
BIM Designer I-III
CA | GA | NY | CR
About Sherwood
Sherwood is a civil and environmental engineering firm that is committed to investing in and embracing people, communities and the environment.
Our team has delivered net zero energy and net zero carbon systems, net positive water systems, resilient coastlines, natural resource protection, green streets, living roofs and more for thousands of clients in the region and across the globe. We specialize in sustainable infrastructure, water management strategies, green building design, and systems based solutions for infrastructure and landscapes. Our focus is on the conservation and management of the consumption of all site resources — carbon, energy, water, and waste. We’ve worked on over thirty award-winning projects, and our work has been published locally and internationally.
Founded in 2003, our award-winning projects include Hudson Yards in New York (the largest private real estate development in U.S. history), San Francisco Better Streets Plan, Greater New Orleans Urban Water Plan, revitalization of the iconic waterfront Brooklyn Bridge Park, and the 35 square-km Baietan Urban Area Plan in the heart of Guangzhou, China.
Our mission is to engineer an environmentally and socially regenerative planet. Will you join us?
Are you a BIM / Revit power user who's been itching to break the mold; to design ecological systems and complex, integrated site work that most toolsets and project types rarely allow?
Sherwood is currently seeking a BIM / Computational Designer to support an evolving design and documentation workflow within our landscape architecture, planning, and engineering practice. The successful candidate will work as an integral part of the project team, collaborating across landscape architecture, urban design, structural engineering, and civil disciplines to support complex Rhino-to-Revit workflows, cloud based BIM environments, and ongoing design coordination through the CD process. This candidate will help translate evolving computational and geometric design systems into coordinated Revit documentation models suitable for consultant coordination, IFC exchange, and construction documentation.
Minimum Skills
Preferred Skills
Expected Outcomes
What We Offer
Compensation:
The wage range for this role takes into account the wide range of factors that are considered in making compensation decisions, including but not limited to: skill sets; experience and training; licensure and certifications; and other business and organizational needs. At Sherwood Design Engineers, it is not typical for an individual to be hired at or near the top of the range for their role and compensation decisions are dependent on the facts and circumstances of each case. A reasonable estimate of the current range is $73,000 to $118,000. The disclosed range estimate has not been adjusted for the applicable geographic differential associated with the location at which the position may be filled.
Reasonable accommodations may be made to individuals with disabilities to perform the essential functions. We will consider for employment qualified applicants with arrest and conviction records.
To Apply:
Design portfolios must be submitted as part of the application for this position. Applications submitted without a portfolio will not be reviewed. Portfolios should be one PDF attachment, maximum 10 MB.

Sherwood Design Engineers is a site civil engineering practice committed to the optimal integration of ecology, infrastructure, and design. Our headquarter is in San Francisco with Offices and Studios located in San Francisco, New York, Atlanta, Los Angeles, Petaluma, and Santa Cruz. We specialize in water management strategies and water resources engineering. We document site infrastructure as well as master plan engineering solutions at a campus, neighborhood, and district scale. Important to our engineering practice is our ability to span building and landscape. Sherwood works collaboratively with project teams to find ways to maximize efficiencies through an integrated and ecological approach that results in high performance buildings and landscapes recognized for function as well as aesthetics and user experience.