Patrick Seager is an experienced Assistant Project Manager at University Mechanical & Engineering Contractors, Inc., since 2017. Previously, Patrick served as Project Manager at Genelco from April 2015 to February 2017, specializing in commissioning for data centers and telecommunication projects, collaborating with notable communication companies and innovative local initiatives in Arizona. Prior to that, Patrick worked with M+W Group from 2009 to 2014 as a Project Engineer, managing documentation for the Process group, coordinating subcontractors, and facilitating communication between various project stakeholders. Patrick holds a Bachelor of Science in Biology from Binghamton University, earned in 2006.
University Mechanical & Engineering Contractors, Inc. (AZ)
From project inception to commissioning and beyond, University Mechanical & Engineering Contractors offers mechanical contracting solutions that focus on clients’ bottom-line needs. We provide design/build, design/assist, HVAC, value engineering, facilities services, plumbing, sheet metal, and process piping services for healthcare, biotech, pharmaceutical, water treatment, power generation, and a wide range of other facilities. We also have the expertise to apply a range of specialized techniques and procedures that can help endusers, owners, general contractors, and architects achieve substantial benefits before construction begins. During the planning stages, UMEC can provide the expert guidance necessary to ensure that your project is completed when you want the way you want, while achieving the quality and reliability necessary for consistent productivity and longlasting value. The range of our services is matched by the strength of our in-house capabilities. We support our professional engineers and systems experts with highly skilled and experienced CAD/CAM 3D design technicians and detailers. Our on-premises sheet metal, plumbing, and piping fabrication facilities, as well as our class 100 high-purity piping fabrication clean room helps ensure consistently high levels of quality, cost, and schedule control.