Hydrogeology Director

Job Description
AECOMis actively seeking a highly motivated Hydrogeology Director to join our well established and growing Coal Combustion Residuals (CCR) / Geotechnical department in the Southeast region of the United States. As a key member of our CCR staff, candidate will be working on rewarding projects throughout the southeastern United States within a diverse culture and having access to exceptional training and career development opportunities.
AECOM is searching for an individual with analytical and numerical groundwater flow and solute transport modeling background to add to our groundwater team. The Leadership team is searching for candidates with experience in the CCR market that are a leader and role model, client-focused, impactful and decisive.
This is a great opportunity for highly motivated engineers to build on your career while helping address the region’s key environmental and engineering challenges. In this role, you will support the design of various CCR disposal facilities,earthen dams, bridges, retaining walls, roadways, and other geotechnical, civil, and remediation projects.
The job responsibilities for the position will include but are not limited to:
Provide leadership to the team in place. Posses a strong groundwater modeling resume and have a background of leading hydrogeologic investigations at large, complex sites demonstrating history in the development of remedial strategies and closure:
Provide statistical analysis of hydrogeologic data, well-field design, installations, contaminant fate and transport analyses, groundwater modeling using MODFLOW, MODFLOW-USG, FEFLOW, PEST, MT3D, RT3D, and MODPATH (SEAWAT and FEFLOW desired but not necessary)
Understanding of LNAPL modeling;
decision tree development;
and preparation of feasibility studies and remedial action plans.
Participate in client and agency meetings and teleconferences and should be highly skilled in technical presentations and advocacy discussions.
Familiar with the geology/hydrogeology of various environments including sedimentary and fractured rock settings, statistical analyses of groundwater data, groundwater modeling and DNAPL/LNAPL investigations.