Jeffrey Perkins, Pe
About Jeffrey Perkins, Pe
Jeffrey Perkins is the Director of R&D Sensor Systems at Sandia National Laboratories, with extensive experience in engineering and regulatory roles across various industries.
Professional Experience at Sandia National Laboratories
Jeffrey Perkins is currently the Director of R&D Sensor Systems at Sandia National Laboratories. Since 2018, Jeffrey has been based in New Mexico, United States, leading research and development in sensor technologies. His role involves overseeing the development of advanced sensor systems, ensuring that the laboratory remains at the forefront of innovation and technology.
Previous Positions in R&D and Engineering
Before joining Sandia National Laboratories, Jeffrey Perkins held several notable positions. He was the R&D Device Engineering Director at Airgas from 2014 to 2018, based in Cheshire, CT. Prior to that, he served as a Partner at Glytron Medical and as a Regulatory Engineer consultant at ZetrOZ Inc, both in Monroe, CT, from 2013 to 2014. He also has experience as the Director of Engineering at Transonic Systems Inc. from 2010 to 2013, and as Director of Regulatory and Clinical Affairs at CryoMedix from 2009 to 2010. Earlier roles include Director at Sherwood Engineering, VP of New Product Development at Lasershield Systems Inc., and Researcher at NextQuarter.
Educational Background and Certifications
Jeffrey Perkins holds a BSEE in Electronics from Syracuse University, an MSCS in Computer Science from Northeastern University, and certificates in Business Management from Drucker School of Management and Regulatory Compliance from Hood College. Each of these educational achievements was completed in 1970, providing a strong foundation for his extensive career in engineering and R&D.
Innovations and Projects
Throughout his career, Jeffrey Perkins has led several significant projects. He developed a Zigbee mesh technology patient monitoring system, showcasing his expertise in wireless communication for healthcare. He also created an AI-based HVAC and lighting control system, integrating artificial intelligence with building management. Additionally, Jeffrey led the development of a frequency 'cognitive' agile cable fault detector and designed a flow sensing and active particulate monitoring device, demonstrating his proficiency in sensor technology for both environmental and industrial uses.