As-built drawings are only useful when they accurately reflect what was constructed. VE’s offshore CAD and BIM specialists convert site markups and verified field measurements into coordinated as-built plans and models to provide owners and facility teams with a dependable record for future modifications and maintenance.
Material control improves when reinforcement data is unambiguous. Your remote civil engineers at VE prepare precise bar bending schedules from approved drawings, clearly listing bar shapes, diameters, lengths, and marks so that fabrication, placement, and inspection proceed without rework or wastage.
Plumbing layouts must meet code while fitting seamlessly within the building. Work with expert plumbing engineers who efficiently design supply and waste systems in Revit MEP and CAD, sizing lines correctly and coordinating routes with structure and services to deliver clear, buildable installation drawings.
HVAC performance depends on balanced airflow and coordinated routing. Hire civil engineers from Virtual Employee (VE) who develop HVAC layouts in Revit MEP and AutoCAD, aligning loads, ducting, and plant placement with spatial and code requirements to support comfort, efficiency, and smooth installation.
Accurate quantities drive cost control long before procurement begins. VE’s seasoned quantity surveyors and engineers extract disciplined measurements from drawings and BIM models, compiling clear quantity schedules that support reliable ordering and early budget visibility.
Reinforcement drawings bridge design intent and site execution. Hire a structural engineer who details bars, laps, anchorage, and congestion checks using CADS RC and Tekla Structures to make sure reinforcement fits as designed and inspections proceed without any sort of ambiguity.
A structural civil engineer who handles design checks, load runs, and working drawings for housing developments and retail shells. Uses AutoCAD and STAAD to keep designs within code while cutting avoidable steel from slabs and foundations.
A site-facing civil engineer who plans sequences, prepares quantity take-offs and BOQs, and sits in weekly coordination meetings. Works in Excel and MS Project to turn consultant drawings into clear work fronts, reducing on-site queries and avoidable rework.
An infrastructure civil engineer who works on road, drainage, and utility corridors for estates and public projects. Uses Civil 3D and GIS data to review alignments, check clashes, and firm up costs so contractors build from a clear, constructible plan.











Structural components are checked for wind, live, and imposed loads, so members are sized for real conditions, not just assumptions. Foundation details are reviewed to limit settlement and cracking risks before drawings are sent to the site. Connection details are refined so that forces move cleanly through beams, columns, and slabs.
Boundary information is turned into set-out points that the site team can actually peg and build from. Road and service lines are planned so that traffic, people, and utilities move through the site without awkward twists. Existing levels guide the grading plan, so water runs where it should instead of pooling in the wrong places.
Material logs are checked against the takeoff, so overorders and shortages are identified before crews are on site. Site photos, reports, and markups are tied back to drawings, allowing consultants and contractors to view the same progress. Design changes are captured in a simple trail, and the lookahead gets updated so the programme doesn't quietly slip.
Rating-system strategies (such as LEED) are incorporated into the brief to ensure the building systems perform better over the long term. Water layouts and fixtures are designed to reduce consumption while still meeting day-to-day needs. Basic energy modeling informs envelope and system choices to track running costs and environmental impact.
Your dedicated civil engineer at VE reviews briefs, surveys, and reference drawings to understand the scope, codes, and site constraints. The key risks and load paths are clarified upfront so the design starts on solid ground.
Next, a clear plan is created for models, drawings, and checks, including tools, file standards, and review milestones. This keeps architects, MEP, and civil inputs coordinated instead of clashing late in the process.
Using industry software, your remote civil engineers at VE then develop structural systems, member sizes, and details, and then check them against codes and constructability criteria. The focus is on safe capacity, clean load transfer, and drawings that contractors can use to build.
Client comments, site inputs, and clash findings are worked back into the model and drawings. Each revision tightens quantities, coordination, and detailing so changes happen on screen, not on the slab.
Finally, you receive organized drawing sets, models, and supporting calculations in agreed formats. Final documents are checked for completeness and consistency, so your team can price, plan, and build without guesswork.
No card details required.
Senior technical architect's assistance.
Keep all the work. It's yours.

Our VE just got on board really quickly asking questions and straight away producing really high quality work that we were eventually just able to put straight through to production.

Our VE had brought a lot of stability and positivity to the department and has been a great help for the company to achieve its goals in the engineering department.

We needed somebody who could do 2D/3D CAD drawings for conceptual and detailed design work and our VE has been proven to be a valuable employee for our company.
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