Leveraging SBR+ for RF Characterization of Large Environments

    Leveraging SBR+ for RF Characterization of Large Environments

    “Touchdown! Did you see that catch?! I need to post this on Twitter! Wait, why is my Tweet not posting? I thought this stadium had Wifi?” Football stadiums are quite the engineering feat, but...

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  • Identifying Electromagnetic Compliance Failures

    Identifying Electromagnetic Compliance Failures

    When a new product is being developed for production, electromagnetic compliance (EMC) failures can pose a significant risk to your project schedule and budget. Therefore, it is important to...

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  • 5 Tips to Improve Your HFSS Simulation Experience

    5 Tips to Improve Your HFSS Simulation Experience

    Over my time working with Ansys HFSS (high-frequency structure simulator), I have learned several modeling and workflow improvements. Whether you are new to HFSS or a seasoned veteran, leveraging...

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