Joe Yoke serves as the Principal Electrical Engineer and President at Tecella, where he leverages his extensive expertise in analog and high-speed digital design to drive innovation in the field of electrophysiology. With a strong foundation in mixed-signal and RF technologies, Joe is at the...
Joe Yoke serves as the Principal Electrical Engineer and President at Tecella, where he leverages his extensive expertise in analog and high-speed digital design to drive innovation in the field of electrophysiology. With a strong foundation in mixed-signal and RF technologies, Joe is at the forefront of developing cutting-edge low-noise, high-performance patch clamp amplifiers and in vitro amplifiers. His work is pivotal in advancing systems capable of measuring sub-pico-amp and sub-micro-volt signals, which are essential for high-throughput screening (HTS) and in vitro applications, particularly in the realm of induced pluripotent stem cells (iPSCs).
Under Joe's leadership, Tecella has successfully secured OEM partnerships with four major systems manufacturers, significantly enhancing the company's footprint in the medical and biotech sectors. His proficiency in designing system PLC databus and analog circuits has been instrumental in creating robust solutions that meet the rigorous demands of the healthcare industry. Joe's experience with FDA CAPA, NCR, and ECO processes further underscores his commitment to quality and compliance in engineering practices.
In addition to his technical prowess, Joe excels in engineering management and consulting, guiding cross-functional teams through complex projects while maintaining a strategic focus on market needs and technological advancements. His skills in RTL design, ASIC development, and high-speed digital design position him as a thought leader in the industry, driving both innovation and operational excellence at Tecella. As he continues to push the boundaries of what's possible in electrical engineering, Joe Yoke remains dedicated to enhancing the capabilities of medical devices and systems that improve patient outcomes.
