Michael Oakley is a seasoned Senior Manager at Raytheon, where he spearheads multidisciplinary teams dedicated to the development and application of cutting-edge RF products fabricated in advanced silicon technologies. With a robust foundation in SiGe device reliability, Michael has cultivated a diverse portfolio of expertise...
Michael Oakley is a seasoned Senior Manager at Raytheon, where he spearheads multidisciplinary teams dedicated to the development and application of cutting-edge RF products fabricated in advanced silicon technologies. With a robust foundation in SiGe device reliability, Michael has cultivated a diverse portfolio of expertise that spans microelectronics research and product development across various semiconductor technologies, including SiGe, CMOS, GaAs, and GaN. His current role emphasizes the design and implementation of MMIC products and RFIC design, where he leverages his technical acumen to drive innovation and enhance product performance.
At Raytheon, Michael is instrumental in leading key projects that push the boundaries of RF technology, focusing on the integration of high-performance power amplifiers and other critical components. His leadership skills are complemented by a strong proficiency in proposal writing and earned value management, ensuring that projects are delivered on time and within budget while meeting stringent export controls. Michael’s expertise in tools such as Virtuoso Layout and Sonnet further enhances his team's capability to produce high-quality designs that meet the rigorous demands of the defense and aerospace sectors.
In addition to his technical responsibilities, Michael is committed to fostering a collaborative team environment that encourages creativity and innovation. His ability to manage diverse teams effectively has been pivotal in driving successful R&D initiatives, positioning Raytheon at the forefront of the RF industry. Through his strategic vision and technical leadership, Michael Oakley continues to make significant contributions to the advancement of silicon-based RF technologies, shaping the future of electronic warfare and communication systems.
