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CASE STUDY · Construction & Engineering

50% Faster Report Turnaround and 3x Project Throughput With a Remote Geotechnical Analysis Pod

Facing a 6-week average report turnaround, a backlog of 34 pending site investigations, and senior engineers spending 40% of their time on data entry instead of analysis, the consultancy deployed a 5-person remote geotechnical pod that now handles subsurface data processing, CAD/GIS drafting, soil report writing, and project coordination inside gINT, GeoStudio, AutoCAD Civil 3D, and ArcGIS — starting from $5/hour.

77%

Lower geotechnical operations cost

50%

Faster report turnaround

3x

Project throughput increase

Client Snapshot

IndustryConstruction & Engineering / Geotechnical
Company Size72 engineers, $28M annual revenue
GeographyUnited States
StackgINT, GeoStudio, AutoCAD Civil 3D, ArcGIS, PLAXIS, Microsoft Project

The Challenge

The consultancy specializes in foundation design, slope stability analysis, and environmental site assessments across commercial, infrastructure, and energy projects. With 72 engineers across four offices and $28M in annual revenue, the firm was winning more work than it could deliver. A 34-project backlog was growing by 5–8 new engagements per month, report turnaround had stretched to six weeks, and two municipal clients had issued formal complaints about missed deliverable deadlines.

1

Report turnaround was delaying project milestones

Average geotechnical report delivery had stretched from 3 weeks to 6 weeks over the previous 18 months. The bottleneck sat at the data-processing and drafting stage — borehole logs needed manual entry into gINT, lab results required cross-referencing against ASTM standards, and every report needed 8–12 AutoCAD figures. Two DOT contracts carried liquidated damages clauses tied to report delivery dates, putting $340K in penalty exposure on the table.

2

Senior engineers were trapped in data entry

Time-tracking data showed PE-licensed engineers spending 40% of their billable hours on borehole log entry, lab data formatting, and GIS layer preparation — tasks that required technical knowledge but not professional engineering judgment. At the firm’s $185 blended billing rate, each senior engineer was consuming $148K annually in non-value-added data processing work instead of analysis, design, and client advisory.

3

Project backlog was eroding client retention

The firm carried 34 active site investigations with only 12 staff members available for data processing and drafting. Three repeat clients representing $4.2M in annual billings had requested timeline guarantees the firm could not make. The business development team reported losing two competitive bids specifically because prospective clients cited the firm’s recent delivery track record as a disqualifier.

4

Hiring locally was too slow and too expensive

A US-based geotechnical data analyst cost $78K–$95K fully loaded. A CAD/GIS drafter with civil engineering experience ran $72K–$88K. The firm needed five hires to clear the backlog and sustain 3x throughput, but the local talent pool for gINT- and PLAXIS-proficient analysts was thin — the last two postings sat open for 14 weeks with only six qualified applicants between them.

Our PEs were spending half their week entering borehole data into gINT instead of designing foundations. We had 34 projects backed up, two DOT contracts with penalty clauses, and our best clients were asking for delivery guarantees we couldn’t give. We needed five people with geotechnical software skills, and the local market couldn’t produce them in any reasonable timeframe.

Z
VP of Operations US Geotechnical Consultancy (name withheld — NDA)
★★★★★

The Solution: A Pre-Vetted Zedtreeo Team

Zedtreeo deployed a 5-person remote geotechnical analysis pod within 10 business days. The pod was structured as a full-service back-office engineering support team — geotechnical data analysts, CAD/GIS drafters, a soil report writer, a laboratory data processor, and a project coordination specialist — all operating inside gINT, GeoStudio, AutoCAD Civil 3D, ArcGIS, PLAXIS, and Microsoft Project with the firm’s report templates, ASTM reference libraries, and QA/QC checklists.

Team Composition Deployed

A 5-person geotechnical pod sized to clear a 34-project backlog, hold a 3-week report SLA, and free senior engineers from data-processing tasks that consumed 40% of their billable capacity.

G
Geotechnical Data Analyst (1)Borehole log entry and QC in gINT, SPT/CPT data interpretation, lab result cross-referencing against ASTM D2487/D4318, subsurface profile generation, GeoStudio slope stability model setup.
C
CAD/GIS Drafters (2)AutoCAD Civil 3D boring location plans, subsurface cross-sections, foundation detail sheets, ArcGIS site maps with geospatial layers, PLAXIS mesh visualization exports, figure standardization to firm templates.
S
Soil Report Writer (1)Geotechnical engineering report drafting, site description narratives, subsurface condition summaries, foundation recommendation sections, QA/QC compliance with ASCE and state DOT standards, appendix assembly.
L
Laboratory Data Processor (1)Lab test result entry, Atterberg limits and grain-size distribution formatting, proctor and CBR data tabulation, moisture-density curve plotting, lab report QC, LIMS coordination.
P
Project Coordination Specialist (1)Microsoft Project schedule management, deliverable tracking, subcontractor coordination, client status reporting, document control, submittal log maintenance, milestone alerting.

Tools & AI Stack Deployed

The pod operates inside the firm’s existing stack — gINT for borehole data management, GeoStudio for slope stability and seepage analysis, AutoCAD Civil 3D for engineering drawings, ArcGIS for geospatial mapping, PLAXIS for finite element analysis support, and Microsoft Project for scheduling. All team members signed enhanced NDAs with project confidentiality protections, completed ASTM standards training specific to the firm’s testing protocols, and passed gINT and AutoCAD Civil 3D proficiency assessments before accessing any project data.

Execution Timeline

1 2 3 4
1

Week 1

Kickoff & Clearance

Requirements call, NDA execution, gINT + AutoCAD Civil 3D + ArcGIS + Microsoft Project access provisioning, ASTM standards orientation. 5 specialists shortlisted and interviewed by VP of Operations in 48 hours.

2

Week 2–4

Onboarding & Trial

5-day free trial on live project queue. Report templates imported, QA/QC checklists configured, first 6 borehole log packages processed with PE review scoring. gINT proficiency verified on production data.

3

Month 2–3

Backlog Clearance

Report turnaround drops to 3 weeks. 22 of 34 backlogged projects cleared. Senior engineer data-entry time reduced from 40% to 8%. ArcGIS site mapping standardized across all four offices.

4

Month 4–6

3x Throughput & Scale

Full backlog cleared. Concurrent project capacity tripled from 12 to 36. DOT penalty exposure eliminated. 77% cost reduction booked. Pod extended with 1 environmental site assessment specialist.

The Results

Within 90 days, the geotechnical operations function transformed from a delivery bottleneck into a throughput engine that cleared a 34-project backlog, freed senior engineers to focus on billable analysis work, and tripled the firm’s concurrent project capacity without adding a single US-based hire.

Performance Before → After

Measured improvements across 90 days post-onboarding of the engagement.

Report Turnaround +50% faster
Before: 6 weeksAfter: 3 weeks
Concurrent Project Capacity 3x increase
Before: 12 projectsAfter: 36 projects
Senior Engineer Data-Entry Time −80% reduction
Before: 40% of billable hoursAfter: 8% of billable hours
Annual Geotechnical Operations Cost −77%
Before: $500,000After: $115,000

ROI: Zedtreeo vs In-House Hire

77% Cost Saved

12-Month Cost Breakdown

Line ItemIn-House (United States)Zedtreeo
Salary + Benefits$425,000$115,000
Recruitment$30,000Included
HR & Compliance$18,000Included
Tools$27,000Included
Total Annual$500,000$115,000

Client Testimonial

The Zedtreeo geotechnical pod operates to our QA/QC standards, our ASTM protocols, our report templates — same rigor as our in-house team, at a fraction of the cost. Report turnaround went from six weeks to three. Our PEs got 80% of their data-entry time back. We cleared a 34-project backlog and tripled throughput without adding a single office seat. 77% cheaper was the budget case; the 3x capacity is the growth case.

Z
VP of Operations US Geotechnical Consultancy (name withheld — NDA)
★★★★★

Roles Deployed on This Engagement

Every role included: AI-tool training, HR management, compliance, and replacement guarantee. Starting from $5 per hour, fully timezone-matched globally.

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Published April 17, 2026