... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Quick apply
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Quick apply
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Geotechnical Engineer, Staff
Portland, OR · On-site
$70K - $90K/yr
GRI is seeking a Staff Geotechnical Engineer to join our growing team. As a Staff Engineer at GRI ... Perform lab testing including Atterbergs, Consols, Direct Shear, Proctor, Triaxial, etc. * Perform ...
Geotechnical Engineer, Staff
Portland, OR · On-site
$70K - $90K/yr
GRI is seeking a Staff Geotechnical Engineer to join our growing team. As a Staff Engineer at GRI ... Perform lab testing including Atterbergs, Consols, Direct Shear, Proctor, Triaxial, etc. * Perform ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Quick apply
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Quick apply
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Quick apply
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Senior Geotechnical Engineer
$108K - $162K/yr
Geotechnical expertise including leading geotechnical investigations, scoping, budgeting and proposal writing; direct field investigations and lab testing; perform data analysis and develop ...
Senior Geotechnical Engineer
$108K - $162K/yr
Geotechnical expertise including leading geotechnical investigations, scoping, budgeting and proposal writing; direct field investigations and lab testing; perform data analysis and develop ...
This will include completing field work to direct and oversee subcontracted geotechnical drilling ... lab test results for soil and rock samples, provide maintenance of field test equipment, and ...
This will include completing field work to direct and oversee subcontracted geotechnical drilling ... lab test results for soil and rock samples, provide maintenance of field test equipment, and ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Quick apply
... field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks ... triaxial, direct shear, permeability/infiltration). * Foundation engineering (shallow/deep ...
Director Geotechnical Lab information
See salary details
$34.5K - $47K
2% of jobs
$47K - $59.5K
4% of jobs
$59.5K - $72K
7% of jobs
$82.1K is the 25th percentile. Wages below this are outliers.
$72K - $84.5K
14% of jobs
$84.5K - $97K
16% of jobs
The median wage is $103.8K / yr.
$97K - $109.5K
12% of jobs
$109.5K - $122K
16% of jobs
$126.4K is the 75th percentile. Wages above this are outliers.
$122K - $134.5K
11% of jobs
$134.5K - $147K
7% of jobs
$147K - $159.5K
5% of jobs
$159.5K - $172K
5% of jobs
$34.5K
$107.6K
$172K
How much do director geotechnical lab jobs pay per year?
What is the difference between Director Geotechnical Lab vs Geotechnical Engineer?
| Aspect | Director Geotechnical Lab | Geotechnical Engineer |
|---|---|---|
| Credentials | Bachelor's or Master's in Geotechnical Engineering, often with management experience | Bachelor's or Master's in Geotechnical Engineering or related field |
| Work Environment | Laboratory management, overseeing testing facilities, coordinating teams | Fieldwork, analysis, design, and reporting on geotechnical projects |
| Industry Usage | Leadership role in geotechnical labs within consulting firms, construction, or mining | Project-focused role in engineering firms, construction, or consulting |
The main difference is that the Director Geotechnical Lab oversees laboratory operations and manages teams, while a Geotechnical Engineer focuses on conducting tests, analysis, and designing solutions. The director has a broader managerial role, whereas the engineer is more hands-on with technical work.
Full-time
Medical, Dental, Vision, Life, Retirement, PTO
Posted 27 days ago
Job description
- Plan and manage subsurface investigations (scopes, drilling oversight, H&S integration for impacted media), prepare boring logs, and synthesize field/lab data into GDR/GER deliverables with clear assumptions, design parameters, and risks.
- Perform geotechnical analyses for foundations, embankments, retaining structures, slope stability, and seepage; translate results into drawing/specification packages and construction criteria.
- Develop designs and specifications for temporary excavation support, dewatering/groundwater control, trench safety, and construction phasing to support remediation and civil works.
- Support remedial design elements such as soil mixing/ISS, slurry cutoff walls, cap/cover systems, geosynthetics selection and CQA planning, settlement monitoring (inclinometers, piezometers, settlement plates), and risk controls for contaminated soils/groundwater.
- Prepare and check earthwork, grading, and backfill specifications; define compaction/QA plans; review geotechnical RFIs and submittals; and support contractor means/methods reviews.
- Subsurface exploration planning and oversight (SPT, CPT, rock coring) logging per USCS, and development of Geotechnical Data Reports (GDR) and Geotechnical Engineering Reports (GER).
- Laboratory/field testing familiarity (moisture-density/Proctor, field density, Atterberg limits, grain size, consolidation, triaxial, direct shear, permeability/infiltration).
- Foundation engineering (shallow/deep), settlement and bearing evaluation, ground improvement concepts.
- Slope stability and seepage.
- Earth retention (temporary/permanent SOE, tiebacks/soil nails), trench stability, and temporary work.
- Remediation-focused geotech (ISS/soil mixing, slurry cutoff walls, cap/cover systems, geosynthetics/CQA, dewatering and groundwater control).
- Take the technical lead in site civil designs; coordinate soil-structure interactions; construction phase testing, and construction permitting.
- Lead teams of multi-disciplined engineers through project delivery.
- Project delivery & quality:
- Work with the engineering team to meet scope, schedule, budget, quality, and safety requirements; coordinate sub-consultants and drilling/testing vendors.
- Complete requests for proposals (RFPs), develop scopes of work, obtain vendor quotes, and evaluate technical merit.
- Provide field engineering services during construction (CQA/CQC observation, shop drawing reviews, submittals, change evaluations).
- Diligently implement company business practices, including adherence with the Engineering Design Quality Management Plan (EDQMP) and project quality controls.
- Execute all work professionally, safely, and ethically according to company values and client contracts.
- Lead/participate in local professional societies and associations for networking.
- Bachelor's degree in Civil, Environmental, or Geotechnical Engineering; a master's degree with a geotechnical emphasis is a plus, and approximately five (5) to eight (8) years of engineering experience is preferred.
- Professional Engineer (P.E.) license preferred or ability to achieve PE within 90 days of hire.
- Active NCEES Record with the ability to gain additional state licenses through reciprocity.
- Proficient in finite element geotechnical modeling software
- Lead field teams to collect environmental samples and support engineering during construction.
- Ability to lift 50 pounds and traverse uneven terrain.
- Excellent communication skills: ability to convey technical presentations and participate in client meetings.
- Ability to work both in a team and independently.
- US Citizen able and willing to obtain security clearance to perform work on DoD sites.
- OSHA 40Hour HAZWOPER, OSHA 30Hour Construction, and CPR/First Aid a plus.
- Maintains a valid driver's license and can travel.
- Proficient with Microsoft Office software.
- GeoStudio SLOPE/W for slope stability and basal-heave checks on earthworks and temporary works.
- GeoStudio SEEP/W for seepage evaluation of caps/liners and groundwater control.
- SupportIT (v2.39) for soldier-pile and anchored-wall design/verification on constrained remediation sites.
- ProSheet (2017) for sheet-pile/anchored-wall analyses where applicable.
- gINT for boring logs and subsurface data management.
- PLAXIS 2D/3D for advanced soil-structure interaction and staged construction analyses.
- Rocscience suite (Slide2/Slide3, Settle3) for limit-equilibrium slope stability and settlement analyses.
- LPILE/Group (or equivalent) for laterally loaded deep foundation analysis.
- Medical, Dental, Vision, 401K with base and matching employer stock contributions.
- Paid time off includes personal, holiday and parental.
- Life and disability plans.
- Critical illness and accident plans.
- Work/Life flexibility.
- Professional development opportunities.
About Weston Solutions
Sourced by ZipRecruiter
Industry
Environmental consulting services
Company size
1,001 - 5,000 Employees
Headquarters location
West Chester, PA, US
Year founded
1957