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SOC 11-3051
Industrial production managers correspond to the exact U.S. O*NET/SOC 11-3051.00 occupation, Industrial Production Managers: they plan, direct, or coordinate the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Original official scope: Plan, direct, or coordinate the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Core tasks include setting and monitoring product standards; directing and coordinating production, processing, distribution, and marketing activities; reviewing processing schedules or production orders and deciding inventory requirements and staffing within budget and time constraints; reviewing operations and consulting to resolve production problems; managing personnel; developing production tracking or quality control systems; and preparing production and personnel reports. U.S. wages on this page come from BLS OEWS 2025 data presented by O*NET (median annual wage USD 126,060, median hourly wage USD 60.61); employment and outlook come from BLS employment projections for 2024–2034 (approximately 241,900 workers in 2024, below-average growth of 2%, and approximately 17,100 openings annually). All use the exact 11-3051.00 occupation scope. Exact occupational wages for mainland China have not been obtained and are recorded as a visible gap; Chinese qualification, safety, and labor-system boundaries are marked separately.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((25+75+25)/3+0.5)=42; fermatmind-ai-impact-v1; 2026-10-18.
Assessing responsibility | Genuine fit depends on whether you can do three things together in the same management task: ground production and data in solid work (set and monitor standards, review schedules and orders, analyze operating reports, and prepare production and personnel records to provide reviewable grounds for decisions); manage standards and safety (quality and safety requirements, cost and budget constraints, labor law and personnel standards, following institutional and regulatory requirements); and assume definable management responsibility (answer for your own decisions and team results, and request approval or refer major investments, safety determinations, and legal decisions beyond your authority). Test this through a verifiable experience, such as completing a step-by-step production management plan and decision record, or practicing schedule and quality tradeoffs with simulated operating data, rather than relying solely on interest-questionnaire conclusions.
Caution signals | The official scope and tasks involve production goals, personnel and equipment, and safety and personnel matters. An undetected schedule-budget conflict, an unmet quality standard or safety requirement, insufficient staffing or skills, a personnel action crossing labor-law boundaries, or a major investment or safety decision beyond one's authority can cause delivery failure, financial loss, or personal-safety and compliance risks. This page therefore lists cost-quality-quantity tradeoffs, safety and compliance requirements, personnel and labor-law boundaries, and authorization boundaries separately. In the U.S., the occupation itself is not marked Bright Outlook. The O*NET summary and employment trends indicate below-average projected growth (2%) for 2024–2034, approximately 17,100 job openings annually, and approximately 241,900 workers employed in 2024. If intensive communication, tradeoffs among multiple goals, and responsibility for personnel are difficult for you to bear, treat these as practical costs that require careful consideration.
Industrial production managers (O*NET/SOC 11-3051.00, Industrial Production Managers) plan, direct, or coordinate the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Original official scope: Plan, direct, or coordinate the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Core tasks include setting and monitoring product standards; inspecting raw material samples or directing testing during processing to ensure finished-product quality; directing or coordinating production, processing, distribution, or marketing activities of industrial organizations; reviewing processing schedules or production orders and deciding inventory requirements, staffing, workflows, or duty assignments within budget and time constraints; reviewing operations and consulting technical or administrative staff to resolve production or processing problems; hiring, training, evaluating, or dismissing employees or handling personnel grievances; developing or implementing production tracking or quality control systems and analyzing operating reports to identify production problems; preparing and maintaining production reports or personnel records; and reviewing plans and consulting research and development or support staff to develop new products or processes. Common titles include production manager, plant manager, manufacturing manager, production control manager, and product line manager. U.S. data on this page use the exact 11-3051.00 occupation scope. Qualification, safety, and labor systems in mainland China are marked separately using sources from the respective jurisdiction; the two cannot be applied interchangeably.
Career direction comparison
The following comparison helps assess differences between career directions. Each row answers the same questions: what are this direction's core work and outputs, what is the key difference from this occupation, and what choices does it better suit? Evidence links in the table lead to official U.S. occupation pages.
| Career direction | Core work and outputs | Key distinction | Choices better suited |
|---|---|---|---|
| Industrial Production Managers (this occupation) | Plan, direct, and coordinate activities and resources for manufacturing products to meet cost, quality, and quantity requirements | Centers on production organization, resource coordination, and team management | People willing to organize production and lead teams within cost and quality constraints |
| General and Operations Managers (related) |
AI's impact on occupations
No occupation-specific evidence has been obtained for generative AI adoption rates, productivity, net job effects, or a replacement timetable. Organizing information and drafting for production quality, schedule-resource tradeoffs, and team coordination are editorial trial candidates; actual data, methods, and responsibilities must be checked. AI Impact Score 42% 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((25+75+25)/3+0.5)=42; 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.
Mainland China wage reference
Classification comparison note | U.S. SOC 11-3051.00 is Industrial Production Managers within management occupations, distinct from General and Operations Managers (11-1021.00), Supply Chain Managers (11-3071.04), Manufacturing Engineers (17-2112.03), Industrial Engineers (17-2112.00), Quality Control Systems Managers (11-3051.01), and others. International occupational classifications (such as ISCO-08) can indicate only the broad position of production management roles and cannot replace U.S. SOC or mainland China's occupational classifications and statistical definitions.
Occupational definition | Industrial production managers on this page correspond to U.S. SOC 11-3051.00, Industrial Production Managers. The official scope is planning, directing, or coordinating the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Production management roles in mainland China have similar tasks, but qualification, safety, and labor systems belong to different jurisdictions; no numerical conversion is made between the two.
U.S. wage reference
2025 SOC11-3051 wages at the 10/25/50/75/90 percentiles: USD 78,000/98,160/126,060/161,880/205,520; median hourly wage USD 60.61. Current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement; they are not net new jobs, actual recruitment, or evidence of AI causation.
| Statistical wage position | Annual wage reference | Conversion boundaries | How to understand this position |
|---|---|---|---|
| Lowest 10% | Annual wage at percentile 10: USD 78,000 (2025, BLS OEWS, exact 11-3051.00 occupation) | Official annual wages, not individual monthly income | Percentile 10 is a wage-distribution threshold, not a minimum wage, starting wage, or identification of less-experienced workers. |
| Median (50%) | Median annual wage USD 126,060 (2025, BLS OEWS, exact 11-3051.00 occupation) |
Career fit guide
Direct answer | The fit signal for industrial production managers is whether one can organize production and resources, lead teams, and take responsibility for results within cost, quality, and quantity constraints, rather than a personality label. The ECR (Enterprising–Conventional–Realistic) interest code indicates directions only; preferences are not talents or hiring conclusions.
You may be better suited： Signal one | Can you break cost, quality, and quantity goals down into executable production arrangements?
These circumstances require caution： Signal two | Can you make resource and scheduling tradeoffs within safety and quality constraints and explain their grounds?
Try an entry exercise： Signal three | Can you identify personnel and authorization boundaries and request approval or refer matters beyond them?
Work pressure, risks, and professional boundaries
Direct answer | Industrial production managers' main risks fall into four categories: scheduling conflicts with budgets or delivery, unmet quality or safety requirements, insufficient staffing and skills, and personnel actions crossing labor-law boundaries. Control priorities are to retain traceable records of decision grounds, checks, and responses, and to stop and escalate when anomalies arise or authority is exceeded.
Evidence scope | Risk items refer to O*NET 11-3051.00 tasks (standards and quality, production coordination, scheduling and resources, operations and consultation, personnel management, systems and reports) and work context (protective equipment 84% daily, responsibility for others' health and safety 66% very high, responsibility for others' results 70% very high), as well as relevant safety and labor requirements. Chinese institutional boundaries are editorial summaries and must defer to current regulations and institutional policies.
Typical scenario：Undetected scheduling conflicts with budgets or delivery
Main roles：
Entry, qualifications, and career development
Direct answer | Entry paths typically center on relevant education plus production and team management experience: first gain experience in scheduling, quality, and work-team management, then gradually take on multi-line operations and resource decisions. When production safety is involved, check qualifications under institutional rules. Both paths require verifiable operating results and records to demonstrate skills, rather than certificates alone.
Career outlook and transitions to related occupations
Current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement; they are not net new jobs, actual recruitment, or evidence of AI causation. 2025 SOC11-3051 wages at the 10/25/50/75/90 percentiles: USD 78,000/98,160/126,060/161,880/205,520; median hourly wage USD 60.61. Exact Chinese occupational wages remain a gap; transition distance is an editorial comparison, not a hiring or promotion guarantee.
U.S. · Exact 11-3051.00 occupation
3% (as fast as average)
Employment growth
Overall employment projections do not establish AI causation; growth is the change in total employment, while openings include growth and replacement and are not net new jobs.
National projections are not actual recruitment or individual employment; understand growth and replacement openings separately.
According to O*NET 11-3051.00, this occupation plans, directs, or coordinates the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Typical tasks include setting and monitoring product standards; directing and coordinating production, processing, distribution, and marketing activities; reviewing processing schedules or production orders and deciding inventory and staffing within budget and time constraints; reviewing operations and consulting to resolve production problems; hiring, training, and evaluating employees or handling personnel grievances; developing production tracking or quality control systems; and preparing production and personnel reports.
General and operations managers manage broader organizational operations; manufacturing engineers focus on designing manufacturing processes and production methods; quality control systems managers focus on quality management systems and compliance; supply chain managers focus on supply chain and logistics systems; and first-line supervisors of production and operating workers directly supervise frontline operators. Work objects, qualifications, and responsibility boundaries differ; the occupations cannot be interchanged solely by job title.
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.
Fit signals | Tasks and work activities in U.S. O*NET 11-3051.00 show that this occupation primarily involves setting and monitoring product standards; directing or coordinating production, processing, and distribution; reviewing processing schedules or production orders and deciding inventory requirements and staffing within budget and time constraints; reviewing operations and consulting technical or administrative staff to resolve production problems; hiring, training, evaluating, or handling personnel grievances; developing production tracking or quality control systems; preparing production and personnel reports; and participating in the development of new products or processes. Work centers on data monitoring, cross-department consultation, and team management, with frequent communication and responsibility for others' health, safety, and results. The interest code is ECR (Enterprising–Conventional–Realistic); key skills include critical thinking, monitoring, speaking, and judgment and decision making. If you are willing to organize resources, lead teams, and take responsibility for production results within cost, quality, and quantity constraints, these everyday demands are closer to your way of working.
This checklist is for self-questioning only. It is not a hiring standard, ability score, or assessment of job competence, nor does it constitute engineering, safety, compliance, or investment advice. This page concerns the exact U.S. O*NET/SOC 11-3051.00 occupation, Industrial Production Managers: planning, directing, or coordinating the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. Original official scope: Plan, direct, or coordinate the work activities and resources necessary for manufacturing products in accordance with cost, quality, and quantity specifications. U.S. wage and employment data on this page come from BLS OEWS 2025 and BLS employment projections for 2024–2034 presented by O*NET (exact 11-3051.00 occupation scope). Exact occupational wages for mainland China have not been obtained and are recorded as a visible gap; the two jurisdictions and safety systems cannot be applied interchangeably.
To assess whether industrial production management suits you, first conduct a verifiable management exercise using public or simulated materials. Set up a fictional production scenario (for example, a production line with tight delivery deadlines and a rising defect rate). Write a step-by-step process from clarifying cost, quality, and quantity goals, checking production schedules and staffing, examining raw material and work-in-progress quality, consulting technical or administrative staff to resolve production problems, and deciding schedule and resource adjustments, through to preparing production and personnel reports and reporting to management. Mark checkpoints and potential problems at each step (schedule and budget conflicts, unmet quality or safety requirements, insufficient staffing or skills, equipment or material shortages, and personnel actions crossing labor-law boundaries). Then check whether cost-quality-quantity tradeoffs, safety and compliance requirements, and personnel and authorization boundaries are treated as indispensable; whether major investment, safety determinations, and legal decisions beyond your authority are framed as requests for approval or referrals; and whether decision grounds and records are retained for review. Test this through actual deliverables rather than relying solely on an interest questionnaire.
Industrial production managers' daily work can be divided into three strands: (1) goals and monitoring—set and monitor product standards, review processing schedules or production orders, and analyze operating reports to identify production problems; (2) resources and coordination—decide inventory requirements, staffing, and workflows within budget and time constraints, and consult technical or administrative staff to resolve production problems; (3) teams and reporting—hire, train, and evaluate employees, handle personnel grievances, prepare production and personnel records, and report to management. All three strands share the same cost, quality, and quantity requirements, but their outputs differ: goals and monitoring focus on standards, resources and coordination on execution, and teams and reporting on personnel and management.
Work mainly involves the production site, data monitoring, cross-department consultation, and team management, with frequent face-to-face and telephone communication; workweeks exceeding 40 hours are common.
Roles involving delivery, quality, and safety use this as a basis and place greater demands on cost-quality-quantity tradeoffs and labor-law boundaries.
Key boundaries: this page covers only the exact O*NET/SOC 11-3051.00 occupation, Industrial Production Managers, primarily concerned with planning, directing, and coordinating resources for manufacturing products. Related occupations (general and operations managers, manufacturing engineers, quality control systems managers, supply chain managers, first-line supervisors of production and operating workers, and others) differ in work objects, qualifications, and responsibilities and cannot be interchanged solely by job title. Major investments, safety determinations, and legal, labor, and personnel decisions concern authority or responsibilities and must be decided by qualified personnel under institutional policies and applicable regulations.
| Dimension | Main direction | Comparison direction |
|---|---|---|
| Core purpose | Turn cost, quality, and quantity goals into reviewable production decisions and team execution, and take responsibility for the results. | General and operations managers manage broader organizational operations and usually do not perform the daily implementation of specific production schedules and quality standards. |
| Main objects and basis | The objects are production activities, resources, and personnel; the basis is cost, quality, and quantity specifications, safety systems, and labor regulations. |
Set and monitor product standards, inspect raw material samples or direct testing during processing to ensure finished products meet specified quality requirements (O*NET task: set and monitor product standards).
Direct or coordinate production, processing, distribution, or marketing activities of industrial organizations (O*NET task: direct and coordinate production activities).
Review processing schedules or production orders and decide inventory requirements, staffing, workflows, or duty assignments with regard to budget limitations and time constraints (O*NET task: review schedules and make decisions).
Review operations and consult technical or administrative staff to resolve production or processing problems (O*NET task: review operations and consult).
Hire, train, evaluate, or dismiss employees, or handle personnel grievances (O*NET task: personnel management).
Develop or implement production tracking or quality control systems, analyze operating reports on production, quality inspection, maintenance, and other areas to identify production problems, and prepare and maintain production reports or personnel records (O*NET tasks: establish systems; prepare reports).
Before starting a role, check each of the following items relating to O*NET/SOC 11-3051.00 and mainland China's qualification, safety, and labor systems. Any unverified item must be treated as pending verification; recruitment publicity cannot replace this check.
Basis: official O*NET 11-3051.00 definition and task list.
Basis: O*NET Job Zone Four and education information.
Basis: production safety, quality, and labor rules in the role's location, and institutional policies.
| Manage broader organizational operations and resources |
| Focuses on overall organizational operations, with broader scope |
| People willing to manage overall organizational operations |
| Manufacturing Engineers (related) | Design manufacturing processes and production methods | Outputs are processes and engineering methods; usually does not involve leading teams | People willing to design manufacturing processes |
|---|
| Quality Control Systems Managers (related) | Manage quality management systems and compliance | Outputs are systems and compliance; usually does not involve scheduling and resource coordination | People willing to work on quality systems and compliance |
|---|
| Supply Chain Managers (related) | Manage supply chain, procurement, and logistics systems | Outputs concern supply chains and logistics, focusing on supply and demand | People willing to manage supply chains and logistics |
|---|
| First-Line Supervisors of Production and Operating Workers (related) | Directly supervise frontline operators' daily work | Outputs concern frontline supervision; usually does not involve department-level resource and budget decisions | People willing to supervise frontline workers |
|---|
Conclusion | Industrial production managers differ from related occupations in work objects and outputs. This occupation centers on planning, directing, and coordinating resources for manufacturing products (cost, quality, and quantity); general and operations managers manage broader organizational operations; manufacturing engineers focus on designing manufacturing processes and production methods; quality control systems managers focus on quality management systems and compliance; supply chain managers focus on supply chain and logistics systems; and first-line supervisors of production and operating workers directly supervise frontline operators. Interchanging these solely by job title leads to mistaken judgments about methods and responsibility boundaries.
Transition note | These directions differ in methods, qualifications, and responsibilities. Moving between them requires additional relevant training and experience; authority over production and personnel decisions cannot be carried over between roles.
Technical capability: current generative AI can help organize operating data, perform statistical work, monitor indicators, draft reports and records, and retrieve information, but it does not bear the consequences of setting production goals, resource decisions, or safety and personnel judgments. Technical demonstrations do not establish usability in production management.
Insufficient evidence: no occupation-specific measurements of generative AI adoption rates or productivity have been obtained. Governance frameworks and tool capabilities cannot prove that industry adoption is expanding, implementation standards have formed, or adoption is widespread.
Current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement; they are not net new jobs, actual recruitment, or evidence of AI causation. This page has not obtained causal research on generative AI's net job effects.
| Work direction | Task | Current changes | Human control points |
|---|---|---|---|
| Set and monitor product standards | Standards and quality | Editorial trial suggestion: tools may help organize standards and inspection records. Occupation-specific adoption rates or effects have not been verified. | Responsibility for setting quality standards and making safety judgments. |
| Direct and coordinate production and distribution | Production coordination | Editorial trial suggestion: tools may help organize plans and coordination materials. Occupation-specific adoption rates or effects have not been verified. | Responsibility for production organization, priorities, and coordination. |
| Review schedules and make decisions | Scheduling and resources | Editorial trial suggestion: tools may help with scheduling calculations and resource comparisons. Occupation-specific adoption rates or effects have not been verified. | Scheduling decisions, budget constraints, and responsibility. |
| Review operations and resolve problems | Operations and consultation | Editorial trial suggestion: tools may help analyze operating reports and information. Occupation-specific adoption rates or effects have not been verified. | Problem characterization, cross-department consultation, and responsibility. |
| Hire, train, and handle grievances | Personnel management | Editorial trial suggestion: tools may help organize personnel records and process materials. Occupation-specific adoption rates or effects have not been verified. | Personnel decisions, labor-law boundaries, and responsibility. |
| Establish quality control systems and prepare reports | Systems and reports | Editorial trial suggestion: assistance may be tried for preparing reports and indicator dashboards. Occupation-specific adoption rates or effects have not been verified. | System design, data accuracy, and responsibility. |
| Collaborate with technical and administrative staff and management | Cross-department collaboration | Editorial trial suggestion: tools may help organize collaboration materials. Occupation-specific adoption rates or effects have not been verified. | Consistent definitions, consistent assumptions, and responsibility for coordination. |
Why can employment evidence yield different conclusions? Task exposure, organizational adoption, productivity changes, and job numbers are four distinct measurement objects, with different samples, methods, and periods; none can be inferred directly from another.
The following editorial comparison of task objects presents auxiliary uses as trial candidates; actual conditions, data, and methods require verification. No occupation-specific measurements of relative acceleration or adoption order have been obtained.
AI mainly changesEditorial trial suggestion: assistance may be tried for organizing operating data, indicator dashboards, and report drafting.
Still human responsibilitiesResponsibility for setting production goals, quality and safety judgments, and conclusions.
AI mainly changesScheduling and inventory calculations and information retrieval may be assisted.
Still human responsibilitiesResponsibility for scheduling decisions, resource conflicts, and cross-department consultation.
AI mainly changesPersonnel records and report preparation may be assisted.
Still human responsibilitiesResponsibility for personnel matters, team direction, and labor-law boundaries.
When digital tools enter production management processes, the responsibility chain must remain intact: from goal confirmation through tool processing, human review, record keeping, and authorization, clarify who is responsible at each step and retain traceable evidence.
Clarify production goals, boundaries of data and conclusions, permitted tools, and content that must not be sent externally (production and process data, employee information, and unpublished business and personnel data).
Limit tool processing to organizing and statistically analyzing operating data, monitoring indicators, drafting reports and records, and retrieving information. Do not let tools directly produce safety determinations, personnel decisions, or investment conclusions.
Responsible personnel must check data, indicators, and records item by item, confirm consistency with conditions on site, and judge compliance with management standards and safety requirements.
Record the tool and version used, key inputs, changes, and their grounds so the decision process can be reproduced and traced for subsequent review and auditing.
Clarify parties responsible for review, authorization, and decisions according to actual tasks, institutional responsibilities, and the applicable jurisdiction; do not impose uniform individual qualifications on all roles or assume every decision rests with a competent authority.
Tool-generated operating analyses or conclusions are treated as confirmed results, introducing errors into production decisions
Control method:Mark generated content as candidates and check data and conditions on site item by item before adoption
Production and process data and employee information are sent externally, creating data and compliance risks
Control method:Follow institutional information requirements; confirm authorization and the minimum necessary scope before use
Tool versions and inputs are not recorded, making the original basis difficult to reconstruct in disputes
Control method:Consistently record tools, versions, and key inputs, and retain change histories
Incorrect indicators or statistical prompts lead to mistaken scheduling and resource judgments
Control method:Check results against data and conditions on site; do not replace verification with tool conclusions
Missing review leaves management responsibility unclear, making accountability difficult when problems occur
Control method:Check the parties responsible for reviewing, authorizing, and deciding actual actions; follow the applicable jurisdiction and institutional responsibilities without imposing uniform individual qualifications.
Use AI for information retrieval, data organization, and report drafting, but do not treat generated content as production conclusions. First build solid skills in production management, quality control, and teamwork.
Editorial suggestion: trial information and drafting tools in an authorized environment and measure their effects. Production quality, schedule-resource tradeoffs, team coordination, and responsibility for decisions require review; broadly applicable time-saving effects have not been established.
Specify boundaries for using digital tools in management and safety systems (whether they may be used for data analysis, indicator monitoring, and drafting), data rules, and mechanisms for reviewing and reverting tool outputs.
Use tools for organization and preliminary analysis, but do not replace site checks, safety determinations, or management judgment with automated conclusions.
No occupation-specific evidence has been obtained for generative AI adoption rates, productivity, net job effects, or a replacement timetable. Organizing information and drafting for production quality, schedule-resource tradeoffs, and team coordination are editorial trial candidates; actual data, methods, and responsibilities must be checked.
Source:ILO task-exposure limitations and editorial analysisOriginal materials ↗
O*NET describes production quality, schedule-resource tradeoffs, and team coordination. Interest codes do not establish a uniform coding requirement; check software, scripting, and training requirements for the target role.
Source:O*NET tasks; specific judgments are editorial analysisOriginal materials ↗
Information related to production quality, schedule-resource tradeoffs, and team coordination may be assessed for assistance. No measurements establish which changes first or relative acceleration; technical demonstrations do not substitute for actual effects.
Source:O*NET tasks; specific judgments are editorial analysisOriginal materials ↗
Current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement; they are not net new jobs, actual recruitment, or evidence of AI causation.
Source:Current overall BLS projections, without AI causationOriginal materials ↗
Tools do not obtain role-specific authorization or decision-making authority. Check the specific action, jurisdiction, and institutional responsibilities; do not impose uniform qualifications on all roles or assume every decision rests with a competent authority.
Source:O*NET tasks; specific judgments are editorial analysisOriginal materials ↗
No evidence has been obtained for a year of occupational disappearance or a replacement probability; task exposure is not a replacement timetable.
Source:ILO task-exposure limitations and editorial analysisOriginal materials ↗
Editorial suggestion: first practice production quality, schedule-resource tradeoffs, team coordination, verification, and communication, then evaluate tools in an authorized environment. There is no evidence of irreplaceability or broadly applicable efficiency gains.
Source:O*NET tasks; specific judgments are editorial analysisOriginal materials ↗
Editorial suggestion: first practice production quality, schedule-resource tradeoffs, team coordination, verification, and communication, then evaluate tools in an authorized environment. There is no evidence of irreplaceability or broadly applicable efficiency gains.
Insufficient evidence: no national wage figure readable for this specific occupation has been obtained. The National Bureau of Statistics publishes average wages by industry category without distinguishing occupations; this page does not fill gaps using industry figures.
Insufficient evidence: no national wage figure readable for this specific occupation has been obtained. Private-unit figures are likewise published by industry category and cannot be treated as industrial production managers' wages.
Insufficient evidence: publicly available occupational statistics in mainland China have not established a national occupational wage distribution exactly corresponding to U.S. O*NET/SOC 11-3051.00 (Industrial Production Managers). The National Bureau of Statistics publishes average wages by industry category without distinguishing occupations. This page does not fill the gap with industry averages, recruitment offers, or U.S. data.
Mainland China section | Production management roles in mainland China have tasks similar to industrial production managers, but their qualification, safety, and labor systems are governed by relevant regulations and institutional policies. Public occupational statistics do not separately list a national occupational wage distribution for this occupation: the National Bureau of Statistics publishes average wages for employees in urban units by industry category, without distinguishing occupations. Under the evidence policy, this page records only statistical definitions and visible gaps, without filling exact occupational values using industry averages, recruitment offers, or U.S. wages.
| Educational background | Common role directions | Explanation and checking suggestions |
|---|---|---|
| Bachelor's degree (industrial engineering, mechanical engineering, or management-related fields) | Production supervisor, production planning assistant | Current O*NET: 29% high school or equivalent, 26% bachelor's degree, 16% postsecondary nondegree certificate. Job Zone Four describes an occupational group; BLS indicates this occupation typically requires a bachelor's degree and several years of related experience. For China, check target job announcements; do not treat an occupational group's preparation period as a fixed requirement for this occupation. |
| Relevant education and experience in production and team management | Production manager, plant manager | Editorial checking suggestion: education, experience, and actual task requirements in target announcements; no uniform sample covering most Chinese roles has been obtained. |
| Experience with specialized production lines and lean improvements | Lean manufacturing, quality systems, or supply chain collaboration | Managing multiple production lines or a whole plant usually requires more experience; role-specific authorization and authority over investment and personnel decisions depend on institutional policies. |
| Safety or professional qualifications (depending on role and industry requirements) | Roles involving production safety and quality systems | In mainland China, entry, safety, and labor requirements for production and site management roles are governed by relevant regulations and institutional policies. Whether specialized qualifications are required depends on industry and institutional rules. Education, experience, role-specific authorization, and authority over production and personnel decisions are distinct statuses. |
If the employer is actually classified as manufacturing, NBS2025 national average annual wages across all occupations in non-private/private units are CNY 113,594/76,055, before tax and listed separately. These are not the occupational median, starting wage, or take-home pay for industrial production managers; exact occupational wages remain a gap.
O*NET's industry page identifies manufacturing as this occupation's main U.S. industry. The National Bureau of Statistics publishes average wages by industry category; these are industry-level figures that do not distinguish occupations. This page does not use them to fill occupational wage gaps.
Some roles are found in wholesale trade, professional services, and other fields; their employment scale and assessment criteria differ, and this page does not supply substitute values.
Classifications and statistical definitions differ; no numerical conversion is made.
No occupation-specific evidence has been obtained for generative AI adoption rates, productivity, net job effects, or a replacement timetable. Organizing information and drafting for production quality, schedule-resource tradeoffs, and team coordination are editorial trial candidates; actual data, methods, and responsibilities must be checked.
| Official annual wages, not an individual's actual pay received |
| The median is the distribution midpoint, not a typical experience level, individual starting wage, or pay-growth path. |
| Highest 10% | Annual wage at percentile 90: USD 205,520 (2025, BLS OEWS, exact 11-3051.00 occupation) | Official annual wages, not an individual's actual pay received | Percentile 90 is a wage-distribution threshold and does not identify workers' education, experience, qualifications, or task composition. |
|---|
Wages · Percentile 10：Annual wage at percentile 10: USD 78,000 (2025, BLS OEWS, exact 11-3051.00 occupation)；In the lower part of the distribution；not a starting wage and not representative of any particular employer or region. O*NET 11-3051.00 national wages (BLS OEWS 2025 data)
Wages · Percentile 25：Annual wage at percentile 25: USD 98,160 (2025, BLS OEWS, exact 11-3051.00 occupation)；At the lower quartile；industry and region affect actual income. O*NET 11-3051.00 national wages (BLS OEWS 2025 data)
Wages · Median：Median annual wage USD 126,060 (2025, BLS OEWS, exact 11-3051.00 occupation)；OEWS measures regular wage rates before tax, including incentive pay such as production bonuses, but excluding overtime premiums, shift differentials, nonproduction bonuses, and employer benefit costs. The median is the distribution midpoint, not an individual's starting wage.
Wages · Percentile 75：Annual wage at percentile 75: USD 161,880 (2025, BLS OEWS, exact 11-3051.00 occupation)；At the upper quartile, generally related to industry, region, and specialized capabilities. O*NET 11-3051.00 national wages (BLS OEWS 2025 data)
Wages · Percentile 90：Annual wage at percentile 90: USD 205,520 (2025, BLS OEWS, exact 11-3051.00 occupation)；In the upper part of the distribution, strongly affected by industry, region, and scope of responsibilities；not representative of most practitioners. O*NET 11-3051.00 national wages (BLS OEWS 2025 data)
The median is the distribution midpoint, not an entry-level wage; percentiles do not identify years of experience.
OEWS measures regular wage rates before tax, including incentive pay such as production bonuses, but excluding overtime premiums, shift differentials, nonproduction bonuses, and employer benefit costs. Annual and hourly wages may be converted using an annual-hours basis; they cannot establish individual working hours, overtime, or actual annual income received.
BLS OEWS2025 occupational wages, presented through O*NET. OEWS measures regular wage rates before tax, including incentive pay such as production bonuses, but excluding overtime premiums, shift differentials, nonproduction bonuses, and employer benefit costs.
Editorial checking suggestion: target region, employer industry, actual duties, working hours, and offer definitions; percentiles cannot estimate the effect of each condition.
| Industry | Median wage for this occupation within the industry | How to understand it |
|---|---|---|
| Chemical manufacturing | USD 135,530/year; 2025 median wage for SOC11-3051 within this industry | Median for this occupation within the industry, not an industry average across all occupations; fabricated metal product manufacturing is separately USD 109,920/year. |
| Transportation equipment manufacturing | USD 131,510/year; 2025 median wage for SOC11-3051 within this industry | Median for this occupation within the industry, not an industry average across all occupations; fabricated metal product manufacturing is separately USD 109,920/year. |
| Machinery manufacturing | USD 124,850/year; 2025 median wage for SOC11-3051 within this industry | Median for this occupation within the industry, not an industry average across all occupations; fabricated metal product manufacturing is separately USD 109,920/year. |
| Food manufacturing | USD 116,250/year; 2025 median wage for SOC11-3051 within this industry | Median for this occupation within the industry, not an industry average across all occupations; fabricated metal product manufacturing is separately USD 109,920/year. |
Institution type (manufacturing enterprises, foreign-invested enterprises, and joint ventures), industry and product category, region, and span of management affect income levels and stability.
Experience with specialized production lines and lean improvements, and whether one manages multiple production lines or plant-level teams, affect income ceilings and growth paths.
Region and living costs, industry, and production cycles affect workload and income. Regional median wages have not been obtained and are recorded as a visible gap.
Current period: current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement； they are not net new jobs, actual recruitment, or evidence of AI causation. Historical shared values above have consumers outside the selected scope； this round retains the scope conflict.
Current period: current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement； they are not net new jobs, actual recruitment, or evidence of AI causation. Historical shared values above have consumers outside the selected scope； this round retains the scope conflict.
Current period: current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement； they are not net new jobs, actual recruitment, or evidence of AI causation. Historical shared values above have consumers outside the selected scope； this round retains the scope conflict.
O*NET vocational interest baseline
Interest code ECRThe interest code for O*NET 11-3051.00 is ECR (Enterprising–Conventional–Realistic).
How to understand this interest code: ECR means Enterprising (inclined toward organizing, leading, and advancing business goals), Conventional (inclined toward handling information and data through established procedures and rules), and Realistic (inclined toward engineering and on-site practice). It suggests that this occupation combines organizational initiative, adherence to procedures, and on-site practice, rather than labeling people.
Which Holland interest types are closer to industrial production management?
Current O*NET interests: ECR (Enterprising, Conventional, Realistic). This describes vocational interests, not individual competence or a hiring conclusion.
Do not use it this way:Interest codes indicate directions only, not ability or hiring conclusions; high preference scores alone cannot replace actual management experience.
Test my Holland vocational interestsWhich Big Five traits are more relevant to this work?
Current O*NET work styles include leadership orientation, dependability, attention to detail, and achievement orientation. These can guide behavioral observation but do not establish the validity of Big Five scales for predicting performance in this occupation.
Do not use it this way:Work styles are descriptive clues. If you are unwilling to undertake actual tasks over the long term, use observation and experience to check preferences; no evidence has been obtained for the magnitude of any decline in fit.
View my Big Five personality traitsCan MBTI determine whether industrial production management suits me?
No validated studies have been obtained showing that MBTI types predict competence or performance in this occupation; occupational skills are not evidence of type validity.
Do not use it this way:The skill list indicates directions, not an individual's current status; actual work evidence is needed to test it.
Understand my MBTI preferencesCan the Enneagram indicate whether this occupation suits me?
No validated studies have been obtained showing that the Enneagram predicts performance in this occupation; occupational activities are not evidence of type matching.
Do not use it this way:Frequent activities do not necessarily mean monotonous work: together these activities form the main thread of production management.
Explore my Enneagram patternsCan I be an industrial production manager if I struggle with mathematics?
Editorial suggestion: check mathematical foundations through data comprehension and methodological tasks involving production quality, schedule-resource tradeoffs, and team coordination. No uniform hiring threshold for IQ or mathematics grades has been obtained; work context cannot establish a mathematics requirement.
Do not use it this way:Work-context data are proportions reported by respondents, not predictions of an individual's work.
Understand my intelligence and reasoning performanceDo industrial production managers need high emotional intelligence?
Communication requires explaining grounds, hearing feedback, and consultation. No uniform emotional intelligence score threshold or validated studies of occupational performance have been obtained.
Do not use it this way:This self-assessment is editorially designed, not a hiring standard or ability score.
Understand my emotional intelligence abilitiesBetter fit:Fit signal: to assess suitability for industrial production managers (this occupation), consider whether one can consistently perform its core operations in real tasks, frame anomalies and constraints as actionable problems, and accept its methodological and record-keeping requirements.
Note:People who find delivery pressure, responsibility for personnel, or long working hours difficult to bear.
View related occupations:Industrial Production Managers (this occupation)Better fit:Fit signal: to assess suitability for general and operations management, consider whether one can consistently perform its core operations in real tasks, frame anomalies and constraints as actionable problems, and accept its methodological and record-keeping requirements.
Note:People who prefer production over overall organizational operations.
View related occupations:General and Operations ManagersBetter fit:Fit signal: to assess suitability for manufacturing engineering, consider whether one can consistently perform its core operations in real tasks, frame anomalies and constraints as actionable problems, and accept its methodological and record-keeping requirements.
Note:People unwilling to make process design their main work.
View related occupations:Manufacturing EngineersBetter fit:Fit signal: to assess suitability for quality control systems management, consider whether one can consistently perform its core operations in real tasks, frame anomalies and constraints as actionable problems, and accept its methodological and record-keeping requirements.
Note:People who prefer production organization over systems management.
View related occupations:Quality Control Systems ManagersBetter fit:Fit signal: to assess suitability for supply chain management, consider whether one can consistently perform its core operations in real tasks, frame anomalies and constraints as actionable problems, and accept its methodological and record-keeping requirements.
Note:People who prefer production sites over supply-and-demand systems.
View related occupations:Supply Chain ManagersBetter fit:Fit signal: to assess suitability for first-line supervision of production and operating workers, consider whether one can consistently perform its core operations in real tasks, frame anomalies and constraints as actionable problems, and accept its methodological and record-keeping requirements.
Note:People unwilling to assume department-level resource and budget responsibility.
View related occupations:First-Line Supervisors of Production and Operating WorkersPersonality labels do not guarantee fit; observe accuracy, responsibility, and communication behaviors in production quality, schedule-resource tradeoffs, and team coordination.
Introversion is not an exclusion criterion; check whether actual collaboration and reporting can be completed.
Extraversion does not guarantee competence; check task accuracy, judgment, and records.
No validated studies have been obtained establishing which MBTI type best suits this occupation.
Current O*NET interests: ECR (Enterprising, Conventional, Realistic). This describes vocational interests, not individual competence or a hiring conclusion.
No validated studies have been obtained showing that personality tests predict performance in this occupation; occupational styles do not substitute for individual scale validity.
Editorial suggestion: check mathematical foundations through data comprehension and methodological tasks involving production quality, schedule-resource tradeoffs, and team coordination. No uniform hiring threshold for IQ or mathematics grades has been obtained; work context cannot establish a mathematics requirement.
Communication requires explaining grounds, hearing feedback, and consultation. No uniform emotional intelligence score threshold or validated studies of occupational performance have been obtained.
No validated studies have been obtained showing that the Enneagram predicts performance in this occupation; occupational activities are not evidence of type matching.
Editorial suggestion: use simulated materials to explain tasks, constraints, and verification processes for production quality, schedule-resource tradeoffs, and team coordination, and compare actual preferences. The exercise is not a hiring assessment.
Possible consequences：Delivery failure or cost overruns
Reduce risks：Review schedules within budget and time constraints and retain the grounds for tradeoffs
Basis：O*NET 11-3051.00 occupational profile and task list · FermatMind rules for career-content fields and evidence definitions
Typical scenario：Unmet quality or safety requirements
Main roles：Industrial production managers, quality and safety leads
Possible consequences：Quality incidents or personal-safety risks
Reduce risks：Inspect and correct according to quality standards and safety systems
Basis：O*NET 11-3051.00 occupational profile and task list · Work Safety Law of the People's Republic of China (current text)
Typical scenario：Insufficient staffing and skills
Main roles：Industrial production managers, human resources leads
Possible consequences：Insufficient production capacity or fluctuations in quality
Reduce risks：Check staff skills and shift arrangements and provide training in advance
Basis：O*NET 11-3051.00 occupational profile and task list · FermatMind rules for career-content fields and evidence definitions
Typical scenario：Personnel actions crossing labor-law boundaries
Main roles：Industrial production managers, human resources leads
Possible consequences：Labor disputes or compliance risks
Reduce risks：Handle matters according to labor regulations and institutional policies and retain records
Basis：Labor Law of the People's Republic of China (current text) · Work Safety Law of the People's Republic of China (current text)
Typical scenario：Sending production and employee information externally
Main roles：Industrial production managers, information security leads
Possible consequences：Data and business risks
Reduce risks：Follow institutional information requirements; confirm authorization and the minimum necessary scope before use
Basis：O*NET 11-3051.00 occupational profile and task list · FermatMind rules for career-content fields and evidence definitions
Typical scenario：Major investment or safety decisions beyond authority
Main roles：Industrial production managers, supervisors
Possible consequences：Decisions beyond authority create accountability and safety risks
Reduce risks：Check authorization, review, and decision-making parties according to specific tasks and institutional responsibilities; separately check applicable conditions for legally regulated activities, without imposing a uniform certificate based on occupation name.
Basis：Work Safety Law of the People's Republic of China (current text) · FermatMind rules for career-content fields and evidence definitions
| Career direction | Starting tasks | Evidence to prepare | Work samples demonstrable without experience | Distinction from this occupation |
|---|---|---|---|---|
| Industrial Production Managers (this occupation) | Participate under guidance in scheduling coordination, quality inspections, and work-team management | Management training and operating records, teamwork materials | A step-by-step production management plan and decision record | Centers on production organization, resource coordination, and team management |
| General and Operations Managers (related) | Assist with overall organizational operations and resource management | Operations and project materials | An operating analysis explanation | Focuses on overall organizational operations, with broader scope |
| Manufacturing Engineers (related) | Assist in designing manufacturing processes and production methods | Process training records | A process proposal explanation | Core work objects and responsibilities differ; collaboration and task overlap may exist, without absolute exclusion |
| Quality Control Systems Managers (related) | Assist with quality management systems and compliance | Quality management training records | A quality system explanation | Core work objects and responsibilities differ; collaboration and task overlap may exist, without absolute exclusion |
| Supply Chain Managers (related) | Assist with supply chain, procurement, and logistics management | Supply chain project materials | A supply chain proposal explanation | Outputs concern supply chains and logistics, focusing on supply and demand |
For China, check education, experience, and actual task requirements in target announcements; no uniform sample covering most roles has been obtained.
Check education, experience, task skills, and role-specific authorization separately; they cannot establish competence predictions or relative effectiveness.
Relevant U.S. roles follow employer and operational requirements; mainland China's qualification, safety, and labor requirements depend on local rules and institutional policies.
Production and employee information, business data, and personnel data must be processed and retained within the minimum necessary scope under institutional requirements.
Current O*NET work styles include leadership orientation, dependability, attention to detail, and achievement orientation; occupational descriptions do not substitute for individual scale validity.
Core skills are critical thinking, monitoring, and speaking; transferable skills include coordination, judgment and decision making, personnel resource management, and time management.
A set of simulated operating data (including normal conditions, quality fluctuations, and material shortages).
A blank template for production scheduling and resource decision records.
A blank quality and safety checklist.
For the three given problem categories (schedule-budget conflicts, unmet quality or safety requirements, insufficient staffing and skills), describe identifying features and responses.
State which matters exceed individual authority (major investments, safety determinations, labor-law decisions).
For each problem, explain identification grounds and consequences of the response; explain risks of compressed or omitted steps.
Finally, reflect in a paragraph: if delivery goals conflict with safety requirements, how would you make the tradeoff and explain its grounds?
Does not involve real production lines, real employees, or identifiable business data.
Mark whether each step was completed independently or under another person's guidance.
Mark which steps involve safety, quality, and personnel and must follow standards rather than individual discretion.
Record review comments, timing, and grounds for subsequent reflection.
Show the full chain from goal setting through resource decisions to records and reporting, not just results.
Exclude identifiable information about real production lines or employees from the summary and state grounds and assumptions.
Explain which site or institutional check tool outputs underwent before use; label illustrative values as examples.
| Stage | Points that may be checked | Observable evidence | Boundary note |
|---|---|---|---|
| Resume and initial screening | Production management experience, quality and safety experience, and span of team management | Operating and team records, training materials | Self-assessment and training records cannot replace institutional assessment and role-specific authorization |
| Interviews and scenario questions | Scheduling decisions, quality and safety responses, personnel matters | Scenario answers, in-person questions and answers |
Record safety, quality, labor, and information requirements you observe.
Write down the practical cost you find hardest to adapt to and assess whether you can accept it.
List key requirements according to standards (quality standards and safety systems, budget and delivery constraints, labor regulations and personnel records).
Write response and escalation plans for two typical risks (sending production information externally, investment or safety decisions beyond authority).
Identify at least two deviations from management standards and record corrective measures.
| Qualification or preparation item | Applicable people | Role in this occupation | Whether generally required | Conditions for obtaining it | Approximate investment | Limitations |
|---|---|---|---|---|---|---|
| Bachelor's degree or above (industrial engineering, mechanical engineering, or management-related fields) | Entry and management roles | Check the specific role's education requirements; U.S. occupational survey data are listed separately | For China, check target announcements | Complete studies in a relevant field | According to program length |
Typical responsibilities：Participate under guidance in scheduling coordination and work-team management.
Promotion evidence：Submit operating and team records and obtain mentoring feedback.
Qualification boundaries：Depends on institutional requirements; production and safety awareness needed.
Next step：Work toward independently organizing shift production.
Typical responsibilities：Independently organize shift production and handle common anomalies.
Promotion evidence：Submit operating and quality records.
Qualification boundaries：Depends on institutional requirements; safety requirements require corresponding qualifications.
Next step：Learn multi-line operations and resource decisions.
Typical responsibilities：Lead multi-line operations and improvement projects and mentor newcomers.
Promotion evidence：Submit complex cases and management records.
Qualification boundaries：Depends on institutional requirements; experience and specialized training usually needed.
Next step：Organize experience into reusable management standards.
Typical responsibilities：Coordinate overall production strategy and resource investment.
Promotion evidence：Submit strategy and operating assessment records.
Qualification boundaries：Determined by institutional governance requirements.
Next step：Participate in institutional production and operating strategy.
Typical responsibilities：Assist with quality inspections and improvement-project follow-up.
Promotion evidence：Submit inspection and improvement records.
Qualification boundaries：Depends on institutional requirements; quality and data foundations needed.
Next step：Learn to independently conduct quality and improvement analysis.
Typical responsibilities：Carry out quality control and continuous improvement projects.
Promotion evidence：Submit analysis and improvement records.
Qualification boundaries：Depends on institutional and quality-system requirements.
Next step：Participate in quality-system and lean-system design.
Typical responsibilities：Lead lean improvement and production-capacity enhancement projects.
Promotion evidence：Submit project and assessment records.
Qualification boundaries：Determined by institutional policies and engineering collaboration requirements.
Typical responsibilities：Assist in organizing production plans and material data.
Promotion evidence：Submit planning and data records.
Qualification boundaries：Depends on institutional requirements; planning and data foundations needed.
Next step：Learn to independently develop production and material plans.
Typical responsibilities：Develop and continually adjust production and material plans.
Promotion evidence：Submit planning and execution records.
Qualification boundaries：Depends on institutional requirements; production experience usually needed.
Next step：Participate in supply-demand coordination and inventory optimization.
Typical responsibilities：Coordinate procurement, inventory, and delivery and optimize processes.
Promotion evidence：Submit coordination and optimization records.
Qualification boundaries：Determined by institutional policies and collaboration requirements.
Can participate under guidance in scheduling coordination, quality inspections, and work-team management, following systems and accepting feedback.
Can independently organize shift production, handle common anomalies, and take responsibility for quality and delivery.
Can lead multi-line operations or improvement projects, mentor newcomers, and produce verifiable management records.
Responsible at institutional level for production strategy, resource investment, and operating results, with accountability.
U.S. · Exact 11-3051.00 occupation
17,000 openings/year
Average annual job openings
Overall employment projections do not establish AI causation; growth is the change in total employment, while openings include growth and replacement and are not net new jobs.
Cannot establish：National projections are not actual recruitment or individual employment; understand growth and replacement openings separately.
Mainland China · No exact figures for this occupation; only industry-category average wages (industry proxy)
Insufficient evidence
Occupational wages in mainland China
The National Bureau of Statistics publishes average wages by industry category without distinguishing occupations; these cannot establish occupation-level values for industrial production managers.
Cannot establish：Industry proxy; gaps are not filled using industry averages, recruitment offers, or U.S. data.
These are relationships between nearby skill areas, not automatic promotion or freedom from additional learning.
Transferable：Production and operations management experience.
Additional preparation needed：Additional preparation needed: overall organizational operations and resource management.
View career detailsTransferable：Process and production foundations.
Additional preparation needed：Additional preparation needed: manufacturing processes and engineering methods.
View career detailsTransferable：Production systems and data foundations.
Additional preparation needed：Additional preparation needed: system analysis and optimization methods.
View career detailsTransferable：Quality and data foundations.
Additional preparation needed：Additional preparation needed: quality systems and compliance management.
View career detailsTransferable：Production and materials foundations.
Additional preparation needed：Additional preparation needed: supply chain, procurement, and logistics systems.
View career detailsTransferable：Site and work-team management foundations.
Additional preparation needed：Additional preparation needed: frontline supervision and operational management standards.
View career detailsTransferable：Production planning and material data foundations.
Additional preparation needed：Additional preparation needed: planning and material-expediting execution methods.
View career detailsTransferable：Operations and safety management experience.
Additional preparation needed：Additional preparation needed: fuel and boiler system management.
View career detailsBLS OEWS 2025 (presented by O*NET on its 11-3051.00 page, exact occupation scope): median annual wage USD 126,060, median hourly wage USD 60.61; percentiles 10/25/75/90: USD 78,000 / 98,160 / 161,880 / 205,520 per year. Employment outlook for 2024–2034: below-average growth (2%), approximately 17,100 job openings annually, approximately 241,900 workers in 2024, and approximately 246,500 in 2034. All use the exact 11-3051.00 occupation scope.
No national occupational wage figures readable for this exact occupation are available. The National Bureau of Statistics publishes average wages for employees in urban units by industry category without distinguishing occupations; these cannot establish occupation-level values for industrial production managers. This page records the gap under the evidence policy rather than filling it with substitutes.
O*NET work context indicates email 92% daily, face-to-face discussions 89% daily, wearing protective equipment 84% daily, typical workweek 73% exceeding 40 hours, constant contact with others 72%, telephone conversations 70% daily, and substantial responsibility for others' health and safety (66% very high responsibility) and work results (70% very high responsibility). Main risks include scheduling conflicts with budgets or delivery, unmet quality or safety requirements, insufficient staffing and skills, personnel actions crossing labor-law boundaries, sending production and employee information externally, and major investment or safety decisions beyond authority.
It will affect information-processing tasks, rather than replace production goal setting, resource decisions, and team direction. Generative AI can assist with organizing and statistically analyzing operating data, monitoring indicators, drafting reports and records, and retrieving information. Production goal setting, scheduling and resource decisions, quality and safety judgments, personnel matters, and team direction remain human responsibilities. This page provides no replacement probability, adoption rate, or timetable.
O*NET places this occupation (11-3051.00) in Job Zone Four (considerable preparation needed), with an SVP range from 7.0 to below 8.0. The education survey shows 29% require a high school diploma or equivalent, 26% a bachelor's degree, and 16% a post-associate-degree certificate. Most require a four-year bachelor's degree, but some do not. Related roles in mainland China generally require education in industrial engineering, mechanical engineering, or management-related fields and experience in production and team management.
This page does not invent a uniform certificate checklist. Education, experience, safety or professional qualifications, role-specific authorization, and authority over major investment and personnel decisions are distinct statuses: training does not equal certification, and certification does not grant authorization for major investments, safety determinations, or personnel-law decisions. In mainland China, current regulations and competent authorities' requirements govern.
Main risks include undetected scheduling conflicts with budgets or delivery, unmet quality or safety requirements, insufficient staffing and skills, personnel actions crossing labor-law boundaries, sending production and employee information externally, and major investment or safety decisions beyond authority. Control priorities are to retain traceable records of decision grounds, checks, and responses, and to stop and escalate when anomalies arise or authority is exceeded.
In the U.S., the exact 11-3051.00 occupation has below-average growth (2%) for 2024–2034 and approximately 17,100 job openings annually; wage gaps are recorded for mainland China. Possible directions include general and operations management, manufacturing engineering, industrial engineering, quality systems, supply chains, and production planning, but all require additional relevant training or qualifications; transferable skills do not mean automatic promotion.
This round checks the definition, tasks, interests, education, work context, and current styles. Current O*NET: 29% high school or equivalent, 26% bachelor's degree, 16% postsecondary nondegree certificate. Job Zone Four describes an occupational group; BLS indicates this occupation typically requires a bachelor's degree and several years of related experience. Current BLS 2025–2035 SOC11-3051: employment from 252,100 to 258,600 workers, growth 3%, and 17,000 openings annually. Openings include growth and replacement; they are not net new jobs, actual recruitment, or evidence of AI causation.
2026-10-11: checked current O*NET, BLS2025 wages, and 2025–2035 projections; shared historical periods retain scope conflicts.
Source card | Source register: this page's register lists the O*NET 11-3051.00 occupational profile, detailed information, national wages, industry distribution, hot technologies, certification directory, and national training entries; BLS Occupational Employment and Wage Statistics (OEWS 2025), employment projections, and methodological notes; National Bureau of Statistics average annual wages for employees in urban units; the Work Safety Law, Labor Law, and Personal Information Protection Law of the People's Republic of China; ILO generative AI and occupational exposure indices for employment; the NIST Artificial Intelligence Risk Management Framework; and entries relating to neighboring occupations (general and operations managers, manufacturing engineers, supply chain managers, and others).
Usage limitations：U.S. occupational descriptions do not cover mainland China's qualification and safety systems.
Usage limitations：Exact occupation scope; cannot be read as an individual employment conclusion.
Usage limitations：Exact occupation scope; cannot be attributed to generative AI.
Usage limitations：The original methodological documentation governs.
Usage limitations：Industry-category scope, without distinguishing occupations; this occupation is not separately listed.
Usage limitations：Current regulatory texts and competent authorities' requirements govern.
Usage limitations：Original legal texts and explanations by competent departments govern.
Usage limitations：Current regulatory texts and competent authorities' requirements govern.
Usage limitations：U.S. industry distribution; does not establish a mainland China mapping.
Usage limitations：Occupation-level descriptions, not production procedures or safety standards.
Usage limitations：A certification directory does not replace institutional and competent authority requirements for role-specific authorization and management decisions.
Usage limitations：Task exposure does not mean jobs automatically disappear or establish a specific adoption rate.
Usage limitations：Internal rules for definitions, not an external factual source.
Usage limitations：Not production procedures or safety standards.
Usage limitations：Mentions of technology do not establish capability, adoption, or degree of automation.
Usage limitations：Training search entry points do not replace education and qualification requirements.
Usage limitations：Editorial design, not uniform employer requirements or hiring standards.
Usage limitations：Occupation-level descriptions, not predictions of an individual's work.
Usage limitations：Related occupation scope, not the same as this occupation.
Usage limitations：Related occupation scope, not the same as this occupation.
Usage limitations：Related occupation scope, not the same as this occupation.
Usage limitations：Database and classification information do not constitute a basis for authorization.
Usage limitations：Used to map titles to SOC; not a basis for licensing.
Usage limitations：Exact occupation scope; excludes benefits and bonuses; percentiles are not starting wages or experience levels.
Usage limitations：Employment trends use the exact U.S. occupation scope; this page's employment outlook uses the same scope.
Usage 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.
Check wages and employment separately against this module's current local notes; shared historical facts and sources have consumers outside the selected scope, and scope conflicts remain. Exact Chinese wages, measured AI effects, personality-performance validity, and specific course investments have not been obtained.
Big Five personality · MBTI · Intelligence and reasoning · Emotional intelligence
| Manufacturing engineers focus on designing manufacturing processes and production methods and usually do not have team-management or personnel responsibilities. |
| Core process | Confirm goals—schedules and staffing—quality and safety—decisions and adjustments—records and reports—reporting and follow-up, working in parallel with technical and administrative staff. | Quality control systems managers focus on quality management systems and compliance and usually do not hold managerial responsibility for production scheduling and resource coordination. |
|---|
| Main outputs | Production schedules and orders, quality and testing records, operating analysis reports, staffing and training records, production and personnel reports, and decision and reporting materials. | Supply chain managers focus on supply chain and logistics systems; their work cannot be applied interchangeably with this occupation's production management and team coordination. |
|---|
| Responsible parties | Take personal responsibility for production decisions, team results, and record accuracy, and request approval or refer major investment, safety, and legal decisions beyond your authority within institutional rules. | First-line supervisors of production and operating workers directly supervise frontline operators and usually do not make department-level resource and budget decisions. |
|---|
| Authority and approval | Major investments, engineering judgments, safety determinations, and matters involving labor law must be decided by qualified personnel or competent authorities under institutional policies. | You cannot unilaterally make decisions beyond your professional expertise or responsibilities. |
|---|
| Boundaries of conclusions | This page does not promise any institution's recruitment, licensing, or hiring outcome. | Qualification, safety, and labor systems differ between the U.S. and mainland China and must be checked separately; they cannot be applied interchangeably. |
|---|
Basis: job announcements and institutional production and duty arrangements.
Basis: institutional safety and quality systems.
Basis: institutional occupational health and protection requirements.
Roles are often entered through manufacturing enterprises, foreign-invested enterprises, joint ventures, and similar channels; shifts, duty coverage, and workweeks exceeding 40 hours are common.
Mainland China roles vary by industry, product category, and region; assessment criteria depend on institutional announcements.
| Management and safety assessment | Production organization, quality control, and application of regulations | Samples of plans and decision records | A single assessment does not establish the ability to independently assume department-level management and investment decisions |
|---|
| Onboarding and probation | Compliance with safety and management systems, team direction, and records | Production and safety records, traces of anomalies and reporting | Authority over investment and personnel decisions depends on institutional policies and announcements |
|---|
Record their objections and your responses without avoiding conflicts or counterexamples.
Use this to decide whether to continue in this direction and write a specific question to verify next.
| Production and operations management training | Management roles | Provides foundations in production organization and operations management | Fairly common | Attend training or practice in projects | Insufficient evidence: specific course duration and costs have not been verified | Training does not replace management responsibility |
|---|
| Quality and safety knowledge | Production management roles | Supports judgments about quality standards and safety systems | Fairly common | Course training or collaboration with quality and safety teams | Insufficient evidence: specific course duration and costs have not been verified | Knowledge does not replace safety determinations or compliance conclusions |
|---|
| Knowledge of labor law and personnel standards | Roles involving personnel management | Clarifies regulatory boundaries for personnel matters | Fairly common | Attend training organized by institutions or competent authorities | Insufficient evidence: specific course duration and costs have not been verified | Training does not replace legal advice or competent authorities' requirements |
|---|
| Safety or professional qualifications (depending on industry requirements) | Roles involving production safety | One prerequisite for some industry roles | Depends on industry and role | Attend training and pass assessments as required by competent authorities | According to assessment arrangements | Holding a certificate does not grant permission for major investment or management decisions |
|---|
| Lean and continuous improvement training | Improvement-related roles | Develops the ability to identify waste and improve processes | Depends on the role | Attend training or practice in improvement projects | Insufficient evidence: specific course duration and costs have not been verified | Training does not replace production or investment decisions |
|---|
Next step：Advance improvements to quality and efficiency systems.
Typical responsibilities：Coordinate the overall quality and improvement agenda.
Promotion evidence：Submit agenda and assessment records.
Qualification boundaries：Determined by institutional governance requirements.
Next step：Participate in institutional quality and efficiency strategy.
Next step：Advance improvements to supply chain and operating systems.
Typical responsibilities：Coordinate overall supply chain and operations collaboration strategy.
Promotion evidence：Submit strategy and assessment records.
Qualification boundaries：Determined by institutional governance requirements.
Next step：Participate in institutional supply chain strategy.
