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SOC 17-3022
Under the guidance of engineering or natural science staff, apply civil engineering theory and principles to the planning, design, construction and maintenance supervision of structures and facilities: read and review blueprints and structural specifications, calculate dimensions and material quantities, draw detailed dimension and layout drawings, inspect the site and assess contractors' work, carry out material tests and analysis, prepare reports and record project data, and handle site problems and changes.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((75+0+25)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.
In one line: this is an occupation where whether the dimensions were calculated correctly, whether the drawings and specifications match, whether site practice is consistent with the design and whether the records can be reviewed matter more than whether the scheme is novel; if you are willing to check one quantity repeatedly until you can sign for it, it is worth serious consideration.
Education, qualifications and authorization must be checked separately: O*NET lists this occupation as Job Zone Three (medium preparation), SVP range 6.0 to below 7.0; in the United States, the Professional Engineer (PE) qualification and engineering signing authority belong to the corresponding practice system, technicians usually work under the guidance of engineering staff, and certification and employer preference and position authorization and statutory practice qualification are four different states. In mainland China, engineering survey and design and construction and supervision positions each have their own practice and technical standard requirements.
Conditions for pausing before a large investment: you have not yet read through a full set of construction drawings and checked a quantity against them, and you have not made an inspection record on site; most positions in this occupation require post-high-school certificate or associate-level technical training (the education distribution is post-high-school certificate 30%, some college but no degree 28% and associate degree 21%), and the ability to move between office and site.
Under the guidance of engineering or natural science staff, civil engineering technicians apply civil engineering theory and principles to the planning, design, construction and maintenance supervision of structures and facilities; the typical closed loop is reading drawings and checking requirements, calculating dimensions and quantities, drawing and revising plans, confirming the scheme and acceptance points with the supervisor, inspecting the site and materials, and recording data and problems and tracking the remediation.
Career direction comparison
The table below compares positions and occupations adjacent to this occupation: construction managers, architectural and engineering managers, cost engineers and estimators, logistics engineers, project management specialists and civil engineers. The four columns each answer the same kind of question: what this direction does, where the key difference from this occupation lies, and what kind of person is better suited to choosing it.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Construction managers | Organize site construction and subcontracting and safety and contract management, with outputs mainly progress and cost and safety records. | Construction managers are responsible for site progress and contract and team management and carry delivery responsibility; this occupation carries out calculation and drafting and inspection under the guidance of engineering staff. | People willing to manage people and contracts and progress are suited to the construction manager direction; people willing to do technical checking and inspection are suited to this occupation. |
AI impact on this career
O*NET proves the tasks, software categories and the appearance of recruiting keywords, and cannot prove generative AI speed-up, adoption rates or income effects. Material extraction, comparison and drafting can be used as editorial pilot suggestions; test accuracy, omissions and review cost on approved data first, and then decide the scope of use. AI Impact Score 33% is an editorial estimate. Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((75+0+25)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.The three tasks, ratings and sources are listed in the FermatMind method source record on this page.
FermatMind AI Impact Score estimation method v1
FermatMind / 费马测试 · 2026-10-18
Chinese mainland salary reference
Occupation comparison: the U.S. O*NET-SOC 17-3022.00 (Civil Engineering Technologists and Technicians); this evidence route has not established a one-to-one detailed occupation category for mainland China, and the related technical work may be distributed across the engineering technology and design services and construction and supervision series, and must be classified by actual duties and unit type, with the page language not constituting occupational equivalence or a wage mapping.
Qualification and practice boundary: the practice and technical standard requirements for engineering survey and design and construction and supervision activities are set by the competent authorities, and registered practice qualifications and engineering signing authority belong to the corresponding system; this page does not replace the specific application and registration conditions.
Insufficient evidence: no national occupational monthly wage distribution precisely corresponding to this occupation has been obtained; the broad industry annual average is not converted into an occupational monthly wage
U.S. salary reference
BLS and O*NET: May 2025 median annual wage 64,950 USD and hourly 31.23; the 10/90 annual percentiles are 44,220/98,980. The BLS2025—2035 projection is growth of 3.2% with 6,100 openings per year on average; the wages exclude the self-employed while the employment figure includes them. Not having a Bright Outlook label does not mean positions will disappear.
| Position in the wage statistics | Annual wage reference | Conversion boundaries | How to understand this position |
|---|---|---|---|
| 10th percentile | 44,220 USD per year (10th percentile) | Official conversion, not personal monthly income | This percentile is used to understand the lower end of the distribution and is not used to judge entry-level pay. |
| 50th percentile | 64,950 USD per year (median) | Not personal monthly income |
Occupational fit guide
Direct answer: the signals that best match the tasks of this occupation are being willing to check drawings and specifications to the end and being able to report through the process under site pressure; the interest codes are RIC, but the codes describe the work content and do not determine whether an individual is suited.
You may be better suited to： Someone willing to check drawings and specifications to the end, able to report through the process under site pressure, and willing to record each calculation and inspection truthfully.
These situations need caution： Someone unwilling to check the values taken and units, who tends to handle non-conformities verbally on site, or who cannot accept a large amount of paperwork and version management.
Do an entry exercise： Use the fictional materials in the page's entry, qualifications and career development section to complete one closed loop from reading drawings to calculating quantities to the inspection record, and then judge whether you would want to repeat it.
Work pressure, risk and career boundaries
Direct answer: the pressures this occupation most needs to judge in advance come from three places - quantity errors caused by wrong values or units or versions, site practice inconsistent with the design that goes undetected, and safety and protection risks in site and test settings; in addition, documents getting out of version control and unclear authorization boundaries are long-term problems.
The tasks and work context come from U.S. O*NET; in this round the correct OOH occupation page has been read. In China design changes follow Article 28 of the survey and design regulations, and material and supervision signing follows Articles 28—31 and 37 of the quality regulations; safety training, protection and imminent personal danger follow Articles 25/27/32/33/37 of the safety regulations, and the duties of each subject are kept separate.
Typical scenario：Reusing the previous project's spreadsheet without checking this project's conditions; mixing units and bases without annotating them.
Roles most affected：
Entry, qualifications and career development
The typical U.S. BLS entry education is an associate degree, and employers may prefer accredited programmes but not all positions require a degree, with a technical school certificate or diploma as another training route; some technologist positions require a bachelor's degree, and there is also a route in from drafting or CAD experience. O*NET30/28/21 are respondent answers about new-hire education requirements, so a certificate cannot be called the minimum threshold for most people. Chinese qualifications and position requirements are checked separately.
Career outlook and moving to related occupations
BLS Table 1.2 projects employment for this occupation of 70,900 in 2025 to 73,200 in 2035, a net gain of 2,300, growth of 3.2% and 6,100 openings per year on average; OOH rounds this to 3%, about the same as average. OOH states that infrastructure repair and water system projects need technical support and that improved CAD may limit growth, which is not a causal estimate for generative AI. A national projection cannot be used to infer opportunities in a particular city or with a particular employer.
United States · O*NET-SOC 17-3022.00 exact occupational basis (United States)
Growth 3.2% (2025—2035; OOH rounds to 3%)
Employment growth rate
Growth 3.2% (BLS Table 1.2), rounded by OOH to 3%, about the same as the average for all occupations; contains assumptions and error and is not the actual value year by year.
Daily tasks are mainly calculation and drafting and site checking: using a calculator or computer to calculate dimensions and areas and component specifications and material quantities, reading and reviewing blueprints and structural specifications, drawing detailed dimension drawings and layout drawings, inspecting the project site and assessing contractors' work, carrying out material tests and analysis, preparing reports and recording project activities and data, and negotiating site maintenance problems and contract changes with contractors. The O*NET work context shows 96% have face-to-face discussions every day, 84% use email every day, and 84% have a typical work week of 40 hours.
Civil engineers carry the technical responsibility and signing for design and calculation; construction managers are responsible for site progress and contracts and the team; architectural and engineering managers coordinate the project and the professional team; cost engineers focus on cost estimating; project management specialists are responsible for planning and coordination. This occupation carries out calculation and drafting and inspection under the guidance of engineering staff and is responsible for the technical records it produces itself.
Choose a real task from this page for a small practice project or a conversation with someone in the field. Use the planning guides to set a date, an output and feedback questions before deciding whether to continue.
One-line judgment: a civil engineering technician is not someone who draws pictures, but someone who, under the guidance of engineering staff, turns civil engineering theory and principles into concrete dimensions and quantities and drawings and inspection results; O*NET defines the occupation as applying civil engineering theory and principles to the planning, design, construction and maintenance supervision of facilities and structures under the guidance of engineering or natural science staff.
Signals to keep exploring: you are willing to check drawings and specifications item by item and leave the calculation process as a reviewable record, and to report problems through the process when you find them; the O*NET work context shows that 96% have face-to-face discussions every day, 84% use email every day, 83% have ongoing contact with others, 84% have a typical work week of 40 hours, 71% consider precision or accuracy very important, 62% sit more than half of the time, and 38% are exposed to various weather conditions outdoors every day. If you only want to do design creativity and are unwilling to check dimensions and inspect the site, the gap will be large.
The work of a civil engineering technician can be divided into three connected but distinct work dimensions. The first is calculation and drafting: calculate dimensions and areas and component specifications and material quantities, draw detailed dimension drawings and design layout drawings, and organize the output of drafting and modelling software into deliverable files. The second is analysis and presentation: analyse site factors and draw maps and charts and sections to explain the conclusions, and prepare reports and record project activities and data. The third is site and inspection: inspect the site and assess contractors' work, carry out material tests and analysis, report site maintenance problems and negotiate changes, take part in site measurement and layout, and respond to public comments and complaints.
Turn drawings and specifications into checkable dimensions and quantities
Carry out site inspection and material tests and record problems
Common adjacent positions include construction managers, architectural and engineering managers, cost engineers and estimators, logistics engineers and project management specialists. On the boundaries: construction managers and architectural and engineering managers are responsible for managing the project and the team and contracts; estimators focus on cost estimating; this occupation outputs calculations and drafting and site inspection and records, and works under the guidance of engineering staff.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Core purpose | Construction managers are responsible for site and contract and team management; this occupation outputs calculations and drafting and inspection records and works under the guidance of engineering staff | Turn civil engineering theory and principles into checkable dimensions and drawings and inspection records |
| Main object and basis | Architectural and engineering managers coordinate the project and the professional team; this occupation carries out the calculation and drafting and inspection within it | Based on drawings and structural specifications and design requirements and site conditions; the O*NET work activities are led by getting information, using computers, processing information and evaluating information to determine compliance with standards |
| Core process | Cost engineers and estimators focus on cost estimating and economic comparison; the calculations of this occupation serve dimensions and materials and quantities | Reading and checking drawings, calculating dimensions and quantities, drawing and revising plans, site and material analysis, site inspection, records and reports |
| Main outputs | Logistics engineers focus on transport and warehousing and process optimization; this occupation focuses on the construction and maintenance of structures and facilities | Dimension and quantity calculations, construction drawings and details, material test and inspection records, site problem and remediation records, project reports |
| Responsible subject | What this page presents are the boundaries of tasks and outputs, and it does not constitute any practice or statutory distribution of duties | Technicians are responsible for what they actually carry out, the values they take, the inspections and the records; design approval and overall project supervision must be allocated by qualification and duty. U.S. OOH states that this occupation cannot approve designs or supervise an entire project. In China inspection records are signed by designated persons, and supervisors and chief supervisors have different signing duties; not all technical judgments and signatures can be attributed to the engineer. |
| Entry and licensing | Articles 7—10 of China's Regulations on the Administration of Engineering Survey and Design of Construction Projects distinguish unit qualification, the scope of work undertaken and personnel registration; Articles 19, 28—31 and 37 of the Regulations on the Quality Management of Construction Projects allocate design, construction, inspection and supervision duties. A position title or institutional authorization cannot replace statutory qualifications and procedures. | U.S. BLS states that the typical entry education is an associate degree, and employers may prefer accredited programmes, but not all positions require a degree; some technologist positions require a bachelor's degree. A post-high-school technical certificate is another training route, and the 30% education questionnaire response cannot prove the minimum requirement for most positions. Certification is not universally necessary for entry and does not confer design approval authority. |
| Boundaries of the conclusion | Comparing positions cannot rely on similar titles alone; signing and authorization, scope of responsibility and employment form differ, and similar tasks do not mean the positions can be exchanged | The conclusion applies only to the O*NET and BLS bases and periods stated on this page |
Use a calculator or computer to calculate dimensions and areas and component specifications and material quantities; read and review project blueprints and structural specifications to determine the dimensions and material requirements of a structure or system; draw detailed dimension drawings and design layout drawings to ensure compliance with specifications (corresponding to the first three O*NET tasks).
Analyse the factors of a proposed site and draw maps and charts and sections to explain the conclusions; prepare reports and record project activities and data (corresponding to the fifth and sixth O*NET tasks).
Consult with the supervisor to determine project details such as plan preparation and acceptance testing and assessment of site conditions; plan and carry out site surveys to determine the location of a new site and analyse site details (corresponding to the fourth and twelfth O*NET tasks).
Inspect the project site and assess contractors' work to find design faults and confirm compliance with design specifications and applicable standards; use tools and equipment and apply engineering knowledge to carry out material tests and analysis (corresponding to the eighth and ninth O*NET tasks).
Prepare plans for system installation or facility use or structural construction and estimate the costs; prepare project budgets by estimating the cost of project activities (corresponding to the tenth and eleventh O*NET tasks).
Current O*NET task order: item 7 maintenance problems and changes, item 13 public comments and complaints, item 14 contract prices; item 15 drone site survey and inspection is given without an importance score. The appearance of a task does not grant authority over contract commitments, design changes or drone flight.
Six recurring occupational judgments: whether the input conditions are complete and credible; whether the calculations and drawings have a basis and can be reviewed; whether site practice is consistent with the design; whether materials and tests comply with the procedures; whether problems and changes are recorded and tracked under the process; and whether the work is carried out and signed within the authorized scope.
Judgment one: whether the input conditions are complete and credible
Judgment two: whether the calculations and drawings have a basis and can be reviewed
Judgment three: whether site practice is consistent with the design
| Architectural and engineering managers | Coordinate the project and the professional team and design interfaces, with outputs mainly project plans and coordination and appraisal. | Architectural and engineering managers coordinate the project and the professional team and design interfaces; this occupation carries out the calculation and drafting and site inspection within it, with a narrower scope of authority. | People willing to coordinate a professional team and design interfaces are suited to the manager direction; people willing to go deep into technical execution are suited to this occupation. |
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| Cost engineers and estimators | Prepare cost estimates and bills of quantities and economic comparisons, with outputs mainly estimate sheets and cost analysis. | Cost engineers and estimators focus on cost estimating and economic comparison; the calculations of this occupation serve dimensions and materials and quantities rather than investment decisions. | People willing to work on cost and economic comparison over the long term are suited to the cost direction; people willing to check dimensions and quantities are suited to this occupation. |
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| Logistics engineers | Optimize transport and warehousing and processes, with outputs mainly process plans and efficiency analysis. | Logistics engineers focus on transport and warehousing and process optimization; this occupation focuses on the construction and maintenance of structures and facilities, and both are based on engineering methods but the objects differ. | People willing to work on system and process optimization are suited to the logistics engineering direction; people willing to work on structures and facilities are suited to this occupation. |
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| Project management specialists | Maintain the project plan and coordination and reporting, with outputs mainly plans and meeting and tracking records. | Project management specialists are responsible for planning and coordination and reporting mechanisms and usually do not carry specialist technical calculations; the technical judgments and records of this occupation are part of the project input. | People willing to do planning and coordination and tracking are suited to the project management direction; people willing to do technical calculation and inspection are suited to this occupation. |
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| Civil engineers | Carry the design and calculation of structures or systems and answer for the technical conclusions, with outputs mainly design documents and calculation sheets. | Civil engineers carry the technical responsibility and signing for design and calculation; this occupation carries out calculation and drafting and inspection under their guidance, at a different level of authority and responsibility. | People who want to carry design responsibility and obtain the registration qualification are suited to the engineer direction; people willing to execute under guidance are suited to this occupation. |
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The six directions share some capabilities with this occupation: reading drawings and specifications, quantities and calculation, site communication, records and review. The real differences lie in the responsibility (whether design signing is carried), the object (structures and facilities, or cost or process) and the authority (whether the team and contracts are coordinated). When choosing, it is better to test with one deliverable quantity check and inspection record than to compare titles.
Moving from this occupation to an adjacent direction usually requires filling in new evidence and qualifications: the civil engineer direction requires education and a registration pathway, the construction and project manager directions require contract and team and cost management experience, the cost direction requires systematic training in estimating methods, and the project management direction requires experience of planning and coordination mechanisms. Drawing reading and calculation and inspection ability transfer, but the level of responsibility and the authorization must be obtained anew.
Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
Editorial advice is to trial drawing information extraction, quantity drafts, reports and version comparison on approved materials; in this round no reliability comparison experiment for this occupation was obtained, so these steps cannot be called more reliable in advance. The applicability of the values taken, the specifications and on-site safety still have to be confirmed by authorized personnel.
O*NET lists engineering drafting, GIS and office software, and the 2025 U.S. recruiting keywords also include these technologies; they prove that they are listed or mentioned in recruitment, do not give the institution's actual adoption rate, and cannot prove that generative AI is already widespread.
BLS projects growth of 3.2% for this occupation over 2025—2035 with about 6,100 openings per year on average; this is the result of the employment model. OOH notes that improved CAD may limit growth, but gives no separate effect for generative AI, and the national growth or change in openings cannot be attributed to AI.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Calculation and drafting | Calculate dimensions and areas and component specifications and material quantities | Editorial pilot suggestion: extraction and trial calculation must be checked for accuracy and total review hours, and speed-up is not promised in advance | Confirm that the drawing version and design conditions are complete, and be responsible for the calculation values and units and compliance with specifications. |
| Site and inspection | Inspect the project site and assess whether the contractor's work complies with the design and specifications | Image and record organization can be digitalized; on-site judgments and safety decisions still require people | Confirm that the site conditions meet the requirements, and be responsible for identifying and reporting non-conformities. |
| Site and inspection | Carry out material tests and analysis and record the data | Data recording and calculation can be assisted; test validity and material judgments still require people | Sampling, testing and equipment condition are checked under procedure, and abnormal raw results are recorded truthfully and reported promptly; review does not confer authority to continue using uninspected or failed materials or to overturn the result. |
| Calculation and drafting | Read and review blueprints and structural specifications and draw details | CAD drafting and annotation can be a direction for editorial tool trials; in this round there is no evidence quantifying the degree of AI automation, and the basis and compliance still need checking by authorized personnel | Confirm that the drawings and calculation sheet versions are consistent and can be reproduced by the reviewer. |
| Records and communication | Prepare reports and record project activities and data | Text and chart drafts can be generated automatically; accuracy and retention responsibility still rest with people | Confirm that the reports and records truthfully reflect the process and conclusions, and protect restricted material. |
| Records and communication | Report site maintenance problems and negotiate changes and contract amendments | Communication drafts can be automated; authorization confirmation and negotiation responsibility still rest with people | Confirm that design changes are handled under the statutory procedure and that contract price adjustments are confirmed by authorized personnel, with evidence kept for each; a design cannot be changed on ordinary project authorization alone. |
| Site and inspection | O*NET lists site survey and drone site inspection; this does not grant flight permission or surveying qualifications, and the target site and jurisdictional requirements are checked separately | Data processing and modelling can be assisted; whether it meets the survey and flight requirements is still judged by people | Confirm that the source and accuracy of the site information and survey results meet the purpose. |
The five evidence cards each explain the source, the study object, the conclusion and the limits of use. They answer what evidence exists, not whether this occupation will be replaced.
The table below offers editorial pilot suggestions based on the three O*NET work dimensions; it is not a verified AI effect or an order of adoption over time, and each pilot still requires checking data permissions, errors and human review.
AI primarily changesExtract dimension and material information from drawings and specifications, calculate quantities by rule, and generate draft drawing annotations and report paragraphs.
Human responsibility remainsJudge whether the values taken and assumptions apply, check units and the specification version, and be responsible for the calculations and drawings signed by yourself or the engineering staff.
AI primarily changesOrganize site images and test data into inspection records, compare the differences between design drawings and site photographs, and give reminders on remediation deadlines and closure status.
Human responsibility remainsSite conditions, sampling and material results are judged by the corresponding position under procedure and reported truthfully. When imminent personal danger is found, stop the relevant operations involving yourself or evacuate under the applicable safety rules; suspending the project or the process, changing the design and resuming are handled by the authorized subject under the law, and a technician's discovery of an anomaly does not presume that the technician holds all the authority.
AI primarily changesOrganize meeting and change communication into records, check document versions and distribution scope, and prepare draft replies to public comments and complaints.
Human responsibility remainsConfirm that the records are consistent with the facts; design changes are handled under the statutory procedure and by a qualified unit, contract adjustments are checked separately for authority, and you are responsible for the records and feedback you actually provide.
The five steps below are the editorial process given on this page, used to explain who is responsible at which stage; they are not a mandatory process set by the sources, nor do they replace the institution's own quality management and the jurisdiction's requirements on practice qualifications.
Clarify the task object (which set of drawings, which component, which site), the version and source of the input materials, and the construction or inspection decision this judgment is meant to support.
The system or tool completes material extraction, the draft quantity calculation, document comparison or record template filling, and records the tools and versions and data scope used.
Review by the technician and the engineering staff: whether the values taken and assumptions apply, whether the units and specification version are correct, and whether the conclusions exceed your own authorized scope.
Keep a record of the inputs, tools and versions, review opinions, changes and approvals; for records involving structural safety and site changes, additionally retain the raw data and images.
Confirm, review or sign according to the actual role and statutory qualification. In China material testing is signed by designated personnel with records, and design and supervision and chief supervision have their own duties; in the United States this occupation cannot approve a design or supervise an entire project simply because of tool proficiency. Tools do not exempt you from the duty to carry out and record truthfully.
The system may give a result that looks reasonable but has values or units that do not match the specifications; adopting it directly without checking the drawing version and design conditions will cause quantity errors and site rework.
Control: Rely only on the drawings and specifications and on-site measurements; clarify assumptions and uncertainties before calculating, and keep a record of the review and changes.
Drawings, geotechnical or survey data may be subject to confidentiality, contract or personal information restrictions, and the actual classification and permission must be checked; not all project data can be asserted to be confidential. Uploading to an external service without checking permissions may create leak or unlawful processing risk.
Control: Editorial advice is to check the input authorization, data classification, the service provider's processing and retention conditions first, and only then decide whether to use it; de-identification or an internal network does not by itself grant processing authority. Where Chinese personal information is involved, the lawful processing basis and sensitive information rules are checked separately; material whose permissions cannot be confirmed is not entered into external AI.
Different drawing, specification or tool versions may produce different results; missing versions, dates, assumptions and raw data increase the difficulty of tracing and handover, and it cannot be asserted that alignment will necessarily be impossible.
Control: Record the version numbers and dates of the drawings and specifications, the data sources and assumptions, and the human review and changes made.
Treating an unconfirmed site practice as an approved change concentrates the risk and surfaces it at the acceptance and settlement stage.
Control: Changes to design documents in China are handled under Article 28 of the survey and design regulations: the client, the contractor and the supervisor must not alter them without authorization, the original design unit or another qualified unit lawfully commissioned with written consent makes the change, and major changes are reported to the original approving authority; ordinary written confirmation and a verbal note afterwards cannot replace this procedure. Contract price adjustments are checked separately for authority.
When a process is split so that the tool produces the result and a person simply signs off, a gap easily appears in which no one is responsible for the values taken and compliance with specifications.
Control: In the process, specify the person carrying out and the person reviewing each stage, and make the records able to answer who made this judgment and on what basis.
First build solid drawing reading and specification checking, engineering quantity calculation and record keeping, then learn to use drafting and modelling and geographic information tools to improve efficiency; do not mistake software proficiency for technical judgment ability.
Use tools for organizing and comparing and drafting drawings and quantities and reports, but keep the basis for the values taken, unit conversion and the judgment of compliance with specifications within your own review and the engineering staff's approval.
Use images and record templates to improve the visibility and traceability of site problems, but write clearly whether sampling was compliant, whether the test was valid, and whether it complies with the design and specifications.
Treat the model's comparison results as leads, check them item by item against the drawing versions and calculation sheets and the original specifications, and keep a record of the review and changes.
That cannot be inferred. The core tasks of this occupation are mainly reading drawings and calculating quantities, site checking and material testing, and leaving the process as reviewable records: judging the values taken and compliance with specifications, and identifying non-conformities on site and taking responsibility, both require engineering training and an authorization system.
Source: O*NET 17-3022.00 tasks and work activities; this answer is an editorial task boundary analysis, not an AI substitution rate forecastOriginal source ↗
This page does not set programming as a uniform threshold: the O*NET programming skill importance is 22, which is not the proportion of positions requiring it; specific employers are checked separately. The BLS typical entry education is an associate degree, and some technologist positions require a bachelor's degree; the O*NET education questionnaire of 30% certificate, 28% some college but no degree and 21% associate degree describes respondent answers about new-hire education requirements, and practical ability cannot substitute for an education requirement that actually applies.
Source: O*NET17-3022.00 detailed report: Programming and Education; for typical U.S. education see also this page's BLS OOH entry sourceOriginal source ↗
The editor may give priority to trialling structured material extraction, quantity drafts, document comparison and report organization; on-site sampling, testing and compliance judgments still require verification by the corresponding personnel. In this round there is no per-step adoption time data, so no order is inferred and no claim is made about which item is affected first.
Source: O*NET 17-3022.00 task list; ILO exposure index methodology notesOriginal source ↗
BLS Table 1.2 projects growth of 3.2% over 2025—2035 with about 6,100 openings per year on average; openings include replacement needs from people moving to other occupations or leaving the labour force and differ from the net gain of 2,300. OOH rounds this to 3%, and this O*NET page is not marked Bright Outlook; a label cannot replace the projection.
Source: BLS Employment Projections (shown via O*NET)Original source ↗
No. Judgments and signatures on engineering design and structural safety fall within the responsibility of personnel with the corresponding qualification, and survey, design, construction and supervision activities must also meet the practice and technical standards of the jurisdiction; AI output can neither replace a qualification nor exempt a technician from the duty to record truthfully and report under procedure.
Source: U.S. OOH duty boundaries; Article 28 of China's survey and design regulations and Articles 19/29/37 of the quality regulations; NIST is a general voluntary risk frameworkOriginal source ↗
This page does not make such a prediction, nor does it cite any source that fixes a year. What can be checked is only the projection period and projected values under the statistical basis; extrapolating a projection period into a disappearance year is an inference not supported by evidence.
Source: BLS Employment Projections: 2025—2035, Table 1.2; a projection is not the date an occupation disappearsOriginal source ↗
Suggested order of priority: first build solid drawing reading and specification checking and engineering quantity calculation, then learn to use drafting and modelling and geographic information tools and record templates, and understand your institution's review and reporting processes; at the same time keep the use of generative AI limited to material organization and drafts, and not as a substitute for technical judgment and signing.
Source: O*NET Hot Technologies 17-3022.00 technology keywords; editorial learning advice; for the NIST general risk framework see the source entry point in this moduleOriginal source ↗
Editorial advice is to treat material organization, quantity drafts and record assistance as testable tool uses, checking errors, omissions and review cost. In this round no evidence of significant speed-up or adoption was obtained; duties and qualifications, design approval, material use and on-site safety still follow the actual position and the regulations.
Insufficient evidence: no verifiable region-level occupational monthly wage data has been obtained, and this page does not show a regional ranking.
Insufficient evidence: in this round no verifiable occupational monthly wage data for other regions was obtained, which is not the same as asserting that no source exists
No precise China-wide wage for this occupation has been obtained; the 2025 annual average wages for scientific and technical services and construction are listed as background for the corresponding employers, not as wages for this occupation, a monthly salary range or a city ranking. A search gap cannot be used to assert that the official body never published one.
| Education background | Position direction | Notes and verification advice |
|---|---|---|
| Chinese vocational education or college background (engineering, construction or surveying related) | Design institute technical positions, construction unit technical positions | Editorial compilation, not wage statistics: education and technical training are one of the conditions for entering the position, and the position direction is determined by the unit type and the project duties, so income cannot be inferred from it. |
| Chinese college or higher vocational background (engineering related; not directly equated with a U.S. associate degree) | Drafting and design assistant direction, surveying and testing direction | Editorial check suggestion: the target employer's education, drafting, testing and experience requirements are checked separately, and a Chinese college qualification is not equated with a U.S. associate degree or mapped directly to income just because the names are similar. |
| Bachelor's degree (civil engineering or surveying or engineering management related majors) | Design and consulting direction, project management and technical management direction | Editorial compilation: design and consulting positions usually have separate education and registration pathway requirements, and if that level is the goal, verifiable project and design records must be built up. |
| Practice and technical standards pathway | Registered practice qualification direction, professional technical title direction | Editorial compilation: whether the corresponding qualification and title are mandatory depends on the position's duties and the unit's requirements, and the competent authorities' and employer's rules prevail; this page does not replace the application conditions. |
When comparing different opportunities, confirm the form of engagement (design institute, construction unit, supervision, government and public institutions), the technical responsibility actually carried and the scope of authorization, and make clear that this page does not provide an occupation-level wage figure for this position in mainland China.
Editorial compilation: mainly drawings and calculation and design liaison, usually scheduled by project cycle, and requires coordination with the professional lead and the checking and review steps.
Editorial compilation: mainly on-site technical management and surveying and inspection, with the work location changing with the project, and executed under the site safety and quality management requirements.
Editorial compilation: mainly engineering quality supervision and testing and technical support, usually carrying out inspection and material management under procedures and standards.
A change in tools cannot by itself fill the occupation mapping and wage sample gap in this round; Chinese income is not inferred from AI capability or U.S. software keywords, nor is it asserted that statistical classifications will never change.
| The median is the midpoint of the distribution, which is not the same as the average, and does not represent most people's actual income. |
| 90th percentile | 98,980 USD per year (90th percentile) | Official conversion, not an individual's actual take-home pay | This percentile describes a position at the upper end of the distribution, and registered engineer or management position income cannot be inferred from it. |
|---|
Pay · 10th percentile：44,220 USD per year；10th percentile. This percentile means 10% of employed people earn no more than this value, and it is not an entry-level starting salary.；O*NET national wage percentile page (17-3022.00)
Pay · 25th percentile：51,490 USD per year；25th percentile. The percentile describes a position in the distribution, not a seniority level.；O*NET national wage percentile page (17-3022.00)
Pay · median：64,950 USD per year；Median. Half of employed people earn more than this value and half less, which is not the same concept as entry-level pay； the statistic excludes self-employment income.；O*NET national wage percentile page (17-3022.00)
Pay · 75th percentile：80,650 USD per year；75th percentile. High income does not automatically correspond to a registered engineer or a management position.；O*NET national wage percentile page (17-3022.00)
Pay · 90th percentile：98,980 USD per year；The 90th percentile is a position in the employed wage distribution, not an individual's total compensation or self-employment income, and it does not indicate any individual's overtime or allowance level.
No. The median describes the middle position of all employed people in the statistical period, and the 10th percentile of 44,220 USD cannot be taken as an entry-level starting salary either; entry pay also depends on the region, the unit type and project experience.
No. The OEWS annual wage is converted under the statistical method and is not each person's actual paid hours; without individual hours and overtime and project arrangements, annual income, monthly income or after-tax income cannot be inferred.
The percentiles and median come from the BLS OEWS May 2025 national statistics, shown via the O*NET National Wages page; a percentile is a statistical position and does not represent an individual's level of ability.
Editorial advice is to check the target unit, region, project arrangements, paid hours and what the qualification requirements specify about pay; in this round there is no causal estimate of how these factors affect individual income, and a pay rise cannot be presumed from holding a registration qualification.
| Industry | May 2025 median annual wage for this occupation in the industry (USD) | How to interpret this figure |
|---|---|---|
| Local government (excluding education and hospitals) | 76,190 USD per year (median) | OOH Pay: May 2025, the median wage for this occupation in that industry; it is not the average for all occupations in the industry, the industry employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineering-technicians.htm |
| Engineering services | 63,340 USD per year (median) | OOH Pay: May 2025, the median wage for this occupation in that industry; it is not the average for all occupations in the industry, the industry employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineering-technicians.htm |
| Construction | 61,980 USD per year (median) | OOH Pay: May 2025, the median wage for this occupation in that industry; it is not the average for all occupations in the industry, the industry employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineering-technicians.htm |
| State government (excluding education and hospitals) | 61,950 USD per year (median) | OOH Pay: May 2025, the median wage for this occupation in that industry; it is not the average for all occupations in the industry, the industry employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineering-technicians.htm |
BLS Table 1.2 shows a 0.7% self-employed share for this occupation in 2025, mainly employed positions; the OEWS percentiles reflect employed wages and do not include self-employment business income. Industry differences are in the industry wage table for the same occupation, and the unit type is not treated directly as a personal quotation.
The O*NET questionnaire shows 84% answer a typical week of 40 hours; OOH notes that the work is usually full time and that site schedules can be affected by weather and project arrangements. Overtime, travel and paid hours are checked separately, and no personal shift pattern is promised from the questionnaire.
OOH lists engineering services 47%, state government 23%, local government 19% and construction 3% (some main employers in 2025); this differs from the O*NET categories 51/42/7. Editorial advice is to check pay against the target region, unit and duties, and no claim is made that the scale of construction investment has been shown to affect individual income.
BLS Table 1.2: 2025 employment 70.9 thousand, a 2035 projection of 73.2 thousand, a net gain of 2.3 thousand, growth of 3.2%, and 6.1 thousand openings per year on average；all on the national projection basis.
The 2025—2035 projection for this occupation, classified by OOH as about the same as average；Table 1.2 retains 3.2%. It does not represent year-by-year actual values or an individual's chance of being hired.
O*NET occupational interest baseline
RICRealistic focuses on hands-on operation and equipment and structures, Investigative on analysis and judgment, and Conventional on handling data and documents through processes; this occupation has all three interest areas at the same time.
Interest codes RIC: Realistic (R) first, Investigative (I) second and Conventional (C) third; together they describe an orientation of handling physical objects and data under procedures and engineering guidance.
Which Holland interest type suits civil engineering technologists and technicians best?
The O*NET occupational interest codes are RIC (Realistic, Investigative, Conventional): Realistic corresponds to hands-on operation and site work, Investigative to analysis and judgment, and Conventional to handling data and documents under procedures and standards. The work activities of this occupation are led by getting information, using computers, processing information and evaluating information to determine compliance with standards; the interest codes describe the interest characteristics of the work content, not a conclusion about individual fit.
Do not use it this way: O*NET currently has a complete table of 21 work styles, with attention to detail 89 and dependability 80 at the top; a score is not an individual threshold. Editorial advice is to check your own performance in repeated checking, anomaly reporting and record handover, and an incident probability cannot be inferred directly from an assessment score.
Test my Holland occupational interestsWhich Big Five traits are more relevant to this work?
The editorial self-check can focus on checking habits, dependable records, caution and feedback under pressure. O*NET work styles are not a Big Five personality inventory, and in this round there is no validity evidence for converting the two or predicting individual performance in this occupation, so no causal judgment or hiring ranking is made.
Do not use it this way: Watch out for: reading build to the drawings as whatever the site says goes breaks the record and authorization chain; unconfirmed site practices must go back through the change process.
View my Big Five personality traitsWhich MBTI type suits civil engineering technologists and technicians best?
Interest orientation: the interest codes for the work content are RIC (Realistic, Investigative, Conventional), and daily tasks are mainly reading drawings and calculation and drafting, site checking and material testing, and recording under procedure.
Do not use it this way: This page does not screen positions by MBTI type, and in this round no valid evidence of type-based hiring for this occupation was obtained; it cannot be asserted that no employer uses such a requirement.
Understand my MBTI preferencesWhich Enneagram type suits civil engineering technologists and technicians better?
In this round no valid evidence that the Enneagram predicts fit for this occupation was obtained. Editorial advice is to use approved, supervised drawing calculation and inspection records to observe interest and skill, and not to use type as a judgment of ability or qualification.
Do not use it this way: Watch out for: Enneagram interpretation easily slides into personality diagnosis, and this page does not use it to judge fit.
Explore my Enneagram patternCan I be a civil engineering technologist and technician if my IQ or maths is not good?
O*NET currently has 10 basic skills, of which critical thinking 72, active listening 69, reading comprehension 69 and mathematics 66; it also lists 25 cross-functional skills, 33 knowledge areas and 52 abilities. The leading abilities include deductive and mathematical reasoning, near vision, and oral and written comprehension (72 each). These are occupational importance ratings, not individual ability scores or a uniform hiring standard.
Do not use it this way: Watch out for: if you skip checking steps or agree verbally to site changes under long-term schedule pressure, rework and unclear responsibility will follow; writing checking and changes into the process is part of professional competence.
Understand my intelligence and reasoning performanceDoes being a civil engineering technologist and technician require high emotional intelligence?
The communication intensity of this occupation is high: the O*NET work context shows that 96% have face-to-face discussions every day, 84% use email every day, 83% have ongoing contact with others, 56% have telephone conversations every day, and 58% consider team collaboration extremely important.
Do not use it this way: Watch out for: handling site problems vaguely to avoid conflict concentrates the problems at the acceptance stage.
Understand my emotional intelligence abilityFits better when: Fit signal: you want to carry design and calculation responsibility and develop along the registration pathway.
Watch for: Civil engineers usually need a related bachelor's degree; offering services to the public in the United States involves the PE licence requirements of the state concerned, and not all engineers must hold a PE from the start. A technician's software ability cannot be used to infer design approval authority, and in China the statutory qualification is checked separately.
Explore related career: Civil engineersFits better when: Fit signal: you would rather manage the site and contracts and the team and carry delivery responsibility.
Watch for: Editorial transfer self-check: construction managers focus on project schedule, budget, contracts and personnel coordination and still need technical understanding; in this round there is no comparative data on the share of technical calculation relative to a technician.
Explore related career: Construction managersFits better when: Editorial self-check: you want to coordinate a multi-disciplinary team, plan engineering activities, and manage resources and technical quality; management ability cannot be presumed from document work alone.
Watch for: Editorial self-check: cross-disciplinary technical and team management experience must be added; in this round no promotion probability was obtained, and this direction is not written as a natural promotion for technicians.
Explore related career: Architectural and engineering managersFits better when: Fit signal: willing to work on cost estimating and bills of quantities and economic comparison over the long term.
Watch for: Caution signal: this direction centres on cost and economic viability and requires systematic training in estimating methods.
Explore related career: Cost engineers and estimatorsFits better when: Editorial self-check: willing to learn logistics system design, transport and warehousing processes and data analysis; engineering and record-keeping experience can be a starting point.
Watch for: Editorial self-check: logistics objects, optimization methods and target position training must be added; on-site material testing is not the same as logistics engineering.
Explore related career: Logistics engineersFits better when: Editorial self-check: willing to work on schedule, budget, procurement, personnel and communication coordination, and able to maintain project records and track execution.
Watch for: Editorial self-check: planning, budget and cross-party coordination must be added; document support experience is not the same as full project management ability.
Explore related career: Project management specialistsNo. Reducing the occupation to the single most suitable personality hides real differences: the task structure and pace differ greatly between design consulting and construction and government testing units. A more useful approach is to test with one deliverable quantity check and inspection record.
Yes. This occupation is mainly checking against drawings and keeping records, and the O*NET work context shows 62% sit more than half of the time; introverts can build a reliable working style through structured checklists and written records.
Yes. Extraversion itself is neither an advantage nor a disadvantage; what matters is whether you can describe problems clearly and report through the process. If you prefer independent work, you can lean towards calculation and drafting and documentation tasks.
In this round no valid evidence that a particular MBTI type is better suited to this occupation was obtained, and no type ranking is provided.
The O*NET interest codes for this occupation are RIC (Realistic, Investigative, Conventional). This means the work content fits these three interest types relatively well, but the codes are not a conclusion about individual fit and still need to be verified with actual tasks.
In this round no validity evidence that a specific personality inventory score predicts performance in this occupation was obtained; O*NET occupational work styles cannot be converted into an individual's probability of being hired or of performing well.
This occupation has a real mathematical requirement: the O*NET core skills include mathematics, the abilities list includes mathematical reasoning and number facility, and the knowledge list is led by mathematics and engineering and technology; if numbers are a long-term struggle it will directly affect quantity calculation and checking, but it can be filled in through systematic training.
This occupation has clear demands for handling conflict and pressure: the work context shows that 49% feel time pressure monthly or more often but not weekly, 38% consider coordinating or leading others extremely important, and 38% consider dealing directly with external customers or the public extremely important; bringing disagreements down to drawings and measured data is a collaboration technique that can be practised.
In this round no valid evidence for using the Enneagram for fit in this occupation was obtained; this page recommends checking task performance and actual qualifications.
Judge by deliverables: can you independently calculate the quantity of a component or a room from the drawings and write the basis; can you write an inspection record with sampling and test conditions and data and conclusions; can you write a reporting and tracking note for one site non-conformity. Whichever task you are willing to repeat is the direction more worth trying.
Possible consequence：Editorial risk scenario: wrong values, units or versions may cause deviations in quantities and material plans, leading on to procurement, construction rework or cost loss; in this round there is no estimate of incidence or case cost.
How to reduce risk：Write the formula and the values taken and the units and the source in the calculation sheet; check the drawing and specification versions and record the date; submit key results for review and recheck the related files after changes.
Evidence：O*NET-SOC 17-3022.00 occupation detailed report · O*NET-SOC 17-3022.00 work context fields
Typical scenario：Reducing the number of samples or omitting records to save schedule time; agreeing verbally on site to an unconfirmed practice.
Roles most affected：Technicians who carry site inspection and material testing
Possible consequence：Editorial risk scenario: missing a non-conformity or running a test process non-compliantly may lead to a wrong determination, rework or a safety hazard; it cannot be asserted that any process anomaly necessarily invalidates all the data. Report anomalies truthfully and follow the applicable inspection rules for material use.
How to reduce risk：Take samples and test under procedure and record the environment and equipment and operating conditions; keep images and measurement records for non-conformities and report and track them to closure under the process.
Evidence：O*NET-SOC 17-3022.00 occupation detailed report · O*NET-SOC 17-3022.00 work context fields
Typical scenario：Skipping safety training or wearing requirements to save time; entering hazardous areas alone in an unfamiliar site.
Roles most affected：Positions that enter the site and operate equipment
Possible consequence：The editor checks possible hazards such as falls, machinery, electricity and vehicles on site; the O*NET questionnaire is an exposure context, not an incident rate. China's safety regulations provide for warnings at hazardous locations, protective equipment, training and the duty to use them correctly, and the checklist on this page cannot be used to judge that a site is safe.
How to reduce risk：China's safety regulations: education and training must be passed before a new post or site, protective equipment and devices must be used correctly, and special operations require separate qualifications; project management technicians have safety briefing duties. For imminent personal danger, Article 32 allows stopping one's own operations or taking necessary emergency measures and then evacuating, without waiting for AI or routine review; full suspension and resumption of the project are checked with the authorized subject separately.
Evidence：O*NET-SOC 17-3022.00 occupation detailed report · O*NET17-3022.00 current complete detailed report
Typical scenario：Substituting chat records or verbal instructions for formal documents; old and new versions circulating on site at the same time.
Roles most affected：Positions responsible for technical documents and versions
Possible consequence：Editorial risk scenario: versions out of control may lead to using old drawings by mistake and to disputes at acceptance or settlement. China's quality regulations require construction according to design drawings and standards without unauthorized alteration; completing records afterwards cannot retrospectively legitimize an unlawful drawing change.
How to reduce risk：Establish version numbering and issue and retrieval records; changes must go through a change order and notify the relevant parties; convert verbal communication into a written record.
Evidence：O*NET-SOC 17-3022.00 occupation detailed report · O*NET17-3022.00 current complete detailed report
Typical scenario：Handling changes by doing first and explaining later; agreeing without explanation to requests beyond your duties.
Roles most affected：Positions that take on external commissions and contract related work
Possible consequence：Confirming technical matters beyond the authorized scope or committing to contract prices and changes brings responsibility and compliance risk.
How to reduce risk：Clarify the authority to commit on contracts; changes to design documents in China must be handled by the original design unit or a qualified unit lawfully commissioned, with major changes reported to the original approving authority. Material and safety matters are carried out under the actual duties in the quality and safety regulations, and ordinary written confirmation does not replace the statutory procedure.
Evidence：O*NET-SOC 17-3022.00 occupation detailed report · O*NET-SOC 17-3022.00 industry distribution
Typical scenario：Treating nothing has gone wrong so far as a reason to consider the process optional; carrying high-pressure projects alone over the long term without seeking support.
Roles most affected：All technical and site positions
Possible consequence：Editorial risk scenario: schedule pressure, fatigue or insufficient feedback may hinder careful checking; in this round no causal measurement of them reducing occupational judgment was obtained, and it is not asserted that long-term practice necessarily makes people numb to risk.
How to reduce risk：Take part in quality and safety meetings and technical briefings as arranged by the institution; keep a boundary between work and rest and recognize your own fatigue signals; use the support channels the institution provides when necessary.
Evidence：O*NET-SOC 17-3022.00 occupation detailed report · ILO：Generative AI and Jobs: A Refined Global Index of Occupational Exposure
| Entry-level positions | What you mainly do in the early period | Editorial advice on the position conditions to check | How to demonstrate ability without experience | Difference from other directions |
|---|---|---|---|---|
| Drafting or technical assistant | Organize drawings and materials under guidance and draft to templates, without independently deciding the calculation values. | Whether the drawings meet the standards, whether changes leave a trace, and whether problems are corrected once pointed out. | Demonstrate with drawing samples and supervisor evaluations. | Takes on divided tasks under guidance but is still responsible for what it does and records, which does not mean there is no calculation or judgment responsibility |
| Technician (calculation and drafting) | Complete dimension and quantity calculation and detail drawing from the drawings and be responsible for the basis. | Whether the values taken and units are correct, whether the basis is reviewable and whether it complies with the specifications. | Demonstrate with calculation sheets and drawings and review opinions over a period of time. | Editorial division example: calculation and drafting focus on your own tasks, and whether you also check others' work is checked against the specific position's duties and authorization and is not excluded by this table. |
| Site inspection technician | Within the actual qualifications, training and procedures, check, sample, test and record and report; this does not amount to authority to approve the design or the use of materials | Completeness of inspection records, timeliness of problem reporting, and whether the closure status is traceable. | Demonstrate with inspection records and remediation tracking records. | Compared with a design position, depends more on site conditions and scheduling coordination. |
| Checking or professional coordination position | Check others' calculations and drawings and organize technical briefings and material archiving. | Checking quality, the rate at which problems are found, and the standard of material archiving. | Demonstrate with checking records and an archive list and quality feedback. | Compared with an execution position, adds checking responsibility and coordination duties. |
| Further development goal: project technical management (not a uniform entry position for this occupation) | Coordinate the project technical scheme and professional interfaces and the implementation of quality standards. | Completeness of the technical scheme, interface coordination, and quality and compliance execution. | Demonstrate with project technical documents and acceptance records. | The qualifications, duties and project management experience for this role must be checked separately; in the United States this occupation cannot directly approve a design or supervise an entire project |
Positions usually require practical ability in drafting and surveying and material testing;
Design and registration pathways usually have separate education and work experience requirements.
Editorial advice is to check health or permit requirements for the specific position; special operations have separate qualifications, and these are not written as one and the same threshold for all technicians
Positions involving controlled material and classified projects are screened separately under the institution's rules.
Core skills are led by critical thinking and active listening and reading comprehension and mathematics;
Work activities are led by getting information, using computers, processing information and evaluating information to determine compliance with standards.
Geographic information and mapping software (ESRI ArcGIS and digital terrain modelling);
Office and calculation tools (Excel and Word and PowerPoint) and surveying and testing equipment.
Fictional conditions: a fictional design note (including the concrete strength grade and cover requirements) and a fictional drawing version record (noting one annotation difference from the previous version).
Fictional site information: a fictional site inspection record sheet (including sampling locations and weather and the construction part) and one fictional non-conformity description (a component dimension deviation).
Fictional constraints: a fictional institutional procedure (the calculation sheet must state the formula and the values taken and the source, and changes must go through a change order).
Step two: write out a site inspection record (sampling and test conditions and data and conclusions), and write the reporting and tracking note for that non-conformity.
Step three: write out how you would organize the version and archiving of this output (numbering and change record and recipients), and explain which matters exceed your authorized scope and need to be submitted to the engineering staff.
Review basis: whether the formula and the values taken can be reviewed, whether units and assumptions are annotated, whether the inspection record contains conditions and data and conclusions, and whether what can be handled independently and what must be submitted to the engineering staff are distinguished.
Forms of evidence include drawing and calculation sheet samples (which must be de-identified), inspection record samples, training and certification records and supervisor evaluations.
For items without evidence, clearly write to be added and give a plan to fill the gap.
Write out the points you disagree with or that need supplementing, and explain the basis.
An inspection summary: the parts and times checked, data and conclusions, and non-conformities and their tracking status.
A collaboration note: how you interface with the engineering staff and the contractor and the laboratory, and how information is kept on record.
| Stage | What may be assessed | Observed evidence | Limits of use |
|---|---|---|---|
| Resume and initial screening | Education background and software ability, whether there is drafting or site experience, and whether quantity calculation has been done. | Whether the experience matches the position's duties and whether the work or drawing samples meet the standards. | Initial screening can only see written and sample material; actual ability must be checked at interview and in the trial period. |
| Interview and technical questions | Understanding of drawings and specifications, habits on units and values taken, and how non-conformities are handled. | Whether the person knows to clarify before calculating, and whether the reporting process is understood. |
Extract the fictional drawings' versions and dimensions and material requirements into a checklist.
Calculate the concrete and reinforcement quantities for a section of component from the drawings and write the formula and the values taken.
Find the annotation that differs from the previous version and write the clarification question and how you would handle it.
Draw a section detail with dimensions and levels and materials annotated and explain the basis.
For the fictional non-conformity, write the sampling and data and conclusions and the reporting note.
Establish numbering and a change record and a note on recipients for this output.
| Qualification／status | Who it mainly suits | Realistic role in job seeking | Whether it is a universal entry threshold | Application／registration conditions | Level of investment | Important limits |
|---|---|---|---|---|---|---|
| Post-high-school certificate (engineering or construction or surveying) | Applicants on the U.S. vocational certificate route | One of the technical training routes; the 30% questionnaire response does not prove the minimum requirement for most positions | Not a uniform threshold; the BLS typical entry education is an associate degree | Complete a vocational technical course and master the basics of drafting and surveying | Medium |
Typical scope：Complete dimension and quantity calculation and detail drawing from the drawings and record the basis.
Readiness evidence：Able to show a calculation sheet with basis and units and one specification detail drawing.
Credential boundary：Technical training related to engineering or construction or surveying is usually required; the institution may have additional supervised requirements.
Next moves：Editorial advice is to write the units and values taken and the basis clearly to make review easier; in this round there is no evidence on how much review cost can be reduced.
Typical scope：Within the actual qualifications, duties and review procedure, complete one type of component calculation and detail drawing and be responsible for the basis, without approving the design yourself.
Readiness evidence：Able to show calculation sheets and drawings and review opinions over a period of time.
Credential boundary：Editorial advice is to check the specific project experience and software requirements with the target employer; in this round no recruitment sample proves a uniform experience threshold.
Next moves：Build your own checklist covering values taken, versions, annotations and related files.
Typical scope：Check others' calculations and drawings and organize technical briefings.
Readiness evidence：Able to show checking records and a problem list and the archive result.
Credential boundary：Editorial advice is to check the experience, ability and authorization requirements of the target checking position; in this round no uniform multi-year experience threshold is set.
Next moves：Learn to classify the problems found and turn them into reusable check items.
Typical scope：Take part in building drafting standards and templates and digital tools and in training.
Readiness evidence：Able to show standards documents and templates and training records.
Credential boundary：Editorial advice is to check the allocation of duties and the corresponding authorization; an institutional arrangement cannot replace statutory obligations.
Next moves：Turn repetitive work into templates and automated processes.
Typical scope：Assist with sampling under procedure and record the conditions and data truthfully.
Readiness evidence：Able to show one complete sampling and testing record.
Credential boundary：Check successful completion of training and protection requirements before entering a new site; where special operation qualifications or other permits are actually required, they are checked separately, and it is not claimed that all technicians uniformly need an operating permit.
Next moves：Become familiar with sampling and testing procedures and equipment operating requirements.
Typical scope：Independently complete inspection and testing and track non-conformities to closure.
Readiness evidence：Able to show inspection records and remediation tracking records.
Credential boundary：Certification is not universally necessary for entry in the United States; employers of material testing may check recognition of NICET or ACI and so on for the specific project, and a certificate threshold cannot be set uniformly for all site positions.
Next moves：Practise writing non-conformities as actionable reporting and tracking items.
Typical scope：Establish version numbering and issue and retrieval records.
Readiness evidence：Able to show a version register and issue records.
Credential boundary：Editorial advice is to become familiar with the target institution's document system first, and the specific entry requirements are checked separately.
Next moves：Make version management a checklist rather than relying on memory.
Typical scope：Track changes and site problems and maintain the closure status.
Readiness evidence：Able to show a change register and closure records.
Credential boundary：Matters involving authorization and prices must be submitted through the process.
Next moves：Practise converting verbal communication into a written record.
Typical scope：Coordinate professional interfaces and materials and meetings and be responsible for the consistency of the records.
Able to show meeting and interface records and the archive result.
Able, under guidance, to complete basic quantity calculation and detail drawing from the drawings and to assist with one site record and material test, reporting problems through the process.
Editorial capability stage: take on one type of component calculation or drawing, inspection records and non-conformity tracking within the actual duties, qualifications and review arrangements; being able to carry out a divided task independently does not mean being able to approve a design or supervise an entire project.
Able to take on checking or professional coordination duties, organize technical briefings and archive materials, and be responsible for the consistency of the team's calculations and drawings and records.
Able to take part in technical standards and quality management and digital tool development at the project or institutional level, with the corresponding qualifications and institutional authorization.
Does not establish：A national occupation-level projection that does not distinguish region or employer type; it also cannot be used to infer the number of opportunities at a particular institution or city.
Global (cross-economy) · Cross-economy occupation level (not the official statistics of a single country)
Exposure ranking and measurement method
Generative AI occupational exposure index
The study provides an occupation-level generative AI exposure index for comparing the degree of task exposure across occupations, and does not provide projections of position gains or losses.
Does not establish：It is an exposure measure, not an adoption rate or automation rate; the cross-economy basis differs from national statistical bases and cannot be converted directly into position changes in the United States or China.
Mainland China · Mainland China (no one-to-one detailed occupation category established)
Insufficient evidence: no China-wide occupational wage basis for this position has been obtained
Precise occupational wage basis
Precise occupational wages in China remain insufficient evidence; the 2025 annual average wages for scientific and technical services and construction serve only as background for the corresponding employers, not occupation-level income or an employment growth projection.
Does not establish：The category covers all occupations and different unit forms and does not replace the national wage for this occupation; the precise gap is not filled with recruitment quotations or adjacent positions.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Shared capabilities: drawing reading and calculation, understanding of specifications, site and design liaison.
Build next：Lacks the education and registration pathway needed to carry design responsibility.
View career profileTransfers：Shared capabilities: drawing reading and understanding of specifications, site communication, records and coordination.
Build next：Lacks full-cycle experience in site and contract and team and cost management.
View career profileTransfers：Shared capabilities: understanding of technical processes, multi-disciplinary coordination, documents and quality control.
Build next：Lacks experience coordinating cross-disciplinary design interfaces and the team and project portfolio.
View career profileTransfers：Shared capabilities: quantity calculation, understanding of drawings and specifications, data checking.
Build next：Lacks systematic training in estimating methods and bills of quantities and pricing.
View career profileTransfers：Shared capabilities: engineering methods and data analysis, process and efficiency awareness.
Build next：Lacks professional training in transport and warehousing and process optimization.
View career profileTransfers：Shared capabilities: schedule awareness, documents and communication, multi-party coordination.
Build next：Lacks experience of planning systems and cross-party coordination and reporting mechanisms.
View career profileTransfers：Shared capabilities: site work, understanding of coordinates and elevations, surveying and records.
Build next：Lacks specialized training in surveying instruments and surveying data processing and deliverable standards.
View career profileTransfers：Shared capabilities: drafting software operation, understanding of drawing standards, version management.
Build next：Lacks dedicated drafting training centred on drafting standards.
View career profileThat cannot be inferred. The core tasks of this occupation include checking against drawings and calculating quantities, site checking and material testing, and leaving the process as reviewable records; judging the values taken and compliance with specifications, identifying site non-conformities and taking responsibility all require engineering training and an authorization system. AI output can neither replace a qualification nor exempt the duty to record and report.
The earlier affected parts are those that can be structured as inputs: drawing information extraction, quantity calculation, report and record drafts, and document version comparison. The later affected parts are those that must be done on site: site checking and sampling and testing, judging whether construction matches the design, and handling site conflicts.
Judging whether the choices and assumptions apply, checking units and the specification version, identifying non-conformities on site and handling them under procedure, and writing the process up as records that others can review. These abilities depend on engineering training and site experience.
In the United States the May 2025 hourly median for this occupation is 31.23 USD and the annual median 64,950 USD, with the 10th and 25th and 75th and 90th annual percentiles at 44,220 and 51,490 and 80,650 and 98,980 USD respectively. The statistic excludes self-employment income, and regional or industry differences cannot be extrapolated directly to a specific employer; for mainland China this page publishes no figure and only registers the statistical basis and the gaps.
The education distribution on the O*NET page for this occupation is post-high-school certificate 30%, some college but no degree 28% and associate or other two-year degree 21%; positions usually also require practical ability in drafting and surveying and material testing. The design and registration pathways usually have separate education and work experience requirements.
The U.S. Professional Engineer (PE) qualification and engineering signing authority belong to the corresponding practice system, and technicians usually work under the guidance of engineering staff; the O*NET page for this occupation lists several industry certifications (such as NICET in the highway construction inspection and material testing and fire protection and electrical directions, and ACI in the concrete testing direction), and certification is proof of ability and direction, not the same as a licence or signing authority.
It is feasible but the foundations must be added: drawing reading and quantity calculation and unit conversion are the core threshold, usually filled in through vocational technical courses and practice on real projects. People with a construction or site or surveying background can transfer site experience, but still need to learn drafting and calculation and record standards systematically.
It depends on whether you are willing to do checking and calculation and site inspection over the long term and accept the paperwork of a 40-hour work week. BLS projects growth of 1% to 2% for this occupation over 2024 to 2034 (below average) with about 5,500 openings per year on average, and this occupation's page is not marked Bright Outlook. It is advisable to first use the seven-day exercise on the page to test whether you would want to repeat this process.
This evidence route registers the precise occupational wage as verified unavailable (data status: no data that can be used safely), and the handling note is to retain the module-level gap and make clear that the Chinese page language does not constitute a Chinese equivalent occupation or wage mapping. This page therefore gives no monthly salary range or city ranking and does not extrapolate from quotations for adjacent positions.
U.S. wages are the BLS OEWS May 2025 national statistics (shown via the O*NET National Wages page), describing employed wage and salary positions and excluding self-employment income; employment and outlook are the BLS employment projection for 2024 to 2034; the O*NET page for this occupation does not provide median wages broken down by industry or region. Direct access to the BLS Occupational Outlook Handbook page for this occupation returned HTTP 403 in this round, and this page has registered that access gap.
The exercises and the seven-day arrangement are fictional materials designed by the FermatMind editorial team to help readers judge whether they would want to repeat this workflow; they are not research findings or industry facts, and must not be used for real engineering calculation, site inspection or acceptance judgments, as real projects must be handled by personnel with the corresponding qualifications and authorization.
In this round, on 2026-10-09, the nine modules were checked segment by segment: O*NET17-3022.00 duties and the current complete tables, the OEWS May 2025 wages, the BLS2025—2035 Table 1.2 and the correct OOH page; the precise Chinese wage is still missing and the matched 2025 industry background has been added. The original citation is shared by out-of-scope content such as the FAQ and boundaries, so the old registration is retained and the sources for this round are appended, with the nine modules using the new citations; the historical 403 and the old figures are not used as new conclusions for this round.
The date of reading and revising the nine modules this time is 2026-10-09; the source statistical periods, publication dates and regulation versions are registered separately, and the search date is not treated as the data period.
The figures come from O*NET national wages, the BLS occupational projection and the OOH in-industry occupational wages; the Chinese background comes from National Bureau of Statistics Tables 2/5 and the survey notes. Design, construction inspection and safety duties are checked against the original public regulations; NIST is a general voluntary framework and ILO is exposure research, and the editorial pilot suggestions are not verified effects.
Limitations：Supports the exact occupational identity, the 15 tasks, work activities, core skills and work context; excludes mainland China's practice qualification requirements.
Limitations：Supports occupational characteristics, knowledge (14 items), abilities (21 items), work styles (2 items) and interest codes RIC; the labels are not a hiring threshold or a personality diagnosis; this occupation's page is not marked Bright Outlook.
Limitations：Supports the U.S. employment industry structure (professional, scientific and technical services 50%, government 43%, other industries 7%); it is not a guarantee of personal income.
Limitations：Supports the technology keyword shares (AutoCAD Civil 3D 25%, AutoCAD 24%, Microsoft Office 13%, MicroStation 10%, Excel 9%, ArcGIS 6% and so on); keywords are a market signal and do not equal proficiency or adoption.
Limitations：Supports the preparation level (Job Zone Three, SVP 6.0 to below 7.0) and the education distribution (post-high-school certificate 30%, some college but no degree 28%, associate degree 21%); does not replace the position requirements in mainland China.
Limitations：Direct access to this page returned HTTP 403 in this round and the original page text was not obtained; the entry statements on this page follow the O*NET preparation level and certification pages, and this entry is registered as an access gap.
Limitations：Supports the annual and hourly percentiles for this occupation (annual median 64,950 USD, hourly median 31.23 USD); the statistic excludes self-employment income and cannot be used to infer personal income.
Limitations：Supports the employment projection (about 64,900 people in 2024, growth of 1% to 2%, about 5,500 openings per year on average); a projection contains assumptions and error.
Limitations：A wage and compensation survey basis, not the precise basis for this occupation; on that basis this page only registers the gap and publishes no figures.
Limitations：Supports the note on position mapping boundaries; this page does not establish a one-to-one correspondence with O*NET-SOC 17-3022.00 on that basis.
Limitations：Supports the statement that engineering survey and design and construction and supervision activities each have their own practice and technical standard requirements; this page does not replace the competent authorities' specific requirements.
Limitations：An exposure measure, not an adoption rate, automation rate or projection of position losses; the cross-economy basis cannot be converted directly into national position changes.
Limitations：Editorial summary and fictional materials, not research findings or industry facts; must not be used for real engineering calculation, site inspection or acceptance judgments.
Limitations：Supports the percentage distributions of the work context (communication, decisions, workplace, posture and responsibility); these are respondent distributions, not a guarantee for an individual position.
Limitations：Supports the 10th, 25th, median, 75th and 90th annual and hourly percentiles; they cannot be used to infer an individual's annual or take-home income.
Limitations：Supports the notes on adjacent occupations (construction managers, architectural and engineering managers, cost engineers and estimators, logistics engineers, project management specialists, civil engineers, surveying and mapping technicians and drafters and others); the comparison is an editorial compilation.
Limitations：Supports the coverage and the inclusions and exclusions of the wage statistics and the standard work-year conversion basis; not used to infer personal income.
Limitations：15 tasks, 41 work activities, 10 basic and 25 cross-functional skills, 33 knowledge areas, 52 abilities, 21 work styles and the education questionnaire; occupational scores and respondent answers cannot be treated as individual thresholds
Limitations：Professional, scientific and technical services 51%, government 42% and other 7%; category shares are not industry wages and cannot be put in the same table as the OOH shares of some main employers
Limitations：The original text was read on the web in this round, and a 403 on terminal download does not revoke the evidence already read; typical education is an associate degree, certification is not universally necessary, and the role does not approve designs or supervise the whole project; industry wages are for this occupation within the industry, not the category average
Limitations：SOC17-3022: units in thousands, 70.9 to 73.2, a net gain of 2.3, growth of 3.2%, 6.1 openings per year on average and 0.7% self-employed; rounded values are not used to infer individual opportunities or AI causality
Limitations：Scientific and technical services and construction, Table 2 non-private and Table 5 private, with the annual average wage covering the whole category; legal-person units with 5 or more employees in urban areas, excluding self-employed and freelancers; this cannot be taken as the occupational median or monthly wage
Limitations：Articles 7—10 on unit qualification, scope and personnel registration; Article 28 on the party that changes design documents, written consent for commissioning and reporting major changes for approval, and ordinary project confirmation is not treated as authority to change drawings
Limitations：Article 19 on designer responsibility; Articles 28—31 on the prohibition of unauthorized alteration, designated signing for testing, the ban on using uninspected or failed materials and witnessed sampling; Article 37 on the different signing duties of the supervisor and chief supervisor
Limitations：Article 25 on special operation qualifications, Article 27 on safety briefings, Article 32 on protection and stopping one's own operations or evacuating in the face of imminent personal danger, Article 33 on correct use, and Article 37 on training for new posts and sites; this is not a general project resumption permit
Limitations：A voluntary general risk framework, not a mandatory engineering procedure, an occupational adoption rate or an effect experiment for this occupation; the editorial suggestions must be rewritten per project
Limitations：Article 13 on lawful processing bases and Articles 28 to 30 on sensitive information rules; de-identification or an internal network does not itself grant processing authority, and this does not concern the adoption rate for this occupation
Limitations：The 29 items are related certification entry points, not universal hiring or statutory qualifications; the specific NICET or ACI programmes must be read in the awarding body's requirements
Limitations：The examination, supervised practical verification and experience requirements at each level are checked separately; certification is not treated as an entry condition for all technicians or as a design licence
Limitations：Both the written and the practical test must be passed, the certification lasts 5 years, and the course itself does not award certification; this is not a uniform threshold for this occupation, a flight or design permit, or a Chinese testing unit qualification
Limitations：Typical education is a bachelor's degree, junior positions do not need a licence first, and providing services to the public usually requires a state licence; this does not apply to technicians or to all jurisdictions
Usage note: this page is an occupational information service and does not constitute engineering, legal, safety or practice qualification advice; decisions involving structural safety and practice qualifications and signing authority and site safety must be based on the applicable regulations, the original standards and the opinion of personnel with the corresponding qualifications.
MBTI (English) · Big Five (English) · MBTI (Chinese) · Big Five (Chinese)
Judgment four: whether materials and tests comply with the procedures
Judgment five: whether problems and changes are recorded and tracked under the process
Judgment six: whether the work is carried out and signed within the authorized scope
Several reasonable approaches are allowed; if you consider some information insufficient to judge, you should clearly write out the parts that cannot be judged and the additional information needed.
The drawings and data and non-conformity given in the question are fictional values, used only to practise calculation and recording methods.
| Practical or quantity calculation test | Complete one quantity calculation or one detail drawing for the given drawings. | Calculation basis, units, drawing standards, and whether assumptions are annotated. | Test complexity differs from a real project, and the result is for reference rather than a final conclusion. |
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| Probation or supervised period | Take part in real projects under supervision and accept review. | Whether procedures are followed, whether records are truthful, and how quickly problems are corrected once pointed out. | Performance during the supervised period is not the ceiling of long-term ability, and the project type and the quality of supervision have a large influence. |
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Answer three questions: would you be willing to repeat this; which step engaged you most; and which ability will you build next week (drawing reading and calculation, drafting software, site and testing, or documents and processes).
| Different institutions and regions have different requirements for course content. |
| Associate or other two-year degree | People who want to enter design and consulting positions | The typical U.S. BLS entry education, and employers may prefer accredited programmes | A typical requirement, not representing all employers; the 21% questionnaire response is about new-hire requirements | Complete a two-year engineering related course | Medium | Education is not proof of ability, but it affects the position level. |
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| Bachelor's degree (civil engineering or surveying and so on) | People who want to follow the design and registration pathway | Actually useful for the design and registration pathway | Some U.S. technologist employers require a bachelor's degree, and the specific position is checked separately | Complete undergraduate study and meet the prerequisite requirements | High | The registered engineer pathway usually also requires work experience and examinations. |
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| Industry certification (such as NICET and ACI directions) | People who want directional recognition | Proof of ability and direction | No (certification is not a licence) | For example: NICET concrete levels require an examination, supervised practical verification and the corresponding experience; ACI strength testing requires a written and a practical test, and cannot all be simplified into submitting materials and a written examination | Editorial investment advice: check the direction, level, experience and fees first, and in this round the total cost of the target examination was not checked | Cases where certification is not recognized do exist and must be checked with the institution and the jurisdiction. |
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| Surveying and testing skills training | People who carry site and testing work | Used for capability building and mastering the procedures | No | Take the training and practise in real projects | Low to medium | Training experience and actual execution quality cannot be directly equated. |
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| Registered practice qualifications (such as the U.S. PE) | People who want to carry design and signing responsibility | Providing engineering services to the public and lawfully approving designs in the United States requires checking the state licence; this is not a uniform entry requirement for technicians | No (technician positions usually do not need it) | Complete the education and work experience and examinations required by the jurisdiction | High | This page does not replace any application or registration conditions. |
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This page does not guarantee that any training or certification is recognized by a specific institution or jurisdiction, nor does it replace a specific judgment about practice qualifications and signing authority.
Typical scope：Organize site technical briefings and quality inspections and be responsible for how they are carried out.
Readiness evidence：Able to show briefing records and quality inspection and closure records.
Credential boundary：Editorial advice is to check site experience, practical ability and authorization; in this round no uniform multi-year experience threshold is set.
Next moves：Turn quality requirements into check items that front-line staff can carry out directly.
Typical scope：Take part in building testing methods and quality system documents and training.
Readiness evidence：Able to show method documents and training and internal audit records.
Credential boundary：Editorial advice is to check the statutory qualifications and institutional authorization against the specific site duties, and a qualification threshold cannot be set uniformly for all technicians.
Next moves：Turn practical judgment experience into teachable standards.
Credential boundary：Editorial advice is to check the target position's project record and the actual scope carried; no universal experience threshold of several complete projects is set.
Next moves：Turn the key points of cross-party communication into standard templates.
Typical scope：Develop document and process standards and train the team.
Readiness evidence：Able to show standards documents and training and inspection records.
Credential boundary：Editorial advice is to check the target coordination duties and the institutional authorization, and the specific requirements are checked with the employer separately.
Next moves：Turn compliance requirements into check items that front-line staff can carry out directly.
Limitations：Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
