Jay Pritchett serves as the Director at Castle Hill Technologies, Inc., where he leverages his extensive expertise as a Licensed Professional Control Systems Engineer in North Carolina. With a strong focus on the biopharmaceutical sector, Jay has been instrumental in overseeing significant control system upgrades,...
Jay Pritchett serves as the Director at Castle Hill Technologies, Inc., where he leverages his extensive expertise as a Licensed Professional Control Systems Engineer in North Carolina. With a strong focus on the biopharmaceutical sector, Jay has been instrumental in overseeing significant control system upgrades, each valued at over $5 million. His role as a Working Manager encompasses not only consultation on operational technology (OT) infrastructure but also the strategic management of business operations, ensuring that projects align with both technical requirements and business objectives.
Jay's proficiency in process control and automation is complemented by his experience in diverse sectors, including nuclear power plants and gas turbine operations. His deep understanding of power systems and electricity allows him to navigate complex engineering challenges effectively. He excels in requirements engineering, ensuring that every upgrade and system enhancement meets stringent industry standards, particularly in aseptic processing environments where precision and reliability are paramount.
At Castle Hill Technologies, Jay is currently spearheading several key projects aimed at enhancing operational efficiency and compliance within the biopharmaceutical industry. His ability to scope control system upgrades not only improves system performance but also drives innovation in building automation. By integrating cutting-edge technologies and methodologies, Jay is committed to delivering solutions that optimize productivity while maintaining the highest safety and quality standards. His leadership and technical acumen make him a vital asset to both his team and the broader industry, as he continues to push the boundaries of what is possible in control systems engineering.
