Oversee the creation of detailed research workplans addressing bridge-related soil–structure interaction and targeting high-priority challenges faced by state DOT engineers.
Perform standard and advanced geotechnical laboratory tests, including triaxial, direct shear, resilient modulus, permeability, and erosion testing, in line with ASTM and AASHTO standards.
Prepare, fabricate, and test soil and aggregate specimens, covering both large‑scale and specialty testing scenarios.
Install instrumentation, assemble data acquisition systems, and assist with field monitoring activities.
Apply machine learning, AI tools, and advanced data analytics to interpret complex laboratory and field datasets.
Analyze laboratory and field data and produce plots, summaries, and interpretations.
Conduct literature reviews, synthesize findings, and contribute to the development of research workplans.
Carry out advanced numerical modeling, including finite element and constitutive modeling, with a focus on soil–structure interaction.
Document test procedures with detailed notes, photographs, and schematics.
Develop and prepare FHWA research reports, TechBriefs, and peer‑reviewed publications.
Support the preparation of presentations, technical summaries, and technology‑transfer materials.
Assist with equipment setup, maintenance, calibration, safety compliance, and procurement of specialty instrumentation and supplies.
Participate in weekly progress meetings and maintain organized project files.

Master’s degree in civil engineering with a core concentration in Geotechnical Engineering.
Demonstrated experience in bridge‑related geotechnical engineering, soil–structure interaction, and advanced material or aggregate characterization.
Hands‑on experience planning, conducting, analyzing, and reporting on laboratory‑scale or large‑scale geotechnical research beyond degree requirements.
Track record of technical publications and presentations.
Strong computational and data analysis skills, with proficiency in MATLAB, Python, R, or similar programming languages used in engineering applications.
Excellent written and verbal communication skills, with the ability to produce publication‑ready technical content.

Work within a premier federal research facility equipped with state‑of‑the‑art geotechnical instrumentation.
Access detailed facility information through the provided link to learn more about capabilities and resources.
Contribute to nationally impactful research that influences U.S. transportation policy and design practices.
Collaborate with a multidisciplinary team spanning geotechnical, structural, hydraulic, and materials engineering disciplines.
Advance your career through hands‑on research, scholarly publications, and opportunities for technical leadership.

Salary: USD 85,000 to 100,000 per year.

Onsite operations in McLean, Virginia.

Geotechnical Research Engineer - Level 2

Job Description