About the job
Become a part of the 2025 AIA Firm Award Winner dedicated to creating a sustainable future.
At LPA, we are a team of visionary designers, engineers, and researchers passionate about addressing the pressing challenges of our time. Our innovative "No Excuses" integrated design philosophy has been lauded by the AIA as “a pioneer in sustainable, high-performance architecture”. Joining LPA means becoming part of a collaborative environment that values diverse perspectives and collective input to achieve our ambitious goals.
We are actively seeking a Plumbing Design Project Manager to enhance our vibrant team. In this role, you will thrive in a culture that prioritizes collaboration, technical excellence, and personal development. As a member of our MEP+L Systems engineering team, you will engage with a wide array of projects, working closely with multidisciplinary teams across our California and Texas offices to bring forward-thinking, community-focused designs to fruition.
Discover more about our MEP+L Systems Engineering team by following this link.
Your Responsibilities:
Prepare and/or supervise comprehensive plumbing drawings for schematic design, design development, and construction documentation, working closely with internal teams, architects, clients, and consultants.
Lead plumbing design initiatives and coordinate with various disciplines to establish requirements for plumbing systems, equipment, and materials throughout the project lifecycle.
Ensure the design of fire protection systems is coordinated in accordance with the requirements set by the Authority Having Jurisdiction.
Utilize a robust understanding of design standards and code requirements related to plumbing and fire protection systems.
Contribute to diverse projects varying in size and complexity, including large-scale, technically intricate initiatives and those incorporating emerging industry technologies.
Develop innovative and practical plumbing design solutions using sound judgment; assess alternative design approaches to ensure optimal results.
