Assist in developing and mentoring geotechnical engineering staff.
Reviewing field investigations and conducting engineering analyses, calculations, and designs.
Developing geotechnical engineering scope of services and fee estimates.
Perform project management activities including communicating (internally) resource needs, managing client expectations, planning and delegating work, management of project budgets, invoicing and backlog reporting. Manage client relationships, new and existing.
Preparation and review of geotechnical engineering reports, technical documents, and presentations, for a variety of applications, projects, and clients.
Participate in business development activities as instructed by the Group Leader.
Responsibilities may include planning, managing preparing for, and oversight of geotechnical and geologic field investigations.
Manage, execute, and provide technical support, in a team setting and on a variety of challenging geotechnical and interdisciplinary infrastructure projects.
Communicate (externally) with clients, sub-consultants, team members, and regulators, establish goals and objectives for project teams, and schedule and coordinate resources, to deliver projects on time, within budget, and to the quality expectations of the client.
Contribute to maintaining and developing Schnabel’s strong brand in the geotechnical market through thoughtful leadership embodied in published papers, white papers, and participation at recognized conferences and workshops.
Requirements
pe license
15+ yrs
autocad
geostudio
leadership
bachelor's
Ability to thrive in a collaborative team environment
Experience managing geotechnical services for Design-Bid-Build and alternative delivery projects
Ability to pass a background check which may include criminal history, motor vehicle record, credit check.
Bachelor’s Degree in Geotechnical and/or Civil Engineering from an ABET-accredited program
Professional Engineering license
Excellent oral and written English technical verbal and written communication skills.
Strong technical background using various geotechnical and computer-aided design software, such as Geostudio, Rocscience, gINT, PYWall, LPILE, GROUP, and AutoCAD/Civil 3D. Numerical modeling using programs such as PLAXIS and FLAC are a plus.
Must have proficiency and thorough understanding of the Geotechnical Design Manual and procedures.
15+ years of relevant professional experience in geotechnical engineering
Must be able to occasionally travel to project sites, both local and remote, and be able to lift heavy loads (up to 25 pounds).
Prior experience with geotechnical transportation, dam, geostructural, and mining related design
Ability to multi-task and manage concurrent projects
Prior experience providing geotechnical engineering services for agencies
Ability to pass a pre-employment drug screening
Strong work ethic and a desire for continual self-improvement
Master’s Degree or higher in Geotechnical or Civil Engineering
Must be able to lead, supervise, and mentor junior engineers, technicians, and geologists
Benefits
Supplemental life insurance
9 Paid Holidays
Short-term disability (100% company-paid)
Long-term disability
Employee stock ownership plan (ESOP)
Employee life & ADD insurance (100% company-paid)
Bonus program
401(k) and profit-sharing plan
Wellness program
Dental insurance
Flexible spending accounts
Medical insurance
Professional development and tuition reimbursement
Paid time off
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
must pass background check (criminal history, motor vehicle record, credit check).
Company
Overview
Founded in 1956
Year Established
The company was established in 1956.
750 Million Revenue
Annual Revenue
Achieved approximately $750 million in revenue as of March 2025.
Top 250 Firm
ENR Ranking
Recognized as a Top 250 Design Firm by ENR.
From its headquarters in Virginia, it blends technical design and on‑site build for tunnels, dams, foundations and retention systems.
Typical projects include data center foundations, stadium ramp support, sewer installations and gravity‑retaining walls.
Their team engineered thousands of earth‑retention systems—soldier piles, soil nails, secant piles, jet grouting, micropiles—spanning remote and urban sites.
Known for pioneering permanent soil‑nail and tie‑back systems, turning temporary shoring solutions into long‑term engineering staples.
Culture + Values
30+ years
Experience-driven success
Leveraging over three decades of expertise to deliver consistent results for clients.
1000+ clients
Client trust and growth
A proven track record of delivering value to over a thousand clients across various industries.
98% success rate
Efficiency and outcomes
A highly efficient approach that consistently achieves desired outcomes for clients.
20+ offices
Nationwide presence
A comprehensive, nationwide network providing local expertise and global reach.
A principled and proven company, trusted and transparent, always doing what we say we’re going to do to ensure that our clients and employees are protected from any unnecessary risk.
Optimizing efficiencies by leveraging decades of experience to provide approaches that eliminate complexity and consistently deliver positive outcomes for our clients.
Guided by the principles of our founder … commit daily to a proven system for success.
Safety-oriented workplace culture with management involved in low-level operations and approachable leadership.
Collaborative, team-focused environment where everyone works together.
Nationwide design-build structure offering career autonomy and opportunity to work across field and office.
Environment + Sustainability
100% Solar-Powered
Facility Energy Source
Primary equipment facility in Strasburg, VA operates entirely on solar energy.
100% Petroleum-Based Recycling
Recycling Efficiency
All petroleum-based products are recycled, minimizing environmental impact.
100% Shop Towels Recycled
Waste Management
Utilizes recycled-cotton shop towels to reduce waste and environmental footprint.
100% Material Planning
Efficiency Measure
Implement meticulous material planning to minimize waste and optimize resource use.
Prioritize battery-powered tools and equipment to reduce carbon emissions and eliminate fuel spills
Replace heavy equipment engines with Tier IV models and use high-efficiency particulate filters to cut emissions
Comprehensive spill-response plans and on-site kits to prevent and manage fuel or material leaks
Stormwater pollution prevention via silt fencing and hay bales near waterways
Use renewable wood materials in lagging projects and comply with LEED-certified sustainable materials
Heat equipment facility with recycled oil and lubricants
Employ fluid-recycling technology in jet-grouting to reduce cement use
Digital documentation and power-monitoring to minimize waste
Inclusion & Diversity
No publicly stated DEI strategy or measurable outcomes found on company website or LinkedIn
No published gender breakdown or targets available