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SOC 17-2051 · O*NET 17-2051.00
Engineering work that plans, designs and supervises the construction and maintenance of building structures and facilities (roads, railways, airports, bridges, harbours, channels, dams, irrigation projects, pipelines, power plants and water and sewerage systems): analyse survey and geological and environmental data, calculate loads and hydraulics and material stresses, design schemes and prepare design and technical documents, coordinate multi-disciplinary interfaces, and supervise construction and check compliance.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((75+75+25)/3+0.5)=58; fermatmind-ai-impact-v1; 2026-10-18.
In one line: this is an occupation where whether the values and specifications are right, whether structural safety is assured, whether multi-disciplinary interfaces are aligned and whether the signature can be stood behind matter more than whether the scheme is novel; if you are willing to carry long-term responsibility for your calculations and drawings, it is worth serious consideration.
Education, qualifications and authorization must be checked separately: O*NET lists this occupation as Job Zone Four (considerable preparation), SVP range 7.0 to below 8.0; in the United States, the Professional Engineer (PE) qualification and design signing authority belong to the state practice system and usually require an accredited education, work experience and passing an examination; the O*NET page for this occupation lists 26 industry certifications (including the NCEES FE and PE directions), and certification and licence and employer authorization are three different things. Mainland China has a separate practice system such as registered survey and design engineers.
Conditions for pausing before a large investment: you have not yet taken part in a complete technical process from scheme to construction drawings, and you have not checked specification clauses and the values taken in calculations; this occupation usually requires a four-year bachelor's degree (the education distribution is bachelor's 86% and master's 10%), and in the United States a practice pathway such as the FE and PE is usually also required, with an investment measured in years.
Civil engineers carry out engineering work that plans, designs and supervises the construction and maintenance of building structures and facilities, covering roads, railways, airports, bridges, harbours, channels, dams, irrigation projects, pipelines, power plants and water and sewerage systems; the typical closed loop is analysing the site and data, calculating loads and hydraulics and material stresses, designing and comparing options, preparing drawings and technical documents, and supervising construction and checking compliance with the design and specifications.
Career direction comparison
The table below compares positions and occupations adjacent to this occupation: construction managers, architectural and engineering managers, facilities managers, architects (excluding landscape and naval), brownfield redevelopment specialists and site managers and transportation 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 construction and subcontracting and safety and contract and schedule management; this occupation carries design and technical responsibility and is responsible for compliance of the design documents. | People willing to manage the site and contracts and the team are suited to the construction manager direction; people willing to take responsibility for the design and sign are suited to this occupation. |
AI impact on this career
Editorial tool pilot suggestion: material extraction, scheme drafts, calculation checking and records can be directions for trials, checking errors, omissions and total review hours. In this round there is no evidence of tool speed-up or institutional adoption for this occupation; software recruiting keywords do not prove actual BIM or generative AI adoption. AI Impact Score 58% 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+75+25)/3+0.5)=58; 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 17-2051.00 (Civil Engineers); 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 survey and design and construction and municipal and transport and water conservancy 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: engineering survey and design activities have a corresponding registered engineer practice system and technical standard requirements set by the competent authorities; registration qualifications and signing authority and position authorization cannot substitute for one another.
Insufficient evidence: no China-wide occupational monthly wage distribution precisely corresponding to civil engineers has been obtained; this page does not publish a substitute figure, nor extrapolate from quotations for adjacent positions.
U.S. salary reference
BLS and O*NET: the May 2025 median annual wage is 100,840 USD and the hourly median 48.48, with the 10/90 annual percentiles at 68,240/163,220; the 2025—2035 projection is growth of 6.4% with 22,700 openings per year on average. The wages exclude the self-employed while the employment figure includes them; Bright Outlook is not a promise of individual hiring.
| Position in the wage statistics | Annual wage reference | Conversion boundaries | How to understand this position |
|---|---|---|---|
| 10th percentile | 68,240 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 | 100,840 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 find a basis for the values taken and the conclusions and to accept review, and being able to bring multi-disciplinary problems down to specifications and data; 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 find a basis for the values taken and the conclusions, able to accept review and challenge, and willing to carry long-term responsibility for their own technical judgments.
These situations need caution： Someone unwilling to check specifications and the values taken, who tends to relax the requirements under cost and schedule pressure, or who cannot accept long-term documentation and review work.
Do an entry exercise： Use the fictional materials in the page's entry, qualifications and career development section to complete one closed loop from data analysis to calculation check to interface confirmation, 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 - structural or system safety problems caused by wrong values or non-compliance with specifications, the signing responsibility for calculations and drawings and interfaces, and the safety risks of construction sites and excavation work; in addition, omissions in multi-disciplinary interfaces and unidentified environmental and public effects are long-term problems.
In this round the O*NET17-2051.00 duties and work context and the BLS OOH entry and practice boundaries were read; in China Articles 7—10/28 of the survey and design regulations, Articles 19/28—31/37 of the quality regulations and Articles 25—37 of the safety regulations support qualification, design changes, material testing and individual safety duties respectively. Specific engineering thresholds and resumption conditions are not given as operating authority on this page.
Typical scenario：Reusing a similar project's calculation sheet without checking this project's conditions; submitting the next stage's output while review comments remain open.
Entry, qualifications and career development
The typical U.S. BLS entry education is a bachelor's degree in civil engineering or a related field; the O*NET new-hire education questionnaire is 86% bachelor's, 10% master's and 5% post-bachelor's certificate, which is not an education population distribution. Experience can be built from supervised professional work, and design approval and public service follow the state licensing requirements rather than requiring a PE on entry.
Career outlook and moving to related occupations
BLS Table 1.2 projects employment of 380,600 in 2025 to 405,100 in 2035, a net gain of 24,500, growth of 6.4% and 22,700 openings per year on average; OOH rounds this to 6%, faster than average. Infrastructure upgrading and water system projects need engineering work, and fluctuations in government funding may affect public project opportunities; this is not an AI causal estimate or a promise of being hired in a particular city.
United States · O*NET-SOC 17-2051.00 exact occupational basis (United States)
Growth 6.4% (2025—2035; OOH rounds to 6%)
Employment growth rate
Growth 6.4% (Table 1.2), rounded by OOH to 6%, faster than average; contains assumptions and error and is not the actual number of positions year by year.
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.
Daily work is mainly data analysis and calculation and document preparation and construction supervision: calculating loads and slopes and flows and material stresses to determine design specifications, using computer-aided design and drafting tools to plan and design transport or hydraulic systems and structures, inspecting the project site to monitor progress and ensure compliance with the design and safety standards, testing soils and materials, and communicating with multiple disciplines and the owner and the contractor. The O*NET work context shows that 100% use email every day, 90% have telephone conversations every day, and 57% have a typical work week above 40 hours.
Construction managers are responsible for the site and contracts and the team; architectural and engineering managers coordinate the project and the multi-disciplinary team; facilities managers are responsible for the operation and maintenance of existing facilities; architects focus on space and function and practise as registered professionals; this occupation carries design and technical responsibility for structures and systems and is responsible for signing the design documents. Shared capabilities do not mean the positions can be exchanged: registration qualifications and signing authority and levels of responsibility differ.
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 engineer is not a combination of drawing and visiting sites, but an occupation that carries technical responsibility and signs for the design, construction and maintenance of structures and facilities; O*NET defines the occupation as engineering work that plans, designs and supervises the construction and maintenance of building structures and facilities (roads, railways, airports, bridges, harbours, channels, dams, irrigation projects, pipelines, power plants and water and sewerage systems).
Signals to keep exploring: you are willing to be responsible for calculation and design conclusions and to accept review and signing responsibility, and can explain technical problems clearly in multi-disciplinary and multi-party collaboration; the O*NET work context shows that 100% use email every day, 90% have telephone conversations every day, 76% have face-to-face discussions every day, 52% consider precision or accuracy extremely important, 57% have a typical work week above 40 hours, 43% consider the consequences of an error extremely serious, and 52% feel time pressure weekly or more often.
The work of a civil engineer can be divided into three connected but distinct work dimensions. The first is analysis and calculation: analyse survey reports and maps and drawings and aerial photographs and topographic and geological data, calculate loads and slopes and flows and material stresses to determine design specifications, and test soils and materials to judge the suitability and strength of foundations and concrete and asphalt and steel. The second is design and documents: use computer-aided design and drafting tools to plan and design transport or hydraulic systems and structures, estimate the quantities and costs of materials and equipment and labour to judge project feasibility, and prepare or present public reports such as bid schemes and environmental impact statements and property and right-of-way descriptions. The third is construction and supervision: direct construction and operation and maintenance activities, check site progress and compliance with design specifications and safety and health standards, direct or take part in surveys to set out and establish benchmarks and elevations, and provide technical advice on design or construction or renovation or structural repair.
Analyse data and calculate to determine design specifications
Prepare design documents and coordinate multi-disciplinary interfaces
Common adjacent positions include facilities managers, construction managers, architectural and engineering managers, brownfield redevelopment specialists and site managers and architects (excluding landscape and naval). On the boundaries: construction managers are responsible for the site and contracts and the team; architectural and engineering managers coordinate the project and the professional team; facilities managers are responsible for the operation and maintenance of existing facilities; this occupation carries design and technical responsibility for structures and systems.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Core purpose | Construction managers focus on the site and contracts and team coordination; civil engineers focus on professional analysis and technical work, and design approval and signing are allocated separately by qualification and statutory duty. | Responsible for the structural and facilities analysis, design, construction or maintenance work actually carried out; design approval and signing are allocated by jurisdiction, qualification and position, and not all civil engineers have signing authority on entry. |
| Main object and basis | Architects focus on space and function and form; this occupation focuses on structural safety and system performance and construction feasibility | Based on the current specifications and survey and geological and environmental data; the O*NET work activities are led by getting information, decision making and problem solving, communicating with supervisors and colleagues, and drafting and specifying technical devices and equipment |
| Core process | Facilities managers focus on the operation and maintenance and service coordination of existing facilities; civil engineers are involved in the planning, design, construction and maintenance of infrastructure and are not limited to new construction. | Data analysis, load and stress calculation, scheme design, preparation of drawings and calculation sheets, cost estimating, construction supervision and site inspection |
| Main outputs | Architectural and engineering managers coordinate technical activities, teams and resources; civil engineers carry out the actual professional work, and registration, design approval and signing duties must be checked separately. | Calculation sheets and design notes, drawings and specification compliance documents, quantities and cost estimates, site inspection and test records, environmental impact and public 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 | Units and designers bear quality responsibility according to their actual duties, and unit qualification and personnel registration are checked separately. In the United States junior positions do not need a licence first and providing services to the public usually involves the state PE licence; in China designer responsibility and unit qualification and registration requirements are judged under the survey and design regulations and the quality regulations. |
| Entry and licensing | Articles 7—10 of China's survey and design regulations distinguish unit qualification, the scope of work undertaken and personnel registration, and Article 19 of the quality regulations provides for design quality and designer responsibility. The specific professional category, position authority and application conditions are checked separately, and a position title cannot be treated as a registration qualification. | U.S. BLS lists the typical entry education as a bachelor's degree in civil engineering or a related field; the O*NET new-hire education requirement questionnaire is 86% bachelor's, 10% master's and 5% post-bachelor's certificate (rounding to 101% in total), which is not the education composition of the workforce. Junior positions do not need a PE first; duties such as providing services to the public and approving designs are checked separately against the state licence. |
| Boundaries of the conclusion | Comparing positions cannot rely on similar titles alone; practice qualifications and signing authority, scope of responsibility and project role 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 |
Calculate loads and slope requirements and flows or material stress factors to determine design specifications; use computer-aided design and drafting tools to plan and design transport or hydraulic systems and structures; design energy-efficient or environmentally friendly civil structures (corresponding to the fourth and fifth and eleventh O*NET tasks).
Direct engineering activities to ensure compliance with environmental and safety or other government regulations; manage and direct construction and operation and maintenance activities on the project site; inspect the project site to monitor progress and ensure compliance with design requirements and safety or health standards (corresponding to the first and second and third O*NET tasks).
Analyse survey reports and maps and drawings and blueprints and aerial photographs or other topographic or geological data; direct or take part in surveys to set out and establish benchmarks and slopes or elevations to guide construction (corresponding to the seventh and eighth O*NET tasks).
Test soils or materials to judge the suitability and strength of foundations and concrete and asphalt or steel; identify environmental risks and develop risk management strategies for civil engineering projects; carry out traffic flow or environmental condition studies to identify engineering problems and assess potential project impacts (corresponding to the twelfth and thirteenth and fourteenth O*NET tasks).
Estimate the quantities and costs of materials and equipment and labour to judge project feasibility; prepare or present public reports on bid schemes and deeds and environmental impact statements and property and right-of-way descriptions (corresponding to the ninth and tenth O*NET tasks).
The first two have importance 47/39; task 17, the drone task, is given without an importance score. The appearance of a task does not grant contamination work, surveying or flight qualifications, and the target project and jurisdictional requirements are checked separately.
Six recurring occupational judgments: whether the values taken and assumptions have a basis; whether they comply with the current specifications and standards; whether multi-disciplinary interfaces are aligned; whether the site is built to the design; whether environmental and safety and public risks have been identified; and whether the work is signed and taken responsibility for by qualified personnel.
Judgment one: whether the values taken and assumptions have a basis
Judgment two: whether it complies with the current specifications and standards
Judgment three: whether multi-disciplinary interfaces are aligned
| Architectural and engineering managers | Coordinate the project and the multi-disciplinary team and contracts, with outputs mainly project plans and coordination and business results. | Architectural and engineering managers coordinate the project and the multi-disciplinary team and contracts and business objectives; this occupation carries professional technical and design responsibility within that framework. | People willing to coordinate a multi-disciplinary team and business objectives are suited to the manager direction; people willing to go deep into professional technology are suited to this occupation. |
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| Facilities managers | Maintain the operation and maintenance and space and energy management of existing facilities, with outputs mainly operation and maintenance records and improvement plans. | Facilities managers are responsible for the operation and maintenance and energy consumption and space management of existing buildings and facilities; this occupation mainly provides design and construction technical support for new build and renovation. | People willing to work on the operation and maintenance and energy management of existing facilities are suited to the facilities manager direction; people willing to provide design and construction support are suited to this occupation. |
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| Architects (excluding landscape and naval) | Carry the spatial and functional design of architectural schemes and construction drawings and practise as a registered professional, with outputs mainly architectural designs and permit application documents. | Architects focus on space and function and form and user experience and carry the corresponding registration responsibility; this occupation focuses on structural safety and system performance and construction feasibility. | People willing to design space and form and function are suited to the architecture direction; people willing to design structures and systems are suited to this occupation. |
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| Brownfield redevelopment specialists and site managers | Organize site investigation and remediation and redevelopment coordination, with outputs mainly investigation and remediation plans and coordination records. | Brownfield redevelopment specialists and site managers mainly investigate and remediate and coordinate the redevelopment of contaminated sites; this occupation carries the engineering scheme and design responsibility in contamination treatment. | People willing to do site investigation and remediation and redevelopment coordination are suited to the brownfield direction; people willing to design and implement treatment works are suited to this occupation. |
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| Transportation engineers | Carry out transport planning and operations and safety analysis, with outputs mainly transport schemes and operations analysis. | Transportation engineers (O*NET 17-2051.01) are a sub-direction of civil engineers, focusing on transport planning and operations and safety analysis; this occupation covers a wider range of structural and municipal and water objects. | People willing to focus on traffic flow and operations and safety are suited to the transportation engineering direction; people willing to work on multiple types of infrastructure are suited to this occupation. |
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The six directions share some capabilities with this occupation: understanding of specifications and drawings, calculation and trade-offs, multi-disciplinary coordination, and site judgment. The real differences lie in the responsibility (whether design signing is carried), the object (new build or renovation, or existing operation and maintenance or site remediation) and the role (technical responsibility, or project and management responsibility). When choosing, it is better to test with one deliverable design calculation and drawing check than to compare titles.
Moving from this occupation to an adjacent direction usually requires filling in new experience and qualifications: the construction and project manager directions require contract and cost and team management experience, the facilities manager direction requires operation and maintenance and energy management experience, the architecture direction requires architectural education and a registration pathway, and the brownfield and transport directions require accumulating project records in the corresponding specialty. Calculation and specification and coordination ability transfer, but signing and registration responsibility 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.
Technical ability must be measured: editorial advice is to test extraction, trial calculation, version comparison and drafting with approved materials, checking accuracy, omissions, traceability and review cost; in this round there is no task-level reliability experiment for this occupation, so these uses cannot be written as more reliable.
The existing evidence is software categories and 2025 U.S. recruiting mentions, which cannot prove that institutions actually use BIM, GIS or generative AI, let alone infer adoption rates. Specific deployment, data permissions and quality results need evidence from the target institution.
BLS projects growth of 6.4% over 2025—2035 with 22,700 openings per year on average, including growth and replacement needs; this is not the current hiring volume, nor a causal estimate of AI on employment.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Analysis and calculation | Calculate loads and slopes and flows and material stresses to determine design specifications | Editorial pilot: check the accuracy of extraction and trial calculation and the total review hours, and do not promise speed-up in advance | Confirm that the values taken and assumptions apply and comply with the current specifications, and be responsible for the design conclusions and the signature. |
| Design and documents | Plan and design transport or hydraulic systems and structures | Scheme generation and comparison can be assisted; the feasibility judgment and responsibility still rest with people | Confirm that the scheme is feasible under the site and construction and cost conditions, and assess the effects on the surroundings. |
| Design and documents | Coordinate multi-disciplinary work and draft and specify technical equipment and drawings | Editorial trial direction: interface checking and version comparison must be tested for coverage, false positives and omissions; coordination and approval follow the actual duties | Confirm that the interface conditions have been confirmed by each discipline and check that the drawing and calculation sheet versions are consistent. |
| Construction and supervision | Inspect the project site and supervise progress and compliance | Image and monitoring data processing can be digitalized; on-site judgments and safety decisions still require people | Confirm that site implementation matches the design and track non-conformities to closure. |
| Construction and supervision | Test soils or materials to judge suitability and strength | Data recording and statistics can be assisted; test validity and the determination still rest with people | Confirm that the test object and conditions comply with the procedures, and be responsible for the scope within which the conclusions may be used. |
| Analysis and calculation | Identify environmental risks and develop risk management strategies | Risk lists and retrieval can be assisted; risk judgments and control decisions still rest with people | Confirm that environmental and safety risks have been identified and control measures implemented. |
| Design and documents | Prepare and present technical documents and public reports | Text and chart drafts can be generated automatically; accuracy and disclosure responsibility still rest with people | Confirm that the wording and data sources in public reports can be checked, and protect restricted information. |
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 compares three real work directions: what AI mainly changes, and which responsibilities remain on the human side. The three directions come from this occupation's task structure (analysis and calculation, design and documents, construction and supervision).
AI primarily changesExtract parameters from survey and geological and drawing data, trial-calculate loads and hydraulics and stresses under specification clauses, and generate draft calculation sheets and notes.
Human responsibility remainsJudge whether the values taken and assumptions apply, confirm the applicable specification version, and be responsible for the design conclusions that must be signed by qualified personnel.
AI primarily changesGenerate a first draft of scheme comparisons and quantities and cost estimates, organize interface conditions into a checkable list, and give reminders for drawing issue and review milestones.
Human responsibility remainsJudge whether the scheme is feasible under the site and construction and cost conditions, identify the effects on the surrounding environment and the public, and decide whether the design needs adjusting or a specialist study added.
AI primarily changesCompare site images and monitoring data with the design drawings and organize the differences, generate draft technical briefings and meeting minutes, and check document versions and distribution scope.
Human responsibility remainsConfirm that site implementation matches the design and that changes were authorized, and be responsible for the technical conclusions on concealed works and critical processes.
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 registered practice.
Clarify the task object (which project, which discipline, which process), the source of the input materials and the applicable specification version, and the design or construction decision this judgment is meant to support.
The system or tool completes material extraction, scheme comparison, calculation checking or document and record drafts, and records the tools and versions and data scope used.
Review by the engineer and the discipline lead: whether the values taken and assumptions apply, whether the applicable specification is current, whether the conclusions are consistent with the multi-disciplinary interfaces, and whether they exceed your own authorized scope.
Keep a record of the inputs, tools and versions, review opinions, changes and approvals; for documents involving structural safety and environmental impact, additionally retain the primary data and review records.
Design approval and signing are allocated by actual jurisdiction, position and valid qualification, and the separate responsibility of the unit and the personnel cannot be removed by tools; a junior civil engineer in the United States does not obtain PE signing authority through the position title.
The system may give a scheme that looks reasonable but does not match the applicable specifications or site conditions; adopting it directly without checking the geology and survey and specification version will create safety hazards and rework.
Control: Check the primary geotechnical, survey and test data and the specification version; for missing or uncertain data, propose supplementary investigation and have it judged by authorized personnel, recording the basis and the review. A conservative assumption cannot automatically replace reliable data or authorize its use.
Engineering materials may contain personal information or content that is confidential or restricted from disclosure by law, and the classification and permission must be checked item by item; it cannot be assumed in general that all drawings share the same controlled level, and material must not be sent out simply because it is not marked confidential.
Control: Choose tools and deployment after checking the contract, confidentiality and data processing authorization, the lawful basis and sensitive information requirements; de-identification or an internal network alone does not create processing authority. Approved materials are kept with access and export records as the institution requires.
Different tools and versions may produce different results, and missing versions, dates, assumptions and primary data increase the difficulty of tracing and handover; it cannot be asserted that alignment will necessarily be impossible.
Control: Record the tools and versions and parameter values, the data sources and dates, and the human review and changes made, and include them in project document management.
Treating an unconfirmed site practice as an approved change concentrates safety and contract risk and surfaces it at the acceptance and settlement stage.
Control: In China design changes are handled under Article 28 of the survey and design regulations by the original design unit or another qualified unit lawfully commissioned with written consent, and major changes are reported to the original approving authority; the client, contractor and supervisor must not alter them without authorization, and ordinary written confirmation or AI output does not replace the procedure.
When a process is split so that the tool produces the scheme and a person simply signs off, a gap easily appears in which no one is responsible for the values taken and compliance with specifications and the signature.
Control: In the process, specify the person carrying out and the person reviewing and the person signing at each stage, and make the records able to answer who made this judgment and on what basis.
Editorial learning advice: practise specifications, the values taken and drawing expression first, then check the tools for the position; this round promises no change in efficiency and does not treat software proficiency as the ability to approve and sign.
Editorial pilot suggestion: tool-assisted schemes, trial calculations and documents must be checked for quality and material permissions, and engineering judgment, approval and signing are allocated by actual qualification and duty.
Use models and clash detection to improve the visibility of interface problems, but write the openings and load and level conditions into a checkable interface table for each discipline to confirm.
Compare images and monitoring data with the design drawings and leave a trace of the differences, and submit matters involving changes and safety judgments to qualified personnel for confirmation through the process.
That cannot be inferred. The core tasks of this occupation are mainly data analysis and calculation, design document preparation, and construction supervision and site judgment, and involve registered practice and signing responsibility: judging the values taken and compliance with specifications, and identifying environmental and safety risks and taking responsibility, both require engineering training and a practice system.
Source: O*NET17-2051.00 tasks and activities; this answer is an editorial task boundary analysis, not a substitution rate forecastOriginal source ↗
Editorial advice is to check the software and engineering ability for the target position first, and not to exempt the programming requirement across the board: the O*NET programming importance is 22. The BLS typical entry education is a bachelor's degree, junior positions do not need a licence first, and public service usually requires a state licence; the education questionnaire of 86% bachelor's and 10% master's cannot be treated as a uniform threshold for programming or a PE.
Source: O*NET17-2051.00 detailed report: Programming and Education; for the typical bachelor's degree and junior licensing see also this page's BLS OOHOriginal source ↗
Editorial decomposition advice: test structured material extraction, trial calculation and document drafts separately from site judgment, cross-disciplinary coordination and approval and signing. In this round there is no evidence on the order in which tasks are affected or on AI substitution probability; each task is carried out according to the actual qualification and responsibility.
Source: O*NET 17-2051.00 task list; ILO exposure index methodology notesOriginal source ↗
BLS Table 1.2 projects growth of 6.4% over 2025—2035 with 22,700 openings per year on average; OOH rounds this to 6%, faster than average, and O*NET still marks Bright Outlook. This does not mean everyone is easily hired or that AI has already caused the growth.
Source: BLS Employment Projections (shown via O*NET)Original source ↗
AI does not grant unit qualification, personnel registration or approval and signing authority. Junior positions in the United States do not need a licence first, and public service usually needs a state PE; in China the responsibility of the unit, the personnel and the design quality are checked separately under the actual regulations and duties, and all technical judgments cannot be attributed only to registered personnel.
Source: U.S. BLS OOH: junior entry does not need a licence first, public service and state PE rules; in China the survey and design and quality regulations set statutory responsibility by subject; NIST is only a general voluntary 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 Table 1.2 Occupational projections and worker characteristics: 2025—2035Original source ↗
Suggested order of priority: first build solid specification clauses and calculation values and drawing expression, then learn to use design and modelling and geographic information tools and collaboration platforms, and understand the registration and signing requirements of your jurisdiction; 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 Technologies17-2051.00 technology keywords; editorial learning advice; for the NIST general framework see the source entry point in this moduleOriginal source ↗
Editorial advice is to use approved materials to test organization, trial calculation and documentation assistance, checking accuracy and review cost; in this round there is no evidence of significant speed-up or adoption. Engineering judgment, data reliability, qualifications and design approval responsibility follow the actual position and jurisdiction.
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, and a search gap cannot be used to assert that the official body never published one.
| Education background | Position direction | Notes and verification advice |
|---|---|---|
| Bachelor's degree (civil engineering or transport or water conservancy and other engineering related majors) | Technical positions in design consulting and survey units, technical positions in general contracting | Editorial compilation, not wage statistics: education is one of the conditions for entering the position sequence, and the position direction is determined by the unit type and the project duties, so income cannot be inferred from it. |
| Master's degree or above (structural or geotechnical or water conservancy or transport directions) | Specialist design and consulting direction, research and technical management direction | Editorial compilation: specialist design and research positions usually have separate education and research requirements, and this page does not map education directly to an income range. |
| Registered practice qualification pathway (registered survey and design engineers and so on) | Design lead direction, technical review and signing direction | Editorial position check: design specialties and positions that require registered practice by law are checked for qualifications under the rules, and unit qualification, individual duty and signing authority are checked separately; this is not a uniform entry threshold for all engineers. |
| Project management and general capability pathway | Project manager direction, chief engineer and general contracting management direction | Editorial compilation: management and chief engineer positions usually require years of project experience and the corresponding professional title or qualification, and this page does not replace the employer's appointment conditions. |
When comparing different opportunities, confirm the form of engagement (design consulting, general contracting, government and public institutions), the design responsibility actually carried and the signing authority, and make clear that this page does not provide an occupation-level wage figure for this occupation in mainland China.
Editorial compilation: mainly scheme and construction drawing design and technical review, usually scheduled by project cycle and requiring coordination with the discipline lead and the checking and review steps.
Editorial compilation: mainly site technical and quality and schedule management, 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 and industry management, usually carried out under procedures and standards.
A change in tools cannot fill the occupation mapping and wage sample gap in this round; Chinese income is not inferred from 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 | 163,220 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 discipline lead or management position income cannot be inferred from it. |
|---|
Pay · 10th percentile：68,240 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 (17-2051.00)
Pay · 25th percentile：79,930 USD per year；25th percentile. The percentile describes a position in the distribution, not a seniority level.；O*NET national wage percentile page (17-2051.00)
Pay · median：100,840 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 (17-2051.00)
Pay · 75th percentile：129,680 USD per year；75th percentile. High income does not automatically correspond to a management position or a registration qualification level.；O*NET national wage percentile page (17-2051.00)
Pay · 90th percentile：163,220 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 68,240 USD cannot be taken as an entry-level starting salary either; entry pay also depends on the region, the unit type and the specialty direction.
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 or registration qualification level.
Editorial advice is to check what the target unit, region, paid hours, duties and qualifications specify about pay; in this round there is no causal estimate of how these factors affect individual wages, and a pay rise is not presumed from a registration qualification alone.
| Industry | May 2025 median annual wage for this occupation in the industry (USD) | How to interpret this figure |
|---|---|---|
| Federal government (excluding postal service) | 117,790 USD per year (median) | OOH Pay: the May 2025 median annual wage for civil engineers in that industry, not the industry all-occupation average, the employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineers.htm |
| Local government (excluding education and hospitals) | 113,640 USD per year (median) | OOH Pay: the May 2025 median annual wage for civil engineers in that industry, not the industry all-occupation average, the employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineers.htm |
| State government (excluding education and hospitals) | 102,440 USD per year (median) | OOH Pay: the May 2025 median annual wage for civil engineers in that industry, not the industry all-occupation average, the employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineers.htm |
| Engineering services | 100,620 USD per year (median) | OOH Pay: the May 2025 median annual wage for civil engineers in that industry, not the industry all-occupation average, the employment share or a personal quotation.｜https://www.bls.gov/ooh/architecture-and-engineering/civil-engineers.htm |
BLS Table 1.2 shows a 1.9% self-employed share for this occupation in 2025; the OEWS percentiles reflect employed wages and exclude business income. The in-industry occupational median can be used for same-basis comparison and cannot directly prove that registration, a specialty or a project role causes a pay rise.
The O*NET questionnaire shows 57% answer a typical week above 40 hours; OOH says the work is usually full time and that some design or deadline work exceeds 40 hours. Individual overtime, travel and paid hours are checked separately, and no shift pattern is promised from the questionnaire.
OOH lists for 2025 engineering services 51%, state government 11%, local government 10%, non-residential building construction 7% and federal government 3% and other main employers; this differs from the O*NET categories 55/24/13/8. OOH notes that fluctuations in government funding may affect public project opportunities, and this cannot be used to assert a causal change in individual wages.
The 2025—2035 occupational projection, classified by OOH as faster than average；it does not equal the actual value year by year or an individual's chance of being hired.
Which Holland interest type suits a civil engineer best?
The O*NET occupational interest codes are RIC (Realistic, Investigative, Conventional): Realistic corresponds to structures and the site, Investigative to analysis and judgment, and Conventional to preparing documents under specifications and standards. The work activities of this occupation are led by getting information, decision making and problem solving, communicating with supervisors and colleagues or subordinates, and drafting and specifying technical devices and components; 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 dependability 88, attention to detail 86 and caution 80 at the top; these are occupational importance ratings, not individual thresholds. Editorial advice is to check your own performance in repeated checking, anomaly feedback and handover records, and an incident probability cannot be inferred from a score.
Test my Holland occupational interestsWhich Big Five traits are more relevant to this work?
The editorial self-check can focus on dependable records, checking details, intellectual curiosity 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 sets of scores 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: putting meeting the milestone ahead of checking against the specifications defers the risk and concentrates it at the construction and use stages.
View my Big Five personality traitsWhich MBTI type suits a civil engineer best?
Interest orientation: the interest codes for the work content are RIC (Realistic, Investigative, Conventional), and daily tasks are mainly analysing data and calculating designs, preparing documents and coordinating interfaces, and supervising construction and inspection.
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, so it cannot be asserted that no employer has such a requirement.
Understand my MBTI preferencesWhich Enneagram type suits a civil engineer better?
In this round no valid evidence that the Enneagram predicts fit for this occupation was obtained. Editorial advice is to use approved, supervised sample calculations, interface tables and inspection records to observe interest and skill, and the samples are not used directly for construction or as a substitute for qualifications.
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 engineer if my IQ or maths is not good?
The complete O*NET table: 10 basic skills, 25 cross-functional, 33 knowledge areas and 52 abilities. Active listening 75, critical thinking and mathematics and reading and speaking 72; knowledge of design 93, engineering and technology 92, building and construction 88, mathematics 87, English language 75 and physics 68; deductive and inductive reasoning, oral comprehension and expression, problem sensitivity and written comprehension and expression 75 each. Occupational importance is not an individual ability score or a uniform threshold.
Do not use it this way: Watch out for: if conservative values are used over the long term to cover uncertainty without obtaining more data, cost and scheme estimates are distorted; writing uncertainties down and pushing for supplementary work is part of professional competence.
Understand my intelligence and reasoning performanceDoes being a civil engineer require high emotional intelligence?
This occupation has high communication and documentation intensity: the O*NET work context shows that 100% use email every day, 90% have telephone conversations every day, 76% have face-to-face discussions every day and 67% write letters and memos weekly or more often.
Do not use it this way: Editorial caution signal: passing over specification or data problems to avoid conflict may increase engineering risk; units and personnel are responsible according to their actual duties, and all consequences cannot be attributed to a single signatory.
Understand my emotional intelligence abilityFits 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 coordination, budget, contracts and delivery and still need technical understanding and practical experience; this is not a uniform reduction in design signing responsibility.
Explore related career: Construction managersFits better when: Fit signal: willing to coordinate a multi-disciplinary team and project business objectives.
Watch for: Editorial transfer self-check: cross-disciplinary, team and resource management experience must be checked, and a discipline lead is not written as a uniform starting point.
Explore related career: Architectural and engineering managersFits better when: Editorial fit self-check: willing to handle the operation, maintenance, service and resource coordination of existing facilities.
Watch for: Editorial caution signal: operations and service management experience must be added, and engineering design experience does not automatically equal facilities management ability.
Explore related career: Facilities managersFits better when: Fit signal: you would rather do space and function and form design and practise as a registered architect.
Watch for: U.S. BLS: architects usually need architectural education, relevant internship and examinations, and all states and the District of Columbia require a licence; the specific state pathway is checked separately and is not applied directly to China.
Explore related career: Architects (excluding landscape and naval)Fits better when: Editorial fit self-check: willing to coordinate contaminated site investigation, remediation schemes and project materials.
Watch for: Editorial caution signal: environmental investigation, sampling, compliance and safety requirements must be checked separately, and a civil engineering position is not treated as authorization for contamination work.
Explore related career: Brownfield redevelopment specialists and site managersFits better when: Editorial fit self-check: willing to analyse traffic flow, road systems and operating conditions and explain schemes with data.
Watch for: Editorial caution signal: traffic survey and analysis ability must be added; O*NET17-2051.01 is a sub-direction and the ability still needs checking against the specific position.
Explore related career: Transportation engineersNo. Reducing the occupation to the single most suitable personality hides real differences: the task structure and pace differ greatly between design consulting and general contracting and government regulatory bodies. A more useful approach is to test with one deliverable calculation check and drawing review.
Yes. This occupation is mainly calculation and documents and review, and the O*NET work context shows 76% sit more than half of the time; introverts can build a reliable working style through structured calculation sheets and interface conditions tables.
Yes. Extraversion itself is neither an advantage nor a disadvantage; what matters is whether you can explain technical problems clearly and drive them to resolution. If you prefer independent work, you can lean towards structural calculation and technical review tasks.
In this round no valid evidence that a particular MBTI type is better suited to this occupation was obtained, and this page provides no type ranking.
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; occupational work styles cannot be converted into an individual's probability of being hired or of performing well.
This occupation has a clear 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 load and hydraulic and stress calculation, but it can be filled in through systematic training.
In the O*NET questionnaire 43% consider the consequences of an error extremely serious, 52% have deadline pressure weekly or more often but not daily, and 57% have a typical week above 40 hours. Editorial advice is to reserve checking and feedback time in the project schedule; the questionnaire does not prove the effect of measures or an individual's shift pattern.
In this round no valid evidence for using the Enneagram for fit in this occupation was obtained, and it is recommended to check actual task performance and qualifications.
Judge by deliverables: can you complete a calculation check of a component or system under the current specifications and write the basis; can you prepare a multi-disciplinary interface conditions table; can you write a remediation and verification plan 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, specification versions or calculations may affect structural and system safety and lead to rework, loss or liability; in this round there is no estimate of incidence, loss amount or inevitable irreversible consequences.
How to reduce risk：Check the specification version and the primary data, propose supplementary investigation or testing for gaps, and carry it out after authorized personnel have confirmed it, keeping the basis and review records. A conservative assumption alone cannot replace reliable data or authorize its use; internal review does not remove statutory duties.
Evidence：O*NET-SOC 17-2051.00 occupation detailed report · O*NET-SOC 17-2051.00 work context fields
Typical scenario：Substituting a verbal agreement for interface confirmation; issuing drawings before the conditions are aligned.
Roles most affected：Positions responsible for multi-disciplinary interfaces and drawing issue
Possible consequence：Editorial risk scenario: omissions in openings, loads, levels and pipeline interfaces may lead to rework, damage and schedule and cost problems; in this round there is no incidence rate, and this is not written as a necessary consequence.
How to reduce risk：Write the interface conditions into a checkable interface table and confirm them item by item; hold a multi-disciplinary sign-off before issuing drawings and record open items with the responsible person and deadline.
Evidence：O*NET-SOC 17-2051.00 occupation detailed report · O*NET-SOC 17-2051.00 work context fields
Typical scenario：Entering an unsupported excavation area to watch progress; entering a hazardous part alone without an escort.
Roles most affected：Positions that enter construction and excavation sites
Possible consequence：China's safety regulations require special operation qualifications, safety briefings, protection and training; excavation and work at height and similar settings require checking the specific safety conditions. In this round there is no estimate of the injury probability for this occupation, and wearing protection does not mean a hazardous area may be entered.
How to reduce risk：Complete safety briefings and training for the actual position and use protection correctly, and carry out hazardous work under the special scheme and qualifications; in an emergency directly endangering personal safety, workers may stop their own operations or take necessary emergency measures and then evacuate the hazardous area (Article 32). This card does not grant authority to stop or resume the whole project.
Evidence：O*NET-SOC 17-2051.00 occupation detailed report · O*NET-SOC 17-2051.00 occupation summary
Typical scenario：Old and new versions circulating on site at the same time; using chat records instead of formal drawings and change documents.
Roles most affected：Positions responsible for technical documents and versions and signing
Possible consequence：Mixing versions may result in construction from old drawings; the approval, signing and lawful modification of design documents are checked by jurisdiction and actual duty, and it cannot be assumed in general that all documents not signed by a registered person are unlawful.
How to reduce risk：Editorial advice is to maintain records of version issue, retrieval and review comments. In China design changes are handled by the original design unit or another qualified unit lawfully commissioned with written consent, and major changes are reported to the original approving authority; ordinary written project confirmation does not replace the statutory procedure.
Evidence：O*NET-SOC 17-2051.00 occupation detailed report · O*NET-SOC 17-2051.00 occupation summary
Typical scenario：Omitting the impact assessment when data are insufficient; treating public comments as unrelated to the design.
Roles most affected：Positions responsible for environmental and public impact and public reports
Possible consequence：Insufficient identification of environmental and traffic and surrounding impacts leads to approval obstacles and public complaints and creates additional costs during construction.
How to reduce risk：Identify environmental and traffic and surrounding risks early in design and develop control measures; write the impact assessment conclusions and mitigation measures into the design documents and construction requirements.
Evidence：O*NET-SOC 17-2051.00 occupation detailed report · O*NET-SOC 17-2051.00 industry distribution
Typical scenario：Treating nothing has gone wrong before as a reason to simplify checking; carrying high-pressure projects alone over the long term while refusing review.
Roles most affected：All technical and project positions
Possible consequence：Editorial risk scenario: deadline pressure and lack of review time may make omissions harder to find, and in this round no causal estimate of pressure causing risk numbness or a change in error rates was obtained. Editorial advice is to clarify review duties and feedback and escalation channels.
How to reduce risk：Take part in quality and safety reviews and technical exchanges 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 17-2051.00 occupation detailed report · ILO：Generative AI and Jobs: A Refined Global Index of Occupational Exposure
| Position and subsequent duties (not all are entry level) | 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 |
|---|---|---|---|---|
| Design assistant or technician | Under guidance, complete data organization and basic calculation and drafting, without independently signing design documents. | Whether the calculations and drawings meet the standards, whether the checking list was followed, and whether problems are corrected once pointed out. | Demonstrate with drawing and calculation sheet samples and supervisor evaluations. | Working under guidance still carries responsibility for what you actually do and record, and approval or signing authority must not be misappropriated. |
| Professional design engineer | Take on component or system design analysis within the actual authorization and qualification, with approval and signing checked separately. | Values taken and compliance with specifications, calculation and drawing quality, and interface cooperation. | Demonstrate with calculation sheets and drawings and review comment closure records over a period of time. | Editorial division example: professional design focuses on the assigned tasks, and overall consistency and review responsibility within the discipline are still checked against the actual duties, jurisdiction and authorization and are not excluded by the position title. |
| Discipline lead | Organize the checking and review of the discipline and coordinate interfaces. | Review quality, interface consistency, problem closure rate and team cooperation. | Demonstrate with review records and interface sign-off records and project results. | Compared with an ordinary design position, adds organizational and external responsibility. |
| Project technical lead or chief engineer | Responsible for the project technical scheme and quality standards and external technical interfaces. | Completeness of the technical scheme, execution of the quality system, and the outcome of external reviews. | Demonstrate with project technical documents and review pass records. | Compared with a discipline position, adds cross-disciplinary and external responsibility. |
| Registered practice and signing design documents | Sign design documents with the registration qualification and carry the corresponding technical responsibility. | Validity of the registration qualification and compliance and quality of the signed documents. | Demonstrate with registration evidence and signed documents and project records. | Registered and unregistered personnel are both responsible for their actual duties; statutory practice and signing authority are checked separately. |
The typical BLS entry education is a bachelor's degree, and the employer's course and experience requirements are checked separately;
The education requirements for specialist and research positions are checked against the actual position, and no requirement is presumed for all positions.
Junior positions in the United States do not need a licence first, and public service, design approval and signing are checked against the state licence;
For classified and controlled projects, permissions are checked under the actual contract, regulations and institutional requirements, and no general permission is presumed.
10 basic skills, 25 cross-functional skills, 33 knowledge areas and 52 abilities; occupational importance is not an individual screening threshold;
There are 41 work activities, led by getting information, decision making and problem solving, communication and technical sketching and so on.
Geographic information and site analysis (ESRI ArcGIS) and hydraulic and structural analysis tools;
Office and collaboration tools (Microsoft Excel and Word) and drones and monitoring equipment.
Fictional conditions: a fictional design note (including the load values and safety class and applicable specification version) and a fictional drawing version record (noting one level inconsistency).
Fictional materials: a fictional geotechnical borehole log and a fictional rainfall and flow parameter table.
Fictional constraints: a fictional institutional procedure (the calculation sheet must state the formula and the values taken and the specification clauses, and changes must go through the change procedure and be re-signed).
Step two: prepare a multi-disciplinary interface conditions table (openings and loads and levels and interface details and confirming party), and point out which two items need priority confirmation.
Step three: write out the key points of a site technical briefing (critical processes and acceptance requirements and non-conformity handling), and explain which matters must be signed by personnel with the registration qualification.
Review basis: whether the formula and the values taken can be reviewed, whether specification clauses are cited, whether the interface table is executable, and whether what can be handled independently and what must be signed by a registered person are distinguished.
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.
Forms of evidence include de-identified calculation sheet and drawing samples, review comment closure records, registration and training 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.
A site liaison summary: the parts and times checked, the problems found and how they were handled, and the closure status and follow-up requirements.
A collaboration note: how you interface with the discipline lead and the contractor and supervisor and reviewing party, and how information is kept on record.
| Stage | What may be assessed | Observed evidence | Limits of use |
|---|---|---|---|
| Resume and initial screening | Education background and specialty direction, project experience, software ability and whether there is checking experience. | Whether the experience matches the position's duties and whether there are presentable design or calculation samples. | Initial screening can only see written material; registration status must be based on official records. |
| Interview and technical questions | Understanding of specifications and the values taken, how interface problems are handled, and how review comments are answered. | Whether the person knows to check the conditions before calculating, and whether signing responsibility is understood. | Interview answers are not the same as actual execution ability; editorial advice is to check supervised work, training and practical arrangements with the target institution. |
Extract the fictional key geotechnical parameters and design conditions and the applicable specification version into a checklist.
Check one component or one pipeline section against the given loads and parameters and write the formula and the values taken.
Find the location where the level is inconsistent and write the clarification question and how you would handle it.
List a multi-disciplinary interface conditions table and mark the two items needing priority confirmation.
For the critical processes, write the briefing points and acceptance requirements and how non-conformities are handled.
Write out which documents need to be signed by personnel with the registration qualification, and how you would record versions and changes.
| 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 |
|---|---|---|---|---|---|---|
| Bachelor's degree (engineering related) | Most entrants | The typical U.S. BLS entry education, with the employer's course and experience requirements checked separately | The typical education is a bachelor's degree; 86% is the new-hire requirement questionnaire, not the workforce share | Complete the corresponding engineering bachelor's course; recognition requirements are checked separately with the employer and the state licence | High | Education is a precondition for the practice pathway but is not the same as proof of ability. |
Typical scope：Complete the calculation and drawings for the component and joint under the given conditions and record the basis.
Readiness evidence：Able to show one calculation sheet and drawing and the checking comments.
Credential boundary：The typical U.S. BLS entry education is an engineering related bachelor's degree; the specific position's supervised work and review arrangements are checked with the employer.
Next moves：Editorial advice is to use a clear format for values taken, versions and clause citations to help review; in this round no change in checking cost was quantified.
Typical scope：Independently complete the design and calculation of one type of component or system and be responsible for the basis.
Readiness evidence：Able to show calculation sheets and drawings and review comment closure records over a period of time.
Credential boundary：Editorial advice is to check the project experience, modelling ability and actual delivery requirements, and no uniform experience threshold is set.
Next moves：Build your own checking list covering the values taken, specification versions, interfaces and expression.
Typical scope：Organize the checking and review of the discipline and coordinate interfaces.
Readiness evidence：Able to show review records and interface sign-offs and project results.
Credential boundary：Editorial advice is to check the specific duties, experience and institutional authorization, and no uniform multi-year experience threshold is set.
Next moves：Classify the review comments and turn them into reusable checking points.
Typical scope：Sign design documents with the registration qualification and take part in building standards and templates.
Readiness evidence：Able to show registration evidence and signed documents and standards documents.
Credential boundary：Editorial advice is to check the applicable registration requirements and project records against the jurisdiction and target duties; not all stages uniformly require registration.
Next moves：Turn complex judgments into a teachable structure and check tables.
Typical scope：Complete the basic calculation and drawings for pipe sections and pumping stations or channels.
Readiness evidence：Able to show calculation sheets and drawings and condition checking records.
Credential boundary：The typical U.S. BLS education is an engineering related bachelor's degree; editorial advice is to check the professional standards training and the specific target position requirements.
Next moves：Become familiar with hydraulic calculation parameters and commonly used specification clauses.
Typical scope：Independently complete the design and calculation of a pipe network or pumping station or hydraulic structure.
Readiness evidence：Able to show design schemes and calculation sheets and review records.
Credential boundary：Editorial advice is to check the target specialty direction and project experience, and no universal project experience requirement is set.
Next moves：Practise assessing scheme feasibility under operating and maintenance conditions.
Typical scope：Organize technical interfaces and meeting records and track open items.
Readiness evidence：Able to show the interface register and meeting records and closure status.
Credential boundary：Editorial advice is to prepare design and communication records, and the specific entry experience requirements are checked with the target employer.
Next moves：Write open items as entries with a clear responsible person and deadline.
Typical scope：Organize multi-disciplinary sign-off and handle design changes and technical clarifications.
Readiness evidence：Able to show sign-off records and change documents and clarification replies.
Credential boundary：Editorial advice is to check the project collaboration record and the scope carried, and no universal threshold of several projects is set.
Next moves：Establish standard templates and numbering rules for changes and clarifications.
Typical scope：Responsible for the project technical scheme and quality standards and external technical interfaces.
Able, under guidance, to complete data organization and basic calculation and drafting, check the values taken and units against the checking list, and report problems through the process.
Able to independently take on the design and calculation of one type of component or system and be responsible for the basis, and to organize multi-disciplinary interface conditions and take part in site technical liaison.
Able to serve as discipline lead, organize the checking and review of the discipline, coordinate interfaces and be responsible for the consistency of the design documents.
Able to take on the duties of project technical lead or chief engineer, establish quality management and standards systems, and hold the corresponding registration qualification and institutional authorization.
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 (the precise occupational correspondence was not determined in this round)
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 occupational income or an employment growth projection.
Does not establish：The category includes all occupations and different units and cannot replace the wage for this occupation; the precise gap is not filled with recruitment quotations or adjacent occupations.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Shared capabilities: understanding of drawings and specifications, site judgment, cross-disciplinary coordination.
Build next：Lacks full-cycle experience in site and contract and cost and team management.
View career profileTransfers：Shared capabilities: understanding of technical processes, multi-disciplinary coordination, quality and document management.
Build next：Lacks experience coordinating a multi-disciplinary team and business objectives.
View career profileTransfers：Shared capabilities: understanding of facility systems, renovation and technical assessment, cost awareness.
Build next：Lacks experience in the operation and maintenance and energy and space management of existing facilities.
View career profileTransfers：Shared capabilities: understanding of drawings and specifications, multi-disciplinary cooperation, the permit application process.
Build next：Lacks architectural education and the registered architect pathway.
View career profileTransfers：Shared capabilities: site assessment, environmental risk identification, multi-party coordination.
Build next：Lacks experience in site investigation and environmental remediation and redevelopment coordination.
View career profileTransfers：Shared capabilities: understanding of traffic flow, modelling tools, collaboration with municipal departments.
Build next：Lacks specialized training in transport planning and operations and safety analysis.
View career profileTransfers：Shared capabilities: hydraulic calculation, pipeline and system design, understanding of operating conditions.
Build next：Lacks specialized training in water and wastewater treatment processes and water quality and quantity.
View career profileTransfers：Shared capabilities: quantity calculation, understanding of drawings and specifications, cost awareness.
Build next：Lacks systematic training in estimating methods and bills of quantities and pricing.
View career profileThat cannot be inferred. The core tasks of this occupation are mainly data analysis and calculation, design document preparation, and construction supervision and site judgment, and involve registered practice and signing responsibility; judging the values taken and compliance with specifications, and identifying environmental and safety risks and taking responsibility, both require engineering training and a practice system. AI output cannot replace a qualification or remove the duty to design and record under the specifications.
The earlier affected parts are those that can be structured as inputs: material extraction, scheme comparison, calculation checking, quantity and cost drafts, and document and record organization. The later affected parts are those requiring site judgment and signing responsibility: construction supervision and concealed works acceptance, environmental and public risk judgment, and the signing of design documents.
Judging whether the values taken and assumptions apply, confirming the applicable specifications and site conditions, identifying non-conformities on site and deciding how to handle them, and writing the design conclusions into reviewable documents that you are willing to sign. These abilities depend on engineering training and practice responsibility.
In the United States the May 2025 hourly median for this occupation is 48.48 USD and the annual median 100,840 USD, with the 10th and 25th and 75th and 90th annual percentiles at 68,240 and 79,930 and 129,680 and 163,220 USD respectively. The statistic excludes self-employment income and does not represent a particular qualification level; for mainland China this page publishes only one labelled broad industry proxy value and registers the occupation-level gap.
The education distribution on this occupation's page is bachelor's 86%, master's 10% and post-bachelor's certificate 5%; most positions require a four-year engineering related education with solid mechanics and mathematics, and in the United States work experience and examinations are usually also accumulated along the state practice pathway such as the FE and PE.
In the United States, the Professional Engineer (PE) qualification and design signing authority belong to the state practice system and usually require an accredited education, work experience and passing an examination; the O*NET page for this occupation lists 26 industry certifications (including the NCEES FE and PE directions and LEED and energy and value engineering directions), and certification and licence and employer authorization have different functions. Mainland China has a separate practice system such as registered survey and design engineers.
It is feasible but the pathway is long: most positions require an engineering education, and the registration pathway is measured in years. People with a construction or surveying or engineering management background can transfer site and drawing experience, but still need to study mechanics and structural or hydraulic or geotechnical professional courses systematically and accumulate design project experience.
It depends on whether you are willing to carry long-term responsibility for technical conclusions and accept review and checking. BLS projects growth of 5% to 6% for this occupation over 2024 to 2034 (faster than the average for all occupations) with about 23,600 openings over the decade, and this occupation's page is 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 national single-occupation wage as verified unavailable (data status: no data that can be used safely), and the handling note is to use the construction industry average wage as an explicit proxy. This page therefore publishes only one labelled broad industry proxy value (the 2025 annual average wage of construction industry employees in urban non-private units), does not publish an occupation-level figure 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 design, construction or acceptance judgments, as real projects must be handled by personnel with the corresponding registration qualification and authorization.
In this round, on 2026-10-09, the nine modules were checked segment by segment: O*NET17-2051.00 duties and the complete current tables, the OEWS May 2025 wages, the BLS2025—2035 Table 1.2 and the original OOH text; the precise Chinese wage is still missing and the matched 2025 industry background has been added. The old registration and facts have out-of-scope shared consumers, so they are retained and this round's materials are appended in isolation; the old 403 and 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 NBS Tables 2/5 and the survey notes. Qualifications are checked against the NCEES examination pages, the BLS state licensing boundaries and the public Chinese regulations. NIST is a voluntary general framework and ILO is exposure research, and the editorial pilot suggestions are not effect verification.
Limitations：Supports the exact occupational identity, the 17 tasks, work activities, core skills and work context; excludes mainland China's registered practice requirements.
Limitations：Supports occupational characteristics, knowledge (12 items), abilities (21 items), work styles (7 items) and interest codes RIC; the page is marked Bright Outlook; the labels are not a hiring threshold or a personality diagnosis.
Limitations：Supports the U.S. employment industry structure (professional, scientific and technical services 56%, government 24%, construction 12%, other industries 8%); it is not a guarantee of personal income.
Limitations：Supports the technology keywords (Autodesk AutoCAD Civil 3D and Revit and Bentley MicroStation and ESRI ArcGIS and others, 23 software items in total); keywords are a market signal and do not equal proficiency or adoption.
Limitations：Supports the preparation level (Job Zone Four, SVP 7.0 to below 8.0) and the education distribution (bachelor's 86%, master's 10%, post-bachelor's certificate 5%); does not replace the registration and 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 and practice pathway 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 100,840 USD, hourly median 48.48 USD); the statistic excludes self-employment income and cannot be used to infer personal income.
Limitations：Supports the employment projection (368,900 people in 2024, growth of 5% to 6%, about 23,600 openings over the decade); a projection contains assumptions and error.
Limitations：An industry category basis (construction), not the precise basis for this occupation; on that basis this page publishes one labelled broad industry proxy value and registers the occupation-level gap.
Limitations：Supports the note on position mapping boundaries; this page does not establish a one-to-one correspondence with O*NET-SOC 17-2051.00 on that basis.
Limitations：Supports the general statement that engineering survey and design activities have a corresponding registered engineer practice system and technical standard requirements; this page does not replace the competent authorities' registration and practice 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 design, construction or acceptance judgments.
Limitations：Supports the percentage distributions of the work context (communication, decisions, responsibility, hours and consequences); 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 and sub-directions (construction managers, architectural and engineering managers, facilities managers, architects, brownfield and site management directions, and Transportation Engineers 17-2051.01 and Water/Wastewater Engineers 17-2051.02); 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：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：17 tasks (the last drone task is given no importance score), 41 activities, 10 basic and 25 cross-functional skills, 33 knowledge areas, 52 abilities and 21 work styles; the education questionnaire 86/10/5 is not the workforce share, and occupational importance is not an individual threshold
Limitations：Professional, scientific and technical services 55%, government 24%, construction 13% and other 8%; these are not in-industry wages and differ from the OOH shares of some main employers
Limitations：The original text was read in this round: typical education is a bachelor's degree, junior staff do not need a licence first, and public service usually requires a state PE; industry wages are for this occupation within the industry, not the category average; the 6% is a rounded projection, not AI causality
Limitations：SOC17-2051; units in thousands, 380.6 to 405.1, a net gain of 24.5, growth of 6.4%, 22.7 openings per year on average and 1.9% self-employed; the annual average is not written as the ten-year cumulative figure
Limitations：24 keywords; the percentages are recruiting mentions and can overlap; three are Not available and must not be filled with 0, and these are not a usage rate, an AI adoption rate or the 23 software categories
Limitations：Includes FE and PE examinations and industry certifications, not 26 uniform thresholds, licences or an endorsement by the competent authorities
Limitations：For EAC or ABET engineering undergraduates about to graduate or recent graduates; the examination is not a licence and the state registration and licensing requirements are checked separately
Limitations：The examination is designed for those with at least 4 years of post-university experience in the specialty, and the examination positioning is not treated as the uniform application or licensing rule in all states; licensing is reviewed and issued by the state body
Limitations：Usually architectural education, internship and examinations, with a licence required in all states and DC; the state pathway is checked separately and is not applied directly to China or to civil engineers
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 registered signing and site safety and environmental impact 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 the site is built to the design
Judgment five: whether environmental and safety and public risks have been identified
Judgment six: whether the work is signed and taken responsibility for by qualified personnel
The geotechnical and parameter and drawing values given in the question are fictional values, used only to practise calculation and interface organization methods.
| Calculation or design test | Complete one calculation or scheme comparison under the given conditions and explain the basis. | Values taken and assumptions, citation of specification clauses, units and expression, and the reasonableness of the scheme comparison. | Test complexity differs from a real project, and the result is for reference rather than a final conclusion. |
|---|
| Probation or supervised period | Take part in real projects under the discipline lead's guidance and accept checking. | 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. |
|---|
Answer three questions: would you be willing to repeat this; which step engaged you most; and which ability will you build next week (calculation and specifications, modelling tools, interface coordination, or site and quality).
| Master's degree (structural or geotechnical or water conservancy and so on) |
|---|
| People who want to do specialist design and research |
| Actually helpful for specialist and research positions |
| No (not a uniform threshold) |
| Complete postgraduate study and carry out specialist research |
| High |
| Specialist positions usually have separate recruitment and research requirements. |
| FE examination (Fundamentals of Engineering) | People planning the registration pathway | Usually the first step on the registration pathway | No (required by some states and positions) | NCEES targets engineering undergraduates about to graduate and recent graduates; the actual examination registration and state licensing conditions are checked separately | Medium | Passing the examination is not the same as a licence and must be combined with work experience and state requirements. |
|---|
| PE licence (Professional Engineer) | People who want to carry design signing responsibility | Duties such as public service and approving designs in the United States involve the state licence | No (required by some positions) | States generally require an accredited education, the FE, relevant experience and the PE; the NCEES PE examination targets those with at least 4 years of relevant post-university experience, and the actual state application and licensing requirements are checked separately | High | Requirements differ across states, and practising across states must be checked separately. |
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| Industry certification (such as LEED and energy and value engineering directions) | People who want directional recognition | Proof of direction and ability | No (certification is not a licence) | Submit materials and sit examinations as each certification body requires | Medium | Cases where certification is not recognized do exist and must be checked with the institution and the jurisdiction. |
|---|
| Registered engineer practice qualification in mainland China | People who carry design signing responsibility in mainland China | Determines whether the person can carry survey and design signing and technical responsibility | Applies to specialties and positions that require registered practice by law, not a uniform threshold for all junior positions | Complete the education and work experience and examinations required by the competent authorities and register | High | The requirements are set by the competent authorities, and this page does not replace the specific application and registration conditions. |
|---|
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 the design and checking of the discipline and coordinate interfaces with other pipeline and structural disciplines.
Readiness evidence：Able to show interface sign-offs and review and project result records.
Credential boundary：Editorial advice is to check the construction and supervision duties, practical experience and authorization, and no uniform multi-year experience threshold is set.
Next moves：Turn the interface conditions into a standard table and push for sign-off.
Typical scope：Take part in regional system planning and design standards and operation and maintenance interface development.
Readiness evidence：Able to show planning documents and standards documents and operating feedback records.
Credential boundary：Editorial advice is to check cross-project coordination experience and institutional authorization, and the actual employer's conditions are checked separately.
Next moves：Turn operating feedback into design parameters and checking requirements.
Readiness evidence：Able to show project technical documents and review pass records.
Credential boundary：Check the applicable qualifications, professional titles and authorization by jurisdiction and target position; registration or a professional title is not set as a uniform condition for all technical coordination positions.
Next moves：Write the quality control points into the project technical plan.
Typical scope：Develop technical standards and quality systems and organize training and internal audit.
Readiness evidence：Able to show policy documents and training and internal audit records.
Credential boundary：Editorial advice is to check the institutional duties, project records and authorization, and the specific conditions are checked with the employer.
Next moves：Turn practical judgment experience into teachable standards.
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.
