Geotechnical engineering firms operate at the intersection of field investigation, laboratory analysis, and technical reporting—a workflow that generates substantial data entry, document coordination, and subcontractor logistics demands. Yet much of this work falls to engineers whose time is more productively spent interpreting subsurface data and developing foundation recommendations. The American Council of Engineering Companies (ACEC) 2025 Engineering Business Survey found that geotechnical engineers at small and mid-size firms spend an estimated 25 percent of their time on data entry, proposal preparation, and subcontractor coordination tasks that do not require engineering licensure. Virtual assistants are taking over that workload.
Boring Log Data Entry: A High-Volume, Low-Judgment Task
Field boring logs are the foundational data set for geotechnical analysis, but converting handwritten or scanned field logs into structured digital records in gINT, gINT Cloud, or AGS-formatted databases is painstaking, time-consuming work. Each boring log requires careful entry of soil classification, blow counts, sample depths, groundwater observations, and field test data—with accuracy essential to the integrity of the geotechnical report.
A virtual assistant trained in gINT workflows handles boring log data entry directly from field notes, scanned logs, or dictated records provided by the field engineer. The VA populates the gINT project database, runs internal consistency checks on the entered data, and flags anomalies—such as unusual blow count sequences or missing sample data—for engineer review before the logs are finalized. This quality-control step reduces the error correction burden on engineers and accelerates the path from field investigation to report production.
For firms using laboratory information management systems (LIMS) to track soil and rock sample testing, the VA maintains the chain of custody log, monitors expected lab turnaround dates, and follows up on overdue results. When laboratory data is received, the VA imports it into the project database and notifies the engineer of record.
Proposal Administration: Winning Work Without Wasting Engineer Hours
Geotechnical firms compete for projects through qualifications-based selection processes that require detailed technical proposals, fee estimates, and relevant project experience documentation. Assembling these proposals—pulling resumes, formatting project experience sheets, drafting scope-of-services text from past templates, preparing fee spreadsheets—is time-intensive work that diverts senior engineers from billable project tasks.
A geotechnical VA manages the proposal assembly process from RFP receipt through submission. The VA maintains an up-to-date library of standard scope language, project experience descriptions, and staff resumes in Deltek Vantagepoint's CRM module or a SharePoint document library. When an RFP is received, the VA extracts key requirements, maps them to available template content, and assembles a first-draft proposal for engineer review. The VA formats the final document per the client's submission requirements, prepares the electronic submission package, and tracks the proposal in the go/no-go pipeline.
IBISWorld's 2026 Geotechnical Engineering Services industry analysis notes that the U.S. geotechnical market is benefiting from a surge in infrastructure investment under the Infrastructure Investment and Jobs Act, with municipal, transportation, and energy sector project demand driving proposal volume to record levels at many regional firms.
Drilling Subcontractor Coordination and Field Mobilization Logistics
Most geotechnical investigations rely on drilling subcontractors for borings, test pits, and cone penetration tests. Coordinating these subcontractors—obtaining quotes, issuing subcontracts, scheduling mobilizations, managing site access logistics, and processing invoices—is a significant administrative function that can occupy a project manager for hours on each investigation.
A virtual assistant handles the full drilling coordination workflow. The VA maintains a preferred subcontractor list with current contact information, insurance certificates, and equipment capabilities. When a new investigation is authorized, the VA solicits quotes from qualified drillers, prepares the subcontract agreement using the firm's standard template, and coordinates site access with the property owner or general contractor. During the field program, the VA tracks the drilling schedule against the field program plan and communicates any site access changes to the subcontractor and field engineer.
Post-investigation, the VA processes the drilling subcontractor's invoice against the authorized subcontract amount, flags any quantity variances, and routes the invoice for engineer approval and accounts payable processing. For firms using Deltek Vantagepoint for project accounting, the VA ensures that subcontractor costs are posted to the correct project and phase codes.
Building a More Efficient Geotechnical Practice
The combination of boring log data entry support, proposal administration, and subcontractor coordination allows geotechnical engineers to focus on the subsurface analysis and report writing that drives client value. Firms that deploy VA support across these three functions report recovering 12 to 18 engineer hours per month per project—hours that translate directly to increased billable capacity.
Stealth Agents provides geotechnical engineering firms with virtual assistants trained in gINT, Deltek Vantagepoint, and AEC project coordination workflows. Explore staffing options at Stealth Agents.
Sources
- American Council of Engineering Companies (ACEC). 2025 Engineering Business Survey. ACEC, 2025.
- IBISWorld. Geotechnical Engineering Services in the US – Industry Report. IBISWorld, 2026.
- Deltek. 2025 Clarity Architecture & Engineering Industry Study. Deltek, 2025.
- U.S. Bureau of Labor Statistics. Occupational Outlook Handbook: Geoscientists. BLS, 2025.