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    Mike Schaaf

    Principal RF Engineer / Antenna Design at Synapse Product Development

    Professional Background

    Mike Schaaf has carved out a remarkable career in the field of product design, specifically in the realm of antenna design and hardware development. Currently, he serves as the Principal RF Engineer at Synapse Product Development, where he excels in fostering a highly collaborative work environment that brings together the finest talents in hardware, firmware, and RF solutions. His role involves designing cutting-edge antennas that operate successfully in extreme conditions, demonstrating unparalleled innovation and resourcefulness.

    At Synapse, Mike thrives on pushing the boundaries of technology, particularly in the design and development of wearable propagating antennas that operate across UHF to 5 GHz frequencies. He is also adept in crafting near-field coils for NFC/RFID applications, showcasing his versatility and mastery in the field of integrated wearable electronic design. His expertise extends to various crucial domains, including antenna testing and tuning, wireless system design, and the creation of RF circuits and RF PCBs.

    Education and Achievements

    Mike Schaaf completed his Bachelor of Science in Electrical Engineering at the University of California, Davis, where he laid a solid foundation in the principles of electrical and electronic engineering. His academic journey equipped him with the technical knowledge necessary to explore and innovate in the demanding field of RF engineering, propelling him into an illustrious career marked by significant milestones and contributions.

    Career Milestones

    Before taking on the role of Principal RF Engineer, Mike held several key positions at well-respected organizations. He previously served as the Antenna Design/RF Engineering/RF Team Manager at Synapse Product Development, where he led projects that exemplified the integration of high-tech solutions into practical applications. His experience spans several notable positions, including:

    • Senior Staff Engineer at PHYTEC America: Here, Mike honed his skills in design and development, elevating the technological capabilities of the organization.
    • Senior Staff Engineer, Mixed Signal ASIC Development at Microvision: In this position, he tackled the complexities of mixed signal ASIC design, further diversifying his expertise.
    • Hardware Development/FPGA at Spirent Communications: Mike's work here underscored his ability to merge hardware development with FPGA technology, showcasing his adaptability and breadth of skills.
    • System Engineer/ASIC Lead Engineer at National Semiconductor: Leading a team in a fast-paced environment, Mike developed critical solutions that advanced the company's offerings in ASIC design.
    • Lead ASIC Engineer at nBand Communications: His leadership in ASIC engineering ensured innovative solutions that aligned with the company’s goals.
    • Hardware Development Manager at Stanford Telecom: Here, Mike managed a team dedicated to advancing hardware technologies in telecommunications.
    • Hardware Engineer at United Defense: Contributing to defense technologies, Mike applied his engineering prowess to create reliable and effective defense systems.
    • Reactor Supervisor on the USS Enterprise in the US Navy: Mike's early career laid the groundwork for his future endeavors, as he gained invaluable experience in high-pressure environments.

    Notable Skills and Specialties

    Mike specializes in various domains critical to the field of electronics and telecommunications. His expertise encapsulates:

    • Integrated Wearable Electronic Design: Innovating and creating user-friendly designs in the rapidly growing wearables market.
    • Antenna Design, Testing/Tuning: Crafting antennas that not only work efficiently but also meet rigorous testing standards.
    • Wireless System Design: Developing reliable systems that facilitate seamless wireless communication.
    • RF Circuits and RF PCBs: Engineering high-frequency circuits and printed circuit boards pivotal for modern electronics.
    • ASIC/FPGA Technology (Verilog): Designing and implementing tailored solutions through application-specific integrated circuits and field-programmable gate arrays.
    • High-Speed PCB Design: Ensuring designs meet the stringent requirements of high-speed applications.
    • Mixed Signal ASIC & PCB Development: Navigating the intricacies of mixed signal environments, helping to bring advanced products to life.

    Conclusion

    In summary, Mike Schaaf stands out in the field of product design and development, especially in antenna technology and RF engineering. His education from the University of California, Davis, combined with his expansive career journey through high-profile organizations, showcases his commitment to innovation and excellence. As technology continues to evolve, Mike's contributions will surely play a vital role in shaping the future of wearable electronics and wireless communication systems.

    Related Questions

    How did Mike Schaaf's background in electrical engineering prepare him for his role as Principal RF Engineer at Synapse Product Development?
    What are some innovative antenna designs that Mike Schaaf has developed during his career?
    How does Mike Schaaf integrate collaboration into his projects at Synapse Product Development?
    What challenges has Mike Schaaf faced in designing antennas for extreme environments, and how did he overcome them?
    In what ways has Mike Schaaf contributed to advancements in wearable electronic design?
    Mike Schaaf
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    Location

    Seattle, Washington, United States