Senior Sediment Remediation Scientist — Lead Projects

CDM Smith; Jackson (MS); On-site; USD 91,000 - 160,000; Full time

Job summary

CDM Smith is seeking a mid- to senior‑level Sediment Remediation Scientist or Geologist to lead sediment remediation projects for federal and public clients. The role involves evaluating remediation technologies, leading teams, and communicating complex designs to clients and stakeholders.

The position requires a bachelor’s degree and about 7 years of related experience, with travel可能. Join a team focused on delivering world-class solutions across diverse sites.

Qualifications

• Bachelor's degree required, 7+ years related experience.
• Domestic and/or international travel may be required.

Responsibilities

• Evaluate feasibility of sediment remediation technologies and design sediment remediation solutions for various sites.
• Understand principles of sediment transport, site assessment, sampling, cap modelling, dredge approaches, and remedial action construction.
• Support mathematical/statistical evaluations of environmental data sets.
• Act as task manager, communicating technical strategy to client and coordinating with SMEs.
• Demonstrate expertise in CERCLA, GLLA and other regulatory steps at sediment sites.
• Liaise with client, public, and outside consultants, explaining complex evaluations to non-experts.
• Lead staff in preparing and reviewing technical information to ensure regulatory compliance.

Skills

Sediment remediation

Team leadership

Client coordination

Communication skills

Education

Bachelor's degree

Job description

CDM Smith is seeking a mid- to senior‑level Sediment Remediation Scientist or Geologist to lead sediment remediation projects for federal and public clients. The role involves evaluating remediation technologies, leading teams, and communicating complex designs to clients and stakeholders.

The position requires a bachelor’s degree and about 7 years of related experience, with travel可能. Join a team focused on delivering world-class solutions across diverse sites.