Autonomous Building Engineering Project Manager

Roche•South San Francisco, CA

About The Position

Are you an innovative automation leader eager to revolutionize research facilities? Genentech is launching a new chapter with the creation of its Campus Development Team (CDT), tasked with turning the ambitious Campus Vision Plan for the South San Francisco campus into reality. We are seeking a dynamic Senior Principal Automation Project Manager to spearhead the integration and delivery of advanced control systems and intelligent building technologies within our cutting-edge laboratories and research environments. This is your opportunity to influence the future of life sciences infrastructure by driving automation initiatives that foster innovation, collaboration, and operational excellence. At the forefront of our campus transformation, this role offers a unique chance to shape a highly automated, data-driven research hub. You will be responsible for implementing automation systems that support complex laboratory operations, autonomous building controls, and smart infrastructure, all aligned with our commitment to sustainability and digital innovation. If you are a strategic thinker with a passion for cutting-edge technology and a talent for leading cross-disciplinary teams, we invite you to join us in redefining the future of biotech innovation. The Opportunity The responsibilities for this position may include, but are not limited to:

Requirements

Bachelor’s degree in Mechanical, Electrical, or related Engineering discipline; PE licensure is preferred.
10+ years of project management experience in automation, controls, and systems integration, with at least 5 years supporting large-scale capital projects in Life Sciences, Data Centers, or High-Tech industries.
Proven hands-on experience delivering Building Automation Systems (BAS/BMS), lighting controls, PLC automation, and facilities controls within complex infrastructure projects.
Deep familiarity with BMS/EMS platforms such as Siemens Desigo, Honeywell Forge, Schneider EcoStruxure, and IoT sensor integration.
Experience deploying robotics in operational environments and understanding of digital twin technologies.
Strong knowledge of interoperability standards such as BACnet, MQTT, and Haystack to support connected device ecosystems and data-driven operations.
Demonstrated success managing design consultants and vendors, reviewing technical submittals, and leading multidisciplinary coordination efforts.

Responsibilities

Leading the end-to-end delivery of automation, controls, and smart building systems, serving as the single point of accountability for project success.
Serving as the primary technical authority for automation system design, integration, and implementation across all project phases, collaborating closely with project teams.
Driving the development of a unified Integrated Building Management System (IBMS) that bridges building infrastructure with highly automated laboratory systems.
Advancing the integration of Building Automation Systems (BAS/BMS), utilities controls, lighting, environmental monitoring, IoT sensors, occupancy sensing, and PLC systems to enable fully connected, smart, and data-driven operations.
Acting as a key liaison between MEP engineers, IT and Cybersecurity teams, scientists, automation engineers, and external vendors to ensure systems align with research and operational goals.
Partnering with site functions such as Site Services and Site Operations to coordinate project execution, vendor management, and design approvals.
Ensuring all automation and smart building designs comply with regulations, internal standards, sustainability goals, and digital transformation strategies.

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