Professional Engineer

About Remedy

Remedy is a startup committed to addressing the planet’s enormous challenge of environmentally contaminated land. Our mission is to build massively scalable, automated soil remediation solutions to return contaminated land to productive use. We do this by developing and deploying novel hardware and software tools to streamline investigation, remediation, reporting, and management of contaminated sites. Unlike other firms, Remedy controls the entire process, from site identification to redevelopment entitlement and hand-off to a developer.

Position Summary

We are seeking a mid-level California-Licensed Professional Engineer to support engineering, remedial design, and implementation across Remedy’s growing portfolio of contaminated-property assessment, remediation, and redevelopment projects.

This is a hands-on role spanning the full lifecycle of a project: site assessment and remedial planning, engineering design, contractor procurement and management, field implementation, regulatory coordination, and integration of remediation with future site- development needs. The position will work closely with Remedy’s Head of Environmental and with internal development, laboratory, and engineering teams.

The candidate will initially be Remedy’s sole licensed Professional Engineer and will have final engineering review and stamp authority for work requiring a California P.E. Candidates should therefore have experience and professional judgment commensurate with independently reviewing and taking responsibility for engineering work.

The ideal candidate has a strong environmental or civil engineering background, understands how remediation projects are conducted in the field, and is comfortable managing several projects at different stages of investigation, design, remediation, and redevelopment simultaneously.

Key Responsibilities

• Remedial Engineering & Design

  • Develop and evaluate remedial alternatives for contaminated soil, groundwater, and soil vapor.

  • Prepare and review engineering calculations, design criteria, drawings, specifications, remedial action plans, implementation plans, construction documents, and contractor scopes of work.

  • Evaluate remedial alternatives based on technical performance, constructability, cost, schedule, regulatory acceptance, and compatibility with future redevelopment.

  • Evaluate excavation, earthwork, shoring, grading, foundations, utilities, soil reuse, vapor mitigation, and other engineering issues in conjunction with future site development.

  • Identify opportunities to integrate environmental remediation with demolition, grading, foundation, and site-development work to reduce overall project cost and schedule.