Project Manager
Under the direction of the Associate Director of Real Estate Services and in high level coordination with the Executive Director/RES and the University Architect, the Project Manager of Capital Projects (PM4) is responsible for the delivery of capital projects of typically large-scale using the Public-Private Partnership (P3) delivery method; a partnership between private developers and land owners to secure facilities and housing for campus users. P3 projects are typically realized through leases and other real estate agreements; often leveraging investment by the private sector solely or in addition to University investment to realize the goals of the University.
Projects typically involve budgets between $200M and $1B or more and will involve substantial architectural impact on the campus or surrounding area, each requiring Chancellor and UC Board of Regents approval. PM4 is responsible for the direction of design and engineering professionals of multiple disciplines. Projects may require original needs assessment and use programming, and are will greatly vary as to the complexity of high technology elements and/or complex engineering. Manage and execute projects with primary responsibility as the Owner’s Representative, or manage elements of larger projects under a higher level peer, such as the Associate Director/RES or Executive Director/RES. The PM4 has responsibility for the implementation of these projects from programming and design through project completion and warranty. Performs work with a high level of independence.
Responsible for the design, implementation and coordination of complex technical systems, programs, or other customized construction activities within the area of expertise including areas of emerging technology.
Establishes project milestones and schedules, prepares cost estimates, functional studies, construction plans and specifications and monitors for adherence to master plans, budgets and schedules.
The PM4 in this unit will focus primarily on P3 projects varying in size and complexity.