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SOC 17-3025 · O*NET 17-3025.00
Under the direction of engineers or scientists, operate, test, and improve equipment used to prevent, control, and remediate environmental problems, collect and analyze environmental samples, and produce traceable monitoring and treatment records.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((0+25+75)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.
First judge whether you can continuously sample and operate equipment according to protocol, write records clearly, and report anomalies, and then judge whether you accept working conditions that combine outdoors and the laboratory and require protective equipment; verify with this page's paper exercise and seven-day tasks, not just by the single point of "environmental protection."
This card is a career exploration reference and does not constitute a hiring, ability score, or safe work permit conclusion.
Signals worth considering more: willingness to operate equipment and sample according to protocol, record data and anomalies truthfully, accept a work pattern alternating between outdoors and the laboratory, and stop work when safety conditions do not conform. Signals requiring caution: unwillingness to fill in records on time, inability to accept hazardous material protective equipment, or expecting the work to be mainly desk analysis.
Occupational boundary: U.S. 17-3025 environmental engineering technologists and technicians test and operate pollution prevention and remediation equipment under the direction of engineers or scientists and take part in sample, data, and record work; they do not automatically take on engineering design signing, environmental administrative enforcement, or independent compliance decisions. When comparing with environmental engineers, environmental science and protection technicians, environmental compliance inspectors, environmental restoration planners, and hazardous materials removal workers, verify deliverables and authorization separately.
Career direction comparison
The following occupations are all on the environment and engineering chain, but their deliverables, basis, and whether they are responsible for the scheme differ; use them to help locate a direction, not as substitutes for one another.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Environmental Engineers | Design pollution control and environmental engineering systems and take responsibility for the scheme | Mainly engineering design and responsibility for the scheme; this occupation executes on-site and laboratory work according to the scheme. | Choose that occupation for a preference for scheme design and technical responsibility; choose this occupation for a preference for on-site and laboratory operations. |
| Environmental Science and Protection Technicians |
AI impact on this career
Task materials inform record, retrieval, and draft trials; ILO2023 global potential task exposure cannot determine overall augmentation, adoption, or measured effects for this occupation. On-site sampling, equipment, and safety must follow actual protocols and authorization, and AI drafts do not sign off results. AI Impact Score 33% is an editorial estimate. Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((0+25+75)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.The three tasks, ratings and sources are listed in the FermatMind method source record on this page.
FermatMind AI Impact Score estimation method v1
FermatMind / 费马测试 · 2026-10-18
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.
Chinese mainland salary reference
Environmental engineering technician positions in mainland China are mostly located in engineering service and testing institutions, environmental treatment facilities, and corporate environmental protection departments, and are not a one-to-one match with the precise U.S. occupational scope.
Scope note: the industry average wage covers multiple occupations and cannot substitute for this occupation's wage distribution.
Insufficient evidence: no national single-occupation monthly or annual wage statistic precisely corresponding to this occupation in mainland China was obtained; this page provides only the industry average wage as background (non-private 182,064 yuan/year, private 83,560 yuan/year, 2025), which cannot be converted into a specific position's monthly salary.
Insufficient evidence: no verifiable first-tier city monthly wage statistic for this occupation was obtained; recruitment posting quotes are mostly single-employer samples and are often paid by project or shift, and cannot represent occupational wages.
U.S. pay reference
2025 national 17-3025 median 59,920 U.S. dollars/year and 28.81 U.S. dollars/hour, percentile values 39910 / 48200 / 59920 / 75960 / 96660; 17-3025: 2025 employment 12,500, 2025—2035 growth 3.1% (OOH about 3%, about 400 more), average annual openings 1,100; overall projections are not AI job causality.
| Wage statistical position | Annual wage reference | Conversion boundary | How to understand this position |
|---|---|---|---|
| Lowest 10% | Below 39,910 U.S. dollars/year (10th percentile, May 2025 OEWS) | Official annual wage, not personal monthly income | Low end: below 39,910 U.S. dollars/year (the official wording is that the lowest 10% earn less than this value), at the low end of the distribution, not an entry-level starting wage. |
| Median (50%) | Median hourly wage 28.81 U.S. dollars; median annual wage 59,920 U.S. dollars (May 2025 OEWS) | Official annual wage, not personal take-home pay |
Career fit guide
The key question is not "whether you care about environmental protection," but whether you can sample and operate equipment according to protocol, write records clearly, and stop work when safety conditions do not conform. Interest and personality frameworks can only suggest observation directions and cannot replace verification with real tasks.
You may be better suited to： Willing to repeat sampling and testing according to protocol and complete records fully
These situations require caution： Reports through the process when data or equipment anomalies occur rather than handling them alone
Do an entry exercise： Accepts working conditions alternating between outdoors and the laboratory and requiring protective equipment
Work pressure, risks, and occupational boundaries
The main risks center on on-site safety and hazardous material exposure, sample and data validity, equipment operation and calibration, record and reporting completeness, and exceeding authorization; most can be reduced through protocols, protection, records, and review, but they cannot be completely eliminated.
Tasks and the OOH work context inform risk exploration, and consequences and measures are editorial summaries; the hazardous waste measures govern transfer responsibility in China and are not accident rates or operating protocols.
Typical scenario：Inadequate protection around hazardous materials, confined spaces, or severe weather
Roles most affected：On-site sampling and work positions
Possible consequence：May cause personal injury or chemical exposure
Entering the field, qualifications, and career development
The typical U.S. entry point is an associate degree in environmental engineering technology or a related field, and BLS also notes that this occupation usually requires postsecondary education; O*NET lists it as Job Zone Four, with the education survey showing that about 67% of respondents said a bachelor's degree was required, 11% a high school diploma, and 8% a postsecondary certificate. Mainland China commonly requires a secondary specialized school, junior college, or higher degree in environmental engineering, environmental monitoring, or chemical engineering, with specifics subject to the rules of the employer and competent authorities.
Career prospects and related occupation transfer
17-3025: 2025 employment 12,500, 2025—2035 growth 3.1% (OOH about 3%, about 400 more), average annual openings 1,100; overall projections are not AI job causality. OOH notes that automated testing may limit growth, and this background does not equal a generative AI causal estimate.
United States · Environmental Engineering Technologists and Technicians (SOC 17-3025)
3.1% (OOH about 3%, +400 people)
Employment change
Demand is related to environmental engineering projects and is also affected by automated testing
Does not establish：Projections are not actual results and do not represent hiring volume at a particular institution or region
Under the direction of engineers or scientists, set up, test, and operate pollution prevention and remediation equipment, collect and analyze air, soil, and groundwater samples, maintain project records and data files, and inspect facility compliance as required; the work includes equipment operation, sample collection, analysis and records, document verification, planning and scheduling, and hazardous waste disposal.
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.
This list is for self-questioning only and does not constitute hiring criteria, an ability score, or a suitability conclusion. Although all are "environmental engineering technicians," on-site sampling positions and laboratory analysis positions differ greatly in daily work (outdoor work, hazardous material protection, and shift patterns differ markedly), and some positions also require specific qualifications or physical examination conditions; before comparing positions, first verify the actual tasks, working environment, protection requirements, and employer training arrangements.
Verify with one paper-based exercise: given a fictional sampling assignment and equipment list, plus on-site conditions and test items, write out the sampling points and frequency, sample preservation and transport requirements, equipment calibration steps, record fields, and which situations require stopping work and reporting.
The daily work of environmental engineering technologists and technicians is, under the direction of engineers or scientists, to set up, test, and operate pollution prevention and remediation equipment, collect and analyze air, soil, and groundwater samples, maintain project records and data files, and inspect facility compliance as required.
Mainly on-site and laboratory data
Samples, equipment, and work records
Environmental engineering technologists and technicians are often confused with adjacent positions; the way to distinguish them is to look at deliverables and authority: this occupation's deliverable is on-site samples, equipment operation, and test records, executed according to the engineer's or scientist's plan; if the deliverable is an engineering design scheme, an enforcement conclusion, or an independent compliance determination, it belongs to an adjacent direction.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Core purpose | Execute sampling, equipment operation, and testing according to the plan set by the engineer or scientist, delivering traceable on-site and laboratory records. | Deliver data on site and in the laboratory according to the engineer's plan |
| Main objects and basis | The objects include contaminated sites, wastewater and waste gas treatment facilities, and hazardous waste; the basis is operating protocols, testing methods, and laboratory quality requirements. | The object is contaminated sites and treatment facilities; the basis is operating protocols and testing methods |
| Core process | Receive assignment → calibrate equipment → sample on site → record conditions → submit for analysis → archive and report | Sample and operate equipment according to protocol and record test results |
| Main outputs | Sample and test records, equipment operation records | On-site samples, equipment calibration, and test records |
| Responsible party | Executing personnel are responsible for the completeness of the sample chain, equipment calibration, and records; conclusive compliance judgments are borne by the engineer or authorized department. | Records and data are the responsibility of the executing personnel and their institution according to quality standards |
| Authority and approval | On-site operations and records can be completed independently; compliance determination and disposal require confirmation | Compliance determination and disposal decisions must be confirmed by personnel with the corresponding duty |
| Conclusion boundary | Data are limited by methods and conditions and do not constitute a compliance conclusion | Conclusions are limited by test methods, sample representativeness, and operating conditions |
ensure pollution prevention and remediation equipment is usable
ensure sample representativeness
ensure data traceability
ensure completeness and compliance
ensure the project advances in sequence
interface with disposal channels according to protocol
Before onboarding, verify item by item: whether the position is on-site sampling, laboratory analysis, or equipment operations; whether specific qualifications and physical examination conditions are required; the shift pattern and proportion of outdoor work; the provision of protective equipment; and the training and record responsibility arrangements.
Distinguish on-site sampling, laboratory analysis, and equipment operations positions
Confirm whether physical examinations, qualifications, and hazardous materials work permits are required, and whether protective equipment is provided
Confirm shifts, proportion of outdoor work, and travel arrangements
Confirm record formats, handover processes, and quality requirements
| Conduct environmental monitoring, sampling, and pollution source investigation |
| Mainly on-site monitoring and environmental investigation; this occupation also takes on operation and repair of treatment equipment |
| Choose that occupation for a preference for environmental monitoring and investigation; choose this occupation for a preference for equipment and treatment operations. |
| Hazardous Materials Removal Workers | Identify and remove hazardous materials such as asbestos and lead and take responsibility for disposal work | Mainly hazardous material removal and disposal work; this occupation focuses on equipment operation and data analysis | Choose that occupation for a preference for hazardous waste removal work; choose this occupation for a preference for transport equipment and test records. |
|---|
| Industrial Engineers | Design production processes and supporting environmental protection equipment | Mainly process and equipment design; this occupation mainly tests, operates, and maintains equipment | Choose that occupation for a preference for process and equipment design; choose this occupation for a preference for on-site operation and maintenance. |
|---|
| Occupational Health and Safety Technicians | Assess and control workplace safety and health risks | Mainly occupational safety and health inspection; this occupation mainly focuses on environmental equipment and sample data | Choose that occupation for a preference for occupational safety management; choose this occupation for a preference for environmental testing and treatment. |
|---|
| Drafters and Surveying Technicians | Produce engineering drawings and complete surveying and measurement | Mainly engineering drawings and surveying; this occupation mainly focuses on environmental samples and treatment equipment | Choose that occupation for a preference for drawings and surveying; choose this occupation for a preference for on-site sampling and equipment operation. |
|---|
When comparing adjacent directions, first look at whether the deliverable is an engineering design scheme, on-site test data, an enforcement compliance conclusion, or construction work, and then at whether the basis is engineering codes, testing methods, regulations, or construction protocols; this occupation's difference lies in executing on-site and laboratory work according to the engineer's plan and delivering traceable data without being responsible for the scheme itself.
Compare in the order of "first whether the deliverable is a design scheme, monitoring data, disposal work, or a safety inspection, then the basis and authorization."
This section only answers technical tractability: compare this occupation's tasks (information retrieval, record entry, report drafts, data analysis) with public occupational task materials to judge which subtasks can be completed by existing tools. Technical tractability does not mean the organization has adopted it, nor does it mean jobs will decrease.
Adoption conditions are an editorial analysis: verify on-site conditions, the quality system, data permissions, and human review. This round obtained no precise occupation-level institutional adoption survey and cannot claim that institutions typically adopt it in only one step.
The number of positions is determined by demand, technology, and budget. The BLS projection for 17-3025 (2025—2035: +3%, about 1,100 openings per year) does not treat AI adoption as a separate variable; public sources are insufficient to give a definite conclusion on job number changes for this occupation, so this page does not give an inference that it "will disappear in a certain year."
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| On-site sampling and equipment operation | On-site sampling and sample handling | Record organization can be assisted (editorial judgment) | Sampling plans and safety conditions are confirmed by on-site personnel |
| Laboratory analysis and records | Laboratory analysis and test records | Data organization and drafts can be assisted (editorial judgment) | Test methods, quality control, and result determination are the responsibility of technical personnel |
| Equipment testing and maintenance | Equipment testing and maintenance | Fault diagnosis prompts can be assisted (editorial judgment) | Equipment calibration, repair, and anomaly handling are the responsibility of certified or authorized personnel |
| Compliance inspection and records | Facility compliance inspection | Regulatory retrieval can be assisted (editorial judgment) | Compliance determination and disposal decisions are borne by engineers or authorized personnel |
| Reporting and collaboration delivery | Reporting and data submission | Report and chart drafts can be assisted (editorial judgment) | Report conclusions and reporting responsibility are borne by technical personnel and the institution |
| Hazardous waste disposal support | Hazardous material disposal arrangements | Classification information retrieval can be assisted (editorial judgment) | Hazardous waste classification and disposal channels are confirmed by the institution according to protocol |
| Training and knowledge transfer | Work training and on-site guidance | Teaching material and question bank drafts can be assisted (editorial judgment) | Training and on-site guidance are borne by personnel with experience and authorization |
The following evidence cards correspond respectively to international organizations' task exposure research, official occupational materials, and governance frameworks; please read them according to their own research objects and limitations, and do not merge them into a single conclusion.
Different work directions are affected in different ways; three are distinguished below: on-site sampling and equipment operation, laboratory analysis and records, and reporting and collaboration delivery.
AI primarily changesEditorial trial: material and record drafts, actual speed gains not verified.
Human responsibility remainsSampling plans, instrument interpretation, and safety decisions remain the responsibility of on-site personnel
AI primarily changesData organization and draft writing can be assisted
Human responsibility remainsTest methods, quality control, and result determination are the responsibility of technical personnel and the laboratory
AI primarily changesReport and chart drafts can be assisted
Human responsibility remainsCompliance characterization, anomaly reporting, and responsible person signing are borne by authorized institutional personnel
When using AI to assist work in this occupation, it is recommended to confirm boundaries and responsibilities in the following order:
First confirm the task type, on-site conditions, and data sensitivity, and judge which steps can use tools.
Make clear that tools handle only low-risk steps such as information retrieval, record organization, and drafts, and do not produce test conclusions.
Verify tool output item by item against the original records and calculation methods, and have qualified personnel review the results.
Record the tool name, version, inputs, and manual modifications to ensure data traceability.
Test conclusions, release, and disposal decisions are borne by authorized personnel; tool output does not constitute a conclusion or authorization.
Generated text may contain erroneous citations or outdated requirements
Control: Check back against the original records and current protocols item by item; do not use before verification
On-site and test data may involve client information or sensitive locations
Control: Handle according to least-necessity and confidentiality requirements; sensitive data must not be submitted to external tools
Test data and records must be traceable and reproducible
Control: Record the tool name, version, inputs, and manual modifications and file them
Numerical or unit errors affect determination and reporting
Control: Independently recompute key values and proofread units, methods, and sample numbers
Test results require clear responsibility attribution
Control: Clarify the reviewer and signing rules; unreviewed results must not serve as a delivery basis
First complete environmental engineering or environmental monitoring courses and practical training, and become familiar with sampling workflows, instruments, and laboratory quality requirements.
Establish recording habits under supervision: sample numbers, equipment calibration, on-site conditions, and anomaly handling are all written into the records.
Use AI for information retrieval and record organization, but instrument interpretation, anomaly judgment, and safety decisions remain confirmed by on-site personnel.
First clarify record and data review rules, hazardous work authorization, and boundaries for using external tools, then decide in which low-risk steps to use tools.
Overall augmentation or replacement of this occupation cannot be inferred from global potential task exposure; precise occupation-level AI adoption, measurement, and job causality were not obtained.
Source: ILO Working Paper 96 (2023); O*NET 17-3025.00 task materialsOriginal source ↗
You do not need programming to enter, but you need to be able to use instrument software and spreadsheet tools to complete records and data organization; if the position involves data analysis or automated monitoring systems, scripts or configuration tools will be used. O*NET lists this occupation in a job zone requiring considerable preparation.
Source: O*NET 17-3025.00 technical skills and preparation levelOriginal source ↗
Record entry, information retrieval, report and chart drafts, and data organization and format conversion are the most directly affected; on-site sampling, instrument interpretation, equipment operation, and safety disposal still require people on site and accountable.
Source: O*NET tasks and editorial trial suggestions, not actual adoption.Original source ↗
17-3025: 2025 employment 12,500, 2025—2035 growth 3.1% (OOH about 3%, about 400 more), average annual openings 1,100; overall projections are not AI job causality.
Source: BLS employment projections (2025—2035)Original source ↗
No. Tools can draft text or organize data, but signing, release, and disposal decisions are authorized acts that must be completed by personnel with the authority according to institutional rules; on-site work and test conclusions likewise require authorship and review.
Source: NIST AI Risk Management Framework; institutional authorization and record requirementsOriginal source ↗
No year can be given, nor should one be. Public sources contain no evidence supporting "disappearance in a certain year"; the more reliable statement is that task structure will change and some steps will be assisted by tools, while the number of positions depends on demand, technology, and budget and is an uncertain quantity.
Source: BLS employment projections; ILO Working Paper 96Original source ↗
Prioritize learning three things: standard workflows for sampling and instrument operation, laboratory quality control and record requirements, and safety and hazardous waste operating protocols; if you need to take on data work, then add basic data analysis and commonly used software.
Source: O*NET 17-3025.00；BLS OOHOriginal source ↗
The above are task-level judgments and evidence boundaries and do not represent a definite prediction of the number of positions.
Insufficient evidence: no verifiable monthly wage statistic for this occupation in other cities was obtained; differences across cities and institutions are large and must be verified by place of work.
Insufficient evidence: this round obtained no precise occupation-level national wage percentiles, and it is not asserted on that basis that nothing has been published nationally.
| Educational background | Common position directions | Explanation and verification advice |
|---|---|---|
| Secondary specialized school or junior college (environmental engineering or related) | On-site sampling, equipment operations, and laboratory support positions | Mainly protocol-based operation and recording |
| Bachelor's degree (environmental engineering or related) | Monitoring analysis, environmental engineering services, and safety management positions | Can independently take on testing and record modules |
| Cross-disciplinary (mechanical, chemical engineering, etc.) | Equipment maintenance, hazardous waste disposal, and field work positions | Needs environmental regulation and testing method training |
| On-the-job training and qualifications | Positions involving hazardous work and special operations | In China, position training, special operation qualifications, hazardous waste removal/transport/receiving party responsibility, and institutional authorization are verified separately; the Measures for the Administration of Hazardous Waste Transfer require verifying the commissioned party's qualifications, technical capability, ledgers, and manifests, but do not mean all technicians need the same individual hazardous waste license, and training does not authorize independent disposal or administrative enforcement. |
The following uses the "scientific research and technical services" industry average wage as an industry background proxy, which cannot substitute for this occupation's wage; if you see a recruitment figure, first verify whether it is a monthly salary, annual salary, project quote, or includes allowances.
Engineering services and testing institutions need on-site and laboratory technical personnel
Environmental treatment and monitoring operations need equipment and sampling personnel
Enterprise environmental protection facilities and hazardous waste management need operations and record personnel
Insufficient evidence: this round obtained no precise occupation-level AI adoption, measured benefit, or wage-employment causality.
| Median: 59,920 U.S. dollars/year (median hourly wage 28.81 U.S. dollars, May 2025); half of workers earn below and half above this value. |
| Highest 10% | Above 96,660 U.S. dollars/year (90th percentile, May 2025 OEWS) | Official annual wage, not personal take-home pay | High end: above 96,660 U.S. dollars/year (the official wording is that the highest 10% earn more than this value), usually related to industry and region. |
|---|
Pay · 10th percentile：Below 39,910 U.S. dollars/year；Pay · 10th percentile｜below 39,910 U.S. dollars/year； the official wording is that the lowest 10% earn less than this value｜not an entry-level starting wage.
Pay · 25th percentile：48,200 U.S. dollars/year；Pay · 25th percentile｜48,200 U.S. dollars/year； 2025 national 17-3025 25th percentile｜O*NET republishes BLS wages for the same SOC, not a seniority grade.
Pay · median：59,920 U.S. dollars/year；Pay · median｜59,920 U.S. dollars/year； median hourly wage 28.81 U.S. dollars (May 2025)｜half of workers earn below and half above this value.
Pay · 75th percentile：75,960 U.S. dollars/year；Pay · 75th percentile｜75,960 U.S. dollars/year； 2025 national 17-3025 75th percentile｜O*NET republishes BLS wages for the same SOC, not a seniority grade.
Pay · 90th percentile：Above 96,660 U.S. dollars/year；Pay · 90th percentile｜above 96,660 U.S. dollars/year； the official wording is that the highest 10% earn more than this value｜does not represent total income.
No. The median of 59,920 U.S. dollars is not a starting wage, and the 10th percentile is not a novice wage either.
An individual's annual income requires verifying paid hours, shifts, and contract; the hourly median cannot guarantee an annual salary.
May 2025 OEWS national 17-3025 percentile values 39910 / 48200 / 59920 / 75960 / 96660, republished by O*NET; employment from BLS table 1.2.
Region, employer, duties, training, shifts, and contract; statistical percentiles cannot be mapped onto seniority grades.
| Industry | Median wage of this occupation within that industry | How to understand this value |
|---|---|---|
| Manufacturing | 79,670 U.S. dollars/year | Industry median, May 2025 |
| Government (excluding state and local education and hospitals) | 64,800 U.S. dollars/year | Industry median, May 2025 |
| Engineering services | 59,900 U.S. dollars/year | Industry median, May 2025; this industry is the largest employer for this occupation (about 33%) |
| Management, scientific, and technical consulting services | 55,770 U.S. dollars/year | Industry median, May 2025; waste management and remediation services is 51,540 U.S. dollars |
The median hourly wage of 28.81 U.S. dollars and median annual wage of 59,920 U.S. dollars are official statistical medians; individual income depends on the employer, industry, region, and seniority.
17-3025: 2025 employment 12,500, 2025—2035 growth 3.1% (OOH about 3%, about 400 more), average annual openings 1,100; overall projections are not AI job causality.
Employers usually require postsecondary education or related training, and some positions also require physical examinations and hazardous work permits, with specifics subject to job postings and local regulations.
Employment · employment size｜12,500 people； 2025 employment size｜not entirely the same population as covered by the wage statistics.
Employment · growth rate｜3.1%； 2025—2035 national 17-3025｜OOH rounds to about 3%, not a personal opportunity.
Employment · average annual job openings｜about 1,100； includes growth and replacements｜does not equal net new positions.
O*NET occupational interest baseline
Realistic (R) — oriented to on-site work and equipment operation; Investigative (I) — oriented to sample analysis and troubleshooting; Conventional (C) — oriented to protocols, records, and quality control.
RIC is retained as an editorial work activity mapping for this page; the current official ranking was not verified; it is not personal assessment or hiring evidence.
Which Holland interest type is closer to environmental engineering technologists and technicians?
RIC is retained as an editorial work activity mapping of on-site operations, analysis, and records; this round did not verify a current official code ranking, and it is not an ability or hiring basis.
Do not use it this way: Treating "caring about environmental protection" as the main motivation; if you are unwilling to wear protective equipment or fill in records on time, daily work will be hard to sustain.
Take my Holland occupational interest testWhich Big Five traits are more relevant to this job?
The correlation between Big Five personality and job performance is limited; this page uses it only as a self-observation tool: conscientiousness and emotional stability are more often used in work requiring long-term field operations and records, but personality traits are not hiring criteria and cannot replace verification with real tasks.
Do not use it this way: Treating personality test results as an occupational conclusion, or ruling yourself out based on them.
See my Big Five personality traitsCan MBTI be used to judge whether I suit environmental engineering technologists and technicians?
MBTI is not an occupational assessment, and it has not been shown to predict performance in this occupation. It can be used to organize your information preferences and communication style, but occupational judgment must still return to real tasks: whether you can sample according to protocol, operate equipment, record data, and report anomalies.
Do not use it this way: Using type labels to explain why you are not suited to on-site or laboratory work.
Learn my MBTI preferencesCan the Enneagram tell me whether I suit this occupation?
The Enneagram is a self-reflection tool. A more practical question for this job is: are you willing to repeat work according to protocol, record and report data anomalies truthfully, and stop work when safety conditions do not conform; these questions can be verified directly through practical training and internships.
Do not use it this way: Treating type descriptions as proof of occupational fit.
Explore my Enneagram patternsCan I be an environmental engineering technologist or technician if I am bad at math?
This job requires basic mathematical and unit conversion ability: processing test data, concentration and flow calculations, instrument readings, and tabular records all require accuracy. A weak math foundation can be filled in through training, but you cannot rely on others to do the calculations long-term.
Do not use it this way: Treating a single test result as your ability ceiling.
Learn about my intelligence and reasoning performanceDo environmental engineering technologists and technicians need high emotional intelligence?
Emotional intelligence here mainly shows up in communication and collaboration: information transfer on site among engineers, the laboratory, clients, and disposal organizations must be accurate, and anomalies must be reported promptly rather than handled alone. It can be observed through specific exercises, but emotional intelligence scales do not predict performance in this occupation.
Do not use it this way: Substituting a high or low emotional intelligence score for verification of professional ability.
Learn about my emotional intelligence abilityFits better when: Prefers engineering schemes and technical responsibility while being willing to add on-site experience
Watch for: Add engineering calculations, design, and the corresponding design qualifications.
Explore related career: Environmental engineering directionFits better when: Prefers environmental monitoring, sampling, and pollution source investigation
Watch for: Add monitoring plans, methods, instruments, and quality control.
Explore related career: Environmental science and protection technicians directionFits better when: Prefers overall planning of site investigation and remediation schemes
Watch for: Add site investigation, remediation planning, and target methods.
Explore related career: Environmental restoration planning directionFits better when: Prefers regulatory verification and compliance inspection work
Watch for: Add evidence chains, current regulations, and administrative enforcement qualifications.
Explore related career: Environmental compliance inspection directionFits better when: Prefers the actual work of hazardous material removal and disposal
Watch for: Add hazardous material removal work training, protection, and the corresponding qualifications; recording requirements are equally important.
Explore related career: Hazardous materials removal work directionFits better when: Prefers technical work on energy and environmental protection equipment
Watch for: Add energy systems, engineering calculations, and design qualifications.
Explore related career: Energy engineering directionNo. Interest tests describe preferences only; they do not measure ability and do not predict hiring or performance. They can indicate your inclination toward on-site work, analysis, or protocol-based activities, but suitability must be verified in real tasks: whether you can complete a full sampling and recording process.
Yes, but it requires basic mathematical and unit conversion ability and the ability to read and understand testing methods. If your foundation is weak, fill it in through courses or practical training before entering, and do not rely on others to do the calculations long-term.
A more accurate statement is that communication and collaboration ability is needed: information transfer on site among engineers, the laboratory, clients, and disposal organizations must be accurate, and anomalies must be reported promptly. These abilities can be observed and trained through specific exercises, and they are not a personality threshold.
Suitability depends on tasks rather than personality labels. Both on-site and laboratory work require coordination with team members, as well as completing records independently. Introversion is no obstacle, but if you are entirely unwilling to communicate and hand over on site, the work experience will suffer.
The BLS typical associate degree and the O*NET survey's 67% bachelor's / 11% high school / 8% postsecondary certificate are different indicators, not a uniform legal threshold; China's entry points and practical training are verified by specific position, and no national education line is set based on U.S. surveys.
You do not need programming to enter, but you need to be able to use instrument software and spreadsheet tools to complete records and data organization; if the position involves automatic monitoring or data analysis, scripts or configuration tools will be used, which can be learned on the job.
Both paths are viable: environment and environmental engineering majors need to add protocols and on-site experience, while mechanical or chemical engineering majors need to add environmental regulations and testing methods. The key is to show on your resume experience completing sampling and records according to protocol.
Important. Internships at testing institutions, environmental treatment facilities, and engineering service companies expose you to real sampling, instruments, and quality records and produce demonstrable work records; such experience shows better than coursework alone whether you can complete the daily work.
BLS notes that this occupation is mostly full time with regular schedules, but monitoring operations or handling major environmental threats may require irregular overtime or on-site duty. Specific arrangements depend on the position and project.
No. Tests can only suggest interest directions; career choice also requires verifying real tasks, education and qualification requirements, regional differences, and your performance in this page's exercises; it is recommended to verify with one real sampling record and one equipment operation observation.
How to reduce risk：Confirm operating conditions according to protocol and wear protective equipment, stopping work if necessary
Evidence：O*NET tasks and work activities information · BLS Occupational Outlook Handbook：Environmental Engineering Technologists and Technicians
Typical scenario：Sample preservation conditions or transfer records do not meet requirements
Roles most affected：Sample collection and transfer stage
Possible consequence：May cause samples to fail or data to be unusable
How to reduce risk：Preserve, transport, and record the sample chain according to protocol
Evidence：O*NET tasks and work activities information · BLS Occupational Outlook Handbook：Environmental Engineering Technologists and Technicians
Typical scenario：Not calibrated as required or operated with faults
Roles most affected：Equipment operation and calibration stage
Possible consequence：May affect the accuracy of test results
How to reduce risk：Calibrate and record on cycle; tag out-of-service equipment
Evidence：O*NET tasks and work activities information · BLS Occupational Outlook Handbook：Environmental Engineering Technologists and Technicians
Typical scenario：Omitted records or unreported anomalies
Roles most affected：Data recording and reporting stage
Possible consequence：May make conclusions untraceable
How to reduce risk：Record anomalies truthfully and report through the process; do not modify original data on your own
Evidence：O*NET tasks and work activities information · BLS Occupational Outlook Handbook：Environmental Engineering Technologists and Technicians
Typical scenario：Hazardous waste classification or handover records non-compliant
Roles most affected：Hazardous material disposal stage
Possible consequence：May violate hazardous waste management rules
How to reduce risk：Interface according to classification and disposal channel requirements and retain handover vouchers
Evidence：O*NET tasks and work activities information · Measures for the Administration of Hazardous Waste Transfer
Typical scenario：Exceeding authority by giving a compliance conclusion
Roles most affected：Duty and authorization boundaries
Possible consequence：May lead to exceeding authority or unclear responsibility
How to reduce risk：Compliance determination and release are confirmed by authorized personnel; operators do not make conclusions on their behalf
Evidence：O*NET tasks and work activities information · BLS Occupational Outlook Handbook：Environmental Engineering Technologists and Technicians
| Entry direction | Starting tasks | Evidence you can prepare | Works you can show even without experience | Differences to note |
|---|---|---|---|---|
| On-site sampling and monitoring support | Sample according to protocol under supervision and record on-site conditions and sample numbers | Practical training records and sampling checklists | Complete one fictional sampling according to protocol and write the record | Leans toward on-site work; requires attention to protection and the sample chain |
| Laboratory testing support | Assist with pretreatment, instrument operation, and result recording | Laboratory course records and quality control practice | Compile one testing quality control record | Leans toward the laboratory; requires attention to methods and quality requirements |
| Environmental treatment facility operations support | Assist with equipment inspection, dosing, and operating parameter records | Inspection records and equipment ledger samples | Write an inspection sheet for a fictional treatment facility | Leans toward equipment operations; requires attention to anomaly handling processes |
| Hazardous waste and safety management support | Assist with classification, temporary storage, and handover records | Hazardous waste ledger samples and training records | Compile one fictional hazardous waste handover checklist | Leans toward hazardous waste management; requires attention to regulations and vouchers |
| Environmental testing institution technical assistant | Assist with sample receipt, numbering, and report data organization | Sample transfer records and report excerpts | Complete one sample transfer and data verification table | Leans toward data and processes; requires attention to record completeness |
Verify education and environmental engineering or environmental monitoring major requirements, and record the posting date and whether it is still open.
Distinguish "aware of" from "proficient"; do not substitute a major name for actual work ability.
Verify whether physical examinations, hazardous work permits, or background checks are required.
Record requirements and validity; cross-region or cross-position must be re-verified.
Job Zone Four; in the education survey, about 67% of respondents said a bachelor's degree was required, 11% a high school diploma, and 8% a postsecondary certificate.
The preparation level describes the occupation as a whole and does not represent specific position conditions.
Verify whether sampling pumps, monitoring instruments, analytical equipment, and data recording systems are required.
List actual use scenarios; do not substitute a tool list for work ability.
Provide the sampling purpose, points, items, and equipment list as input for this exercise.
Flag test items, units, and required sample volume, and state that the data are fictional.
List the on-site condition differences that may affect sample representativeness.
State that the exercise uses fictional materials and does not represent any real site or institution.
Reviewable output: sampling points and frequency, sample preservation and transport requirements, equipment calibration steps, and record fields.
Explain the safety boundary: when on-site conditions do not conform to protocol, work must stop and be reported.
Requires writing the record fields, sample numbering rules, and anomaly reporting path.
Exercise output: a reviewable sampling record sheet and anomaly reporting note.
Confirm points and frequency first, then verify equipment calibration and sample preservation conditions.
Leave uncertain items in a to-be-confirmed state rather than assuming they conform.
State that the reference approach is only an example, not the only practice.
List the education, major, qualification, and physical examination requirements of the target posting item by item in a comparison table.
Mark the items already met, to be completed, and needing verification.
Write out the points, frequency, equipment calibration, and record fields for one fictional sampling assignment.
Show that you can find non-conforming conditions and proactively explain at the boundary.
Use a single page to show the sample chain, equipment calibration, and anomaly records of one fictional job.
Mark which steps require review or authorization.
Explain the instruments and software used, versions, and key steps so others can reproduce them.
Mark which steps used AI assistance and were checked manually.
| Scenario | Questions you may be asked | Evidence you can present | Conclusions that cannot be inferred from it |
|---|---|---|---|
| Interview | Whether the person can explain the sampling process, protection requirements, and anomaly reporting path. | Check whether protocol citations, record fields, and safety boundaries are written clearly. | Whether to hire is determined by the institution and the position, not by the individual. |
| Hands-on test or written test | Whether the person can complete a sampling or equipment calibration record according to protocol. | Use record sheets and method explanations to show standards compliance. |
Excerpt the key points: point selection, sample volume, preservation conditions, and record fields.
List sample numbers, on-site conditions, equipment numbers, and an anomaly column.
Check the calibration requirements of a fictional instrument and write out the calibration steps and criteria.
Use fictional data to calculate concentration or removal rate, writing out the units and formulas.
Design one anomaly scenario and write out the reporting recipient and record requirements.
Ask a classmate or colleague to point out non-compliant parts of the records and record the feedback.
| Qualification/preparation item | Suitable population | Role for this occupation | Whether it is generally necessary | Conditions and investment | Investment magnitude | What it cannot substitute for |
|---|---|---|---|---|---|---|
| Associate degree (environmental engineering technology or related) | Most entry positions | The typical entry education level noted by BLS | Fairly common | Apply according to the requirements of the institution and program | Two to three years |
Typical scope：Collect air, water, and soil samples according to protocol and record on-site conditions
Readiness evidence：Practical training records and sampling checklists (editorial suggestion)
Credential boundary：Verify according to employer and local requirements; hazardous work requires a separate permit
Next moves：Independently complete multi-point sampling and accept review
Typical scope：Operate monitoring instruments, record operating parameters, and handle common anomalies
Readiness evidence：Instrument operation records and anomaly handling records (editorial suggestion)
Credential boundary：Mainly an associate degree and practical training experience
Next moves：Take on continuous monitoring at one point and issue records
Typical scope：Complete sample pretreatment, instrumental analysis, and quality control records
Readiness evidence：Quality control records and test report excerpts (editorial suggestion)
Credential boundary：Mainly laboratory quality system training
Next moves：Independently complete testing and records for one type of project
Typical scope：Coordinate sampling and testing arrangements and review data quality and safety conditions
Readiness evidence：Project records and review records (editorial suggestion)
Credential boundary：Mainly experience and internal institutional authorization
Next moves：Be responsible for the on-site technical arrangements of one project
Typical scope：Inspect treatment facilities according to shifts and record operating parameters
Readiness evidence：Inspection records and equipment ledgers (editorial suggestion)
Credential boundary：Verify according to institutional and position requirements
Next moves：Independently complete one round of facility inspection and records
Typical scope：Complete equipment maintenance, initial fault diagnosis, and dosing adjustment
Readiness evidence：Maintenance records and fault handling records (editorial suggestion)
Credential boundary：Special equipment requires the corresponding work permit
Next moves：Handle one common fault and retain records
Typical scope：Arrange shift work, handle anomalies, and hand over records
Readiness evidence：Shift records and handover sheets (editorial suggestion)
Credential boundary：Mainly experience and internal authorization
Typical scope：Assist with hazardous waste classification, temporary storage, and ledger registration
Readiness evidence：Ledger samples and training records (editorial suggestion)
Credential boundary：Obtain the corresponding training or qualifications per hazardous waste management rules
Next moves：Compile one compliant hazardous waste ledger
Typical scope：Verify classification, transfer, and handover vouchers and organize disposal
Readiness evidence：Transfer documents and corrective action records (editorial suggestion)
Credential boundary：Requires hazardous work and hazardous waste management training
Next moves：Independently complete one transfer handover and retain vouchers
Typical scope：Be responsible for hazardous waste management rules, disposal channels, and compliance verification
Readiness evidence：Policy documents and audit records (editorial suggestion)
Mainly experience and institutional authorization
Can complete sampling and equipment operation according to protocol under supervision and write all record fields.
Can independently complete sampling, equipment calibration, and data recording and handle common anomalies.
Can take technical responsibility for a testing project or work group and guide others in standard operation.
Can coordinate on-site and laboratory resources and be responsible for data quality and safe work.
United States · Environmental Engineering Technologists and Technicians (SOC 17-3025)
About 12,500 people
Employment size
Employment size and openings are not the same indicator; openings include growth and replacements
Does not establish：Precise occupation-level statistics, but still not representative of a particular region's or employer's staffing scale
United States · Environmental Engineering Technologists and Technicians (SOC 17-3025)
About 1,100 per year
Projected openings
Openings come mainly from replacement demand
Does not establish：Does not equal net new positions or a personal hiring probability
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Understanding of on-site work and environmental issues
Build next：Needs to add engineering design and scheme responsibility ability
View career profileTransfers：Sampling and testing methods
Build next：Needs to add long-term monitoring plan and pollution source investigation experience
View career profileTransfers：Understanding of contaminated sites and environmental data
Build next：Needs to add site investigation and remediation scheme planning ability
View career profileTransfers：Environmental regulation and data verification ability
Build next：Add evidence chains, current regulations, enforcement procedures, and administrative enforcement qualifications.
View career profileTransfers：On-site work and safety protocols
Build next：Needs to add hazardous material removal work qualifications and experience
View career profileTransfers：Equipment operation and maintenance experience
Build next：Needs to add energy equipment and system design ability
View career profileTransfers：Technical operation and process understanding
Build next：Needs to add teaching experience and professional theory
View career profileTransfers：On-site handling and safe work experience
Build next：Needs to add emergency organization and command experience
View career profileEnvironmental engineers are responsible for designing schemes and for the technical schemes; this occupation executes on-site sampling, equipment operation, and testing according to the engineer's plan and delivers traceable records.
May 2025 median annual wage 59,920 U.S. dollars (median hourly wage 28.81 U.S. dollars); the official release states the lowest 10% earn less than 39,910 U.S. dollars and the highest 10% earn more than 96,660 U.S. dollars; the 25th and 75th percentiles were not obtained this time.
2025 employment about 12,500, 2025—2035 projected growth 3% (about +400), average annual openings about 1,100; openings include growth and replacements and do not equal a personal hiring probability, and automated testing may limit some growth.
BLS notes the typical entry education is an associate degree in environmental engineering technology or a related field; O*NET lists this occupation as Job Zone Four, with the education survey showing that about 67% of respondents said a bachelor's degree was required, 11% a high school diploma, and 8% a postsecondary certificate. Positions involving hazardous work or special equipment also require the corresponding training and permits.
Alternating between indoor laboratories and outdoor sites, with possible exposure to chemicals, hazardous materials, and equipment risks, requiring protective equipment according to protocol; BLS notes most work is full time, but monitoring operations or handling major environmental threats may require irregular overtime.
The National Bureau of Statistics data checked this time are at industry-category scope, and no national single-occupation wage statistic precisely corresponding to this occupation was obtained; this page uses the average wage of urban units in "scientific research and technical services" (2025 non-private 182,064 yuan/year, private 83,560 yuan/year) as an industry proxy, illustrating industry background only, and does not substitute an industry average or a single recruitment quote for the occupational wage.
A more accurate judgment is that some tasks (record organization, report drafts, data organization) will be assisted by tools, while on-site sampling, instrument interpretation, equipment operation, and safety disposal still require people on site and accountable. ILO research from 2023 shows that the share of highly exposed tasks among managerial and professional occupations is lower, and technical feasibility does not mean the institution has adopted it.
No. The median is the midpoint of the practitioner wage distribution in the same statistical period; the 10th percentile likewise is only a distribution position. Individual income depends on the employer, industry, region, and seniority.
First verify the target position's actual tasks: most positions require sampling and testing protocols and equipment operation and recording ability; people from mechanical or chemical engineering backgrounds need to add environmental regulations and testing methods, and people from environment backgrounds need to add equipment and safe work experience. Those involving hazardous work must also obtain permits as specified.
FermatMind career content research process
2026-10-11 (nine-module author check)
Source register and fact register for this page (O*NET 17-3025.00, BLS OOH and OEWS May 2025, BLS 2025—2035 projections, National Bureau of Statistics 2025 industry-category average wages, ILO Working Paper 96, NIST AI RMF)
Limitations：U.S. occupational materials do not automatically imply mainland China practice requirements, institutional authorization, or employer requirements.
Limitations：Applies only to that occupational description; a certification item does not equal a license, hiring qualification, or work authorization.
Limitations：The 25th and 75th percentiles are not published on that page; the industry wage medians are this occupation's figures for that industry.
Limitations：Projections are not actual results; they cannot be interpreted as a personal hiring probability.
Limitations：The statistical distribution does not represent individual contractual pay or after-tax income.
Limitations：The industry average wage covers multiple occupations and cannot be treated as this occupation's median, starting wage, or an individual quote.
Limitations：Task exposure does not equal actual adoption, productivity, or job changes; economic structures differ greatly across countries.
Limitations：The governance framework contains no occupational or employment statistics and cannot serve as occupational prospect or employment evidence.
Limitations：Not an external source of occupational facts, and does not replace official statistics or jurisdictional rules.
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.
2025 national 17-3025 complete quintiles 39910 / 48200 / 59920 / 75960 / 96660 and the 28.81 hourly wage are verified, filling the original 25/75 retrieval gap; the five industry medians are retained. The 2025—2035 table 1.2 growth of 3.1% and the OOH figure of about 3% are stated separately. China's scientific research 182064 / 83560 pre-tax annual averages are background only; the AI effect and precise Chinese occupational wages are missing, and protected shared legacy percentile gaps and attributions are retained and registered.
MBTI (English) · Big Five (English) · MBTI (Chinese) · Big Five (Chinese)
Confirm the employment form and wage basis, distinguishing monthly salary, annual salary, and project-based quoting
Verify local safety and hazardous waste regulations and the correspondence with domestic occupational classification
This exercise does not constitute a compliance conclusion or safety permit; test conclusions and disposal decisions are borne by authorized personnel.
| A single hands-on result does not represent long-term performance or overall ability. |
| Probation period | Whether the person can arrive on site according to shifts, record according to process, and accept review. | Use work records and revision records to show collaboration and standards compliance. | Probation performance does not equal qualification certification or work authorization. |
|---|
| After onboarding | Whether the person can work according to safety and hazardous waste rules and retain vouchers. | Use records and handover vouchers to show compliance and traceability. | Following processes does not substitute for the engineer's or authorized personnel's conclusions. |
|---|
Write down whether you want to continue, what you need to fill in, and which conclusions cannot yet be drawn.
| A degree does not equal work authorization or physical fitness |
| Bachelor's degree (environmental engineering or related) | Some technician and technologist positions | 67% of respondents in the O*NET education survey said a bachelor's degree is required | Required for some positions | Requires completing engineering and laboratory courses | Four years | A degree does not equal on-site work qualification |
|---|
| Hazardous work and special operations training | Positions involving hazardous waste, confined spaces, or special equipment | Meet safe work requirements | Depends on the position and local regulations | Institutional or statutory training providers | Several days to several weeks | Training does not equal equipment operating authorization |
|---|
| Physical examination and health requirements | On-site and hazardous materials work positions | Confirm you can handle protective equipment and working conditions | Required for some positions | Follow the employer's and local rules | According to institutional arrangements | Passing a physical examination does not equal an ability assessment |
|---|
| Instrument and data tool ability | All on-site and laboratory positions | Complete sampling records, data organization, and report support | Master at least common instruments and spreadsheet tools | Through courses, practical training, or on-the-job learning | Hundreds of hours of practice | Tool proficiency does not equal result determination ability |
|---|
| Laboratory quality and record training | Laboratory and testing positions | Ensure data traceability and controllable quality | Commonly required for testing positions | Institutional training or study of quality system documents | Several weeks | Training does not equal qualification to sign test reports |
|---|
Next moves：Be responsible for one shift's operations and anomaly handling
Typical scope：Coordinate operating quality, energy consumption, and safe work requirements
Readiness evidence：Operating analysis records and corrective action records (editorial suggestion)
Credential boundary：Mainly internal institutional appointment
Next moves：Develop toward facility management
Next moves：Be responsible for one compliance inspection and corrective action
Typical scope：Coordinate environmental protection and safe work requirements and interface with regulatory inspections
Readiness evidence：Inspection records and corrective action ledgers (editorial suggestion)
Credential boundary：Mainly institutional appointment and relevant qualifications
Next moves：Develop toward environmental and safety management
