Hayward Melton

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About

Hayward Melton is a leading innovator in the field of integrated magnetic sensing, with a primary focus on developing high-performance, low-power Hall-effect sensors using standard CMOS technology. His most notable contribution is the design and demonstration of a monolithic 3D magnetic sensor fabricated in a 65nm CMOS process, which achieves an impressive noise floor of less than 10 μT<sub>rms</sub> while consuming only 14.8 μW of power. This work, published in 2023 and already garnering early citations, addresses a critical challenge in modern electronics: the need for compact, energy-efficient sensors that can be seamlessly integrated into automotive, navigation, robotics, medical, and consumer devices. By proving that high-sensitivity 3D magnetic sensing is feasible within a standard CMOS flow, Melton has opened the door to cost-effective, scalable solutions for applications ranging from augmented reality to implantable medical devices. His research bridges the gap between fundamental sensor physics and practical, industry-ready implementations, making him a rising figure in the sensor community. With his work cited in ongoing developments, Melton is poised to shape the next generation of ubiquitous magnetic sensing technology.