VOLOVLOAutomation risk & transition, task by task
AskOccupationsMajorsBusinessFoundersChangesNotesMethod
Search occupations, majors…
EN
  • English
  • 简体中文
  • 日本語
  • Español
  • Português
  • Français
VLO
VOLO

Understanding how automation changes work — task by task, with the evidence shown and the uncertainty admitted.

AskOccupationsMajorsBusinessFoundersChangesNotesMethodWill AI replace my job?AboutRole diagnosisOpen dataOntologyPro MCPPrivacyTerms
© 2026 VOLO
Occupations
All occupations
AI / software
Translator / InterpreterBank tellerCopywriterContent moderatorCustomer service representativeAdministrative assistantSoftware tester / QA engineerGraphic designerParalegalVideo editorAccountant / BookkeeperMarketing specialistFrontend developerTax preparer / tax agentVoice actorMedical coderData analystInsurance claims handlerTechnical writer / documentation engineerJunior software developerInsurance underwriterHR / recruiterLoan officer / credit officerFinancial analystProcurement / supply chain specialistJournalistSales / account managerReal estate agentIT support specialist / helpdeskAuditorManagement consultantBackend developerAI researcherProduct / UX designerBusiness systems ownerE-commerce operations specialistActuaryRadiologistData engineerLawyerMedical assistant / clinic assistantQuantity surveyorMachine learning engineerExperienced software engineerDevOps / platform / SRE engineerProduct managerPharmacistPartnerships / channel managerSecurity analyst (SOC)Financial adviser / financial plannerCompliance officerLibrarianArchitectFirst-line manager / team supervisorCounsellor / therapistRetail salesperson / shop assistantCivil / structural engineerSecurity guardBus driverInsurance agentSchool teacherGeneral practitioner / primary care doctorAirline pilotWaiter / restaurant serverRadiographer / radiologic technologistAuto mechanic / vehicle technicianPolice officerSonographerAir traffic controllerVeterinarianPhysiotherapist / rehabilitation therapistDentistConstruction workerSocial workerRegistered nurseCare worker / nursing assistantPlumberAI implementation lead
RPA / self-service
Government service clerkOperations coordinatorMetro train driverReceptionist / front desk
Robotics
Retail cashier / shop assistantContainer port workerWarehouse workerAssembly line workerMedical laboratory technicianWelderChef / cookCleaner / janitorFarmerFirefighterCabin crewElectrician
Autonomous driving
Ride-hail / taxi driverTruck driverDelivery rider / courier
Majors
All majorsEnglish / Foreign languagesComputer scienceAccountingPsychologyJournalism / CommunicationFinanceLawVisual communication designMarketingNursingBusiness administrationEducation and teacher trainingArchitecturePublic administrationMedicineHospitality and tourism managementEconomicsInformation systems
Guides
Ask VOLOFor businessFor foundersRecent changesNotesRole diagnosisFirst AI experimentMethod & evidenceAboutFollow an occupationSearch
You are reading as:I have a jobI am studyingI run a companyI am building something
On this pageMeasuring quantitiesEstimating and cost planningBills of quantities and tender documentsValuing work done and pricing changesClaims and disputesWhole-life cost and carbon
Occupations›Quantity surveyor›Tasks, one by one

Quantity surveyor — tasks, one by one

The unit of analysis is the task, not the job title. Each one below carries its direction, whether the judgement rests on evidence or on platform inference, the reasoning, and what it does not establish.

Tasks
6
With evidence
2/6
Assessed
2026-09-26
Automating×1Being augmented×3Still human-led×1New task×1

Every task on this page#

Measuring quantities

Automating✓ Evidence-backed

Working out how much concrete, steel, brickwork, finishes and services a design needs — the take-off every estimate rests on.

AI / softwareRPA / self-service
Why

When a design exists as a digital model, many quantities can be extracted from it rather than measured by hand from drawings. RICS's 2024 digitalisation report found that about 48% of respondents provide and receive data through digital models for quantity take-off and cost estimating — the highest of the functions it asked about — up only from 46% in its 2021 and 2022 surveys.

What this does NOT mean

Sharing data through models is not the same as quantities produced without a surveyor: the model is only as complete as the design, and 24% of respondents share no data this way at all.

Estimating and cost planning

Being augmented✓ Evidence-backed

Pricing a design at each stage, setting and managing a budget, and advising the client on what a change will cost before it is made.

AI / software
Why

Estimating software prices measured quantities from rate libraries and past projects, and models make it faster to re-price a changed design. In RICS's survey, 15% of respondents said their organisation consistently uses model-driven processes for cost estimation, prediction, planning and control on all projects and 23% on most; 37% said on none. The judgement about risk, market conditions and what a client can afford stays with the surveyor.

What this does NOT mean

The survey measures consistent use of models, not artificial intelligence, and its respondents are mostly in Asia Pacific; it does not show estimates produced without a surveyor.

Bills of quantities and tender documents

Being augmented≈ Platform inference

Turning measured quantities into bills and pricing documents that contractors bid against, and comparing the bids that come back.

AI / software
Why

Software assembles bills from measured quantities and standard descriptions, and can line up tender returns for comparison. Describing work so it cannot be priced two ways, and spotting a bid that is cheap because it misread the job, is where the surveyor's judgement goes.

What this does NOT mean

This rests on what estimating and tendering software can do, not on a measurement of how bills are now prepared.

Valuing work done and pricing changes

Being augmented≈ Platform inference

Monthly valuations for payment, pricing variations as the design and site change, and agreeing the final account.

AI / software
Why

Site progress data, photographs, drones and digital records make it easier to see what has been built and to trace a change back to its instruction. Deciding what a variation is worth, and agreeing it with the other side, is a negotiation between people with a contract in front of them.

What this does NOT mean

This rests on what site-monitoring and contract software can do, not on a measurement of how valuations are now carried out.

Claims and disputes

Still human-led≈ Platform inference

Preparing and answering claims for delay and disruption, and negotiating or giving evidence when the money is contested.

AI / software
Why

Software can assemble the records a claim needs and draft a first version of the argument. Negotiating a settlement, and standing behind a figure in adjudication or arbitration, rests with a person whose professional judgement the parties can question.

What this does NOT mean

This rests on how claims and disputes are resolved, not on a measurement of how much of that work now uses software.

Whole-life cost and carbon

New task≈ Platform inference

Estimating what a building will cost to run and maintain, and the carbon in its materials and operation, alongside its construction cost.

AI / software
Why

Clients and regulators increasingly ask for life-cycle costs and whole-life carbon assessments alongside the construction estimate, and quantity surveyors already hold the measured quantities these start from. RICS's report finds these are the areas where digital tools are used least, which is where the new work is.

What this does NOT mean

The survey measures how little digital tools are used for carbon and whole-life work, not how much of that work surveyors now do or are paid for.

← Back to Quantity surveyorNext: what these judgements rest on →Skills, knowledge and related jobs (O*NET) →