Bill Gress, Pe. Leed Ap
About Bill Gress, Pe. Leed Ap
Bill Gress is a Mechanical Engineer with over 20 years of experience in HVAC design and energy efficiency. He currently works at Barry-Wehmiller Design Group in York, Pennsylvania, and has a proven track record of achieving significant energy savings in various projects.
Work at Barry-Wehmiller Design Group
Bill Gress has been employed as a Mechanical Engineer at Barry-Wehmiller Design Group since 2018. He operates in the York, Pennsylvania area, where he applies his extensive knowledge in HVAC design and energy efficiency. His role involves optimizing systems to enhance performance and reduce energy consumption.
Previous Engineering Roles
Prior to his current position, Bill Gress held several engineering roles. He worked as a Senior Mechanical Engineer at Webber/Smith Associates from 2011 to 2013. He also served as Engineering Manager at LB&B Associates Inc from 2003 to 2006, and as a Sr Service Account Engineer at Siemens Building Technologies from 2006 to 2008. His experience includes significant contributions to HVAC systems and energy efficiency.
Education and Expertise
Bill Gress earned a Bachelor of Science degree in Mechanical Engineering from Penn State University, completing his studies from 1978 to 1982. His educational background supports his expertise in HVAC design engineering, facilities operations, building automation, and commissioning.
Achievements in Energy Efficiency
Bill Gress has demonstrated a strong commitment to energy efficiency throughout his career. He achieved $50,000 in energy savings by optimizing temperature set-points across various HVAC components. Additionally, he identified energy savings opportunities in HVAC and control systems, resulting in $60,000 per year in savings with minimal adjustments.
Innovative Solutions in Engineering
In his engineering career, Bill Gress has implemented innovative solutions that enhance operational efficiency. Notably, he enabled a one million square foot facility to operate off-grid during power emergencies through effective valve and piping solutions. His work reflects a focus on practical applications of engineering principles to achieve substantial results.