Industrial Designer
| Median wage (USD) | 83910 |
|---|---|
| Projected employment growth (%) | 2 |
| AI exposure (%) | 41 |
| Maximum exposure (%) | 76 |
| Source | eloundou |
| What AI changes in this occupation | Preparing sketches of ideas, detailed drawings, illustrations, artwork, or blueprints, using drafting instruments, paints and brushes, or computer-aided design equipment (85 out of 100), developing industrial standards and regulatory guidelines (69), researching production specifications, costs, production materials and manufacturing methods and providing cost estimates and itemized production requirements (67), participating in new product planning or market research, including studying the potential need for new products (57), designing graphic material for use as ornamentation, illustration or advertising on manufactured materials, packaging and containers (55) and reading publications, attending showings and studying competing products and design styles and motifs to obtain perspective and generate design concepts (52) are the O*NET profile's six most delegable tasks. Work activities confirm it: drafting, laying out and specifying technical devices, parts and equipment — providing documentation, detailed instructions, drawings or specifications to tell others how devices, parts, equipment or structures are to be fabricated, constructed, assembled, modified, maintained or used (89 out of 100), working with computers (85), getting information (80), documenting and recording information (68) and processing information (65). The occupation's heaviest knowledge areas are also its most structured — design (93), engineering and technology (93), production and processing (76), computers and electronics (73) — exactly the material a generative model handles best. BLS describes the tool-driven gesture itself: industrial designers use two-dimensional computer-aided design and drafting software to sketch ideas, "because computers make it easy to make changes and show alternatives", three-dimensional CAD to turn those drawings into models printed in three dimensions, and, at manufacturers, computer-aided industrial design to produce machine-readable instructions that tell other machines exactly how to build the product. Concept variants, renderings, working drawings, bills of materials, cost estimates, competitor monitoring and standards documentation all move to the tool. BLS puts the median wage for industrial designers at $83,910 in May 2025 — $40.34 an hour —, under $53,460 for the lowest 10% and over $139,770 for the highest 10%, against $58,240 for arts and design occupations as a group and $50,980 for all workers. The best-paying industries are management of companies and enterprises ($101,570), architectural, engineering and related services ($97,730), specialized design services ($90,360), wholesale trade ($81,740) and manufacturing ($79,920); manufacturing alone employs 33% of the 35,400 jobholders, ahead of wholesale trade (13%), architectural and engineering services (11%), management of companies and enterprises (10%) and specialized design services (7%). The projection is +2% between 2025 and 2035 — 35,400 jobs in 2025, 36,300 in 2035, +900 — against +1% for arts and design occupations as a group and +3% for all occupations, with about 2,800 openings a year, mostly replacing workers who leave. BLS ties demand to "new and innovative designs, especially for high-tech products", then tempers it immediately: projected employment declines in some manufacturing industries dampen that growth. Entry is gated by the degree — a bachelor's in industrial design, architecture or engineering, with no related work experience and no on-the-job training required — and by an electronic portfolio of design projects; more than 360 postsecondary colleges, universities and independent institutes are accredited in art and design, and many require basic art and design courses and the submission of sketches before admission. O*NET places the profile in Job Zone Four — considerable preparation: 68% of respondents report that a bachelor's degree is required, 15% some college with no degree and 12% an associate's or other two-year degree — and gives it an SVP range of 7.0 to less than 8.0. Advancement leads to chief designer, design department head or other supervisory positions; some designers become teachers in design schools, and others open their own design firms, often while continuing to consult privately. Modifying and refining designs, using working models, to conform with customer specifications, production limitations or changes in design trends (84 out of 100), evaluating the feasibility of design ideas based on appearance, safety, function, serviceability, budget, production costs and methods and market characteristics (77), conferring with engineering, marketing, production or sales departments, or with customers, to establish and evaluate design concepts for manufactured products (74), presenting designs and reports to customers or design committees for approval and discussing the need for modification (74), directing and coordinating the fabrication of models or samples and the drafting of working drawings and specification sheets from sketches (64) and fabricating models or samples in paper, wood, glass, fabric, plastic, metal or other materials, using hand or power tools (51) are the tasks the Eloundou study leaves untouched, up to 76% of the occupation at most. The working pattern confirms it: 100% of O*NET respondents use e-mail daily and 100% hold face-to-face discussions, 94% work indoors in an environmentally controlled setting, 77% rate working with or contributing to a work group or team as extremely important, 75% work more than 40 hours a week, 60% are in constant contact with others, 58% rate being very exact or highly accurate as extremely important, 50% spend their time sitting continually or almost continually, 43% have a lot of freedom over their tasks, priorities and goals, 26% consider that a mistake not easily corrected would have very serious consequences and 12% describe an extremely competitive job; only 22% rate the job "moderately automated" and 13% "slightly automated". The top-rated skills are active listening (75), reading comprehension (72), complex problem solving and critical thinking (69 each), then operations analysis — analysing needs and product requirements to create a design (56) — and technology design (53). The abilities that carry the occupation are fluency of ideas and originality (72 each), near vision (72) and visualization — the ability to imagine how something will look after it is moved around or when its parts are moved or rearranged (69). |
| Key skills | Industrial design: use-centred design process, user research and observation, functional analysis, design brief, ergonomics and human factors, design for manufacturing and assembly, choice of materials and processes (injection moulding, stamping, extrusion, machining, 3D printing), tolerancing and functional dimensioning, value analysis, rapid prototyping · tools: 2D and 3D CAD (SolidWorks, Fusion 360, Rhino, Creo, NX, CATIA), rendering and illustration (KeyShot, Blender, Illustrator, Photoshop), product data and lifecycle management (PDM/PLM), STL files and the 3D printing chain, spreadsheets for costs and bills of materials · engineering and production: reading drawings, basics of mechanics and strength of materials, manufacturing processes and tolerances, quality control, methods and industrialisation, cost-of-goods analysis, product standards and regulation (safety, marking, food-contact materials, waste electrical equipment), eco-design · management: product planning and roadmap, market research and competitor monitoring, client interviews, presenting and defending a concept before a committee, multidisciplinary teamwork with engineers, marketing, production and sales, supervising draughtspeople and interns, project management · generative AI: concept and variant exploration, rendering generation and retouching, documentary research and regulatory monitoring, first drafts of specification sheets and bills of materials, parametric CAD scripts, critical review of outputs |
| Courses to get ahead | Introduction to 3D Modeling · Coursera (University of Michigan) · ≈ 27 hours of workload · 89 · Preparing sketches, detailed drawings and blueprints with computer-aided design equipment (85 out of 100) is the profile's heaviest task, and working with computers comes right behind (85 out of 100 among work activities): this course installs the polygonal and parametric modelling that produces the 3D file from which working drawings and the prototype follow. It is the skill that decides what gets delegated to AI — variants and renderings — and what stays: the design decision. BLS notes that three-dimensional CAD software is "increasingly being used" by industrial designers to turn their drawings into models printed in three dimensions. Prototyping · Coursera (Arizona State University) · ≈ 6 hours of workload · 86 · Fabricating models or samples by hand (51 out of 100) and modifying the design from those working models to conform with customer specifications and production limitations (84 out of 100) are the two tasks the profile leaves most clearly human, and they are the heart of prototyping: moving from drawing to object, feeling what a rendering does not show, then correcting. The 26% of O*NET respondents who consider that a mistake not easily corrected would have very serious consequences say the same thing: the prototype catches the error before the production run. BLS recalls that industrial designers "create physical prototypes of their designs" and travel to the places where the product is manufactured. Creative Thinking: Techniques and Tools for Success · Coursera (Imperial College London) · ≈ 20 hours of workload · 84 · Participating in new product planning or market research (57 out of 100) and reading publications and studying competing products, styles and motifs to derive concepts (52 out of 100) are two tasks that are delegable in their documentary part — AI reads and summarises better — but the idea that comes out remains human: O*NET rates fluency of ideas and originality at 72 out of 100 among the occupation's abilities, and thinking creatively at 74 out of 100 among its work activities. The course works on idea generation, problem framing and techniques for diverging and then converging — exactly the gesture the tool does not choose for you. Computer Aided Design · Coursera (Indian Institute of Technology Guwahati) · ≈ 22 hours of workload · 85 Understanding the Value of Human-Centered Design · Coursera (University of Illinois Urbana-Champaign) · ≈ 11 hours of workload · 82 Prompt Engineering for ChatGPT · Coursera (Vanderbilt University) · ≈ 19 hours of workload · 80 |
| Occupations to pivot toward | Art Director · 114850 · 4 · 43 Industrial Engineer · 102440 · 12 · 61 Interior Designer · 67190 · 3 · 36 |
| Skills to acquire for the pivot | Eloundou measures the industrial designer's exposure at 41% (human β) and up to 76% (human ζ): preparing sketches and detailed drawings with computer-aided design equipment (85 out of 100), developing industrial standards and regulatory guidelines (69), researching production specifications, costs, materials and manufacturing methods and providing cost estimates and itemized production requirements (67), participating in new product planning and market research (57), designing graphic material for packaging and containers (55) and studying competing products and styles to derive concepts (52) are the O*NET profile's most directly delegable tasks, while modifying and refining the design from working models (84), evaluating the feasibility of an idea by appearance, safety, function, serviceability, budget, production costs and methods and the market (77), conferring with engineering, marketing, production, sales and customers (74), presenting designs to a committee for approval (74), directing and coordinating the fabrication of models and the drafting of working drawings (64) and fabricating models or samples by hand (51) remain human. Within the repository, 41 puts the industrial designer 55th of the one hundred and five occupations: fifty-four occupations have a higher exposure — from the translator (84) to the pharmacy technician, the bill and account collector and the architect (43) —, three are tied with it (the graphic designer, the real estate agent and the electrical engineer, 41) and forty-seven have a lower one, the nearest being the pharmacist (40); at identical exposure, the industrial designer is paid 37% more than the graphic designer, which is precisely the gap between designing a manufactured object and designing printed communication. Its ζ of 76 places it 46th: forty-five occupations have a higher ζ — from the writer and author, the mathematician, the web designer, the cybersecurity analyst and the proofreader (100) to the administrative assistant, the secretary, the compliance officer, the research scientist, the physicist and the computer and information research scientist (77) —, one is tied with it (the human resources manager, 76) and fifty-eight have a lower one, the nearest being the project manager (75). The SOC code used is 27-1021.00 "Commercial and Industrial Designers": O*NET confirms it — exact code and title, updated 2026, Job Zone Four, dominant artistic interest (ARI code) — and its list of reported titles contains both "Industrial Designer" and "Product Designer", which grounds the card's two labels; the BLS projections table carries the line "Commercial and industrial designers" under code 27-1021 (35,400 jobs in 2025, 36,300 in 2035, +2%), and the Eloundou dataset carries a row titled exactly "Commercial and Industrial Designers" under that same code. The BLS narrative page is titled "Industrial Designers" while its projections table says "Commercial and industrial designers": it is the same profile, and the English label used here is the page's. Method note: O*NET lists seventeen scored tasks for this profile — twelve core and five supplemental, none emerging; the task on industrial standards and regulatory guidelines (69 out of 100) is one of the five supplemental ones, and the exposed/resistant split follows the importance scores. BLS puts the median wage for industrial designers at $83,910 in May 2025 — $40.34 an hour —, against $58,240 for arts and design occupations as a group and $50,980 for all workers; the lowest 10% earn less than $53,460 and the highest 10% more than $139,770. The best-paying industries are management of companies and enterprises ($101,570), architectural engineering and related services ($97,730), specialized design services ($90,360), wholesale trade ($81,740) and manufacturing ($79,920), the last employing 33% of the workforce, ahead of wholesale trade (13%), architectural and engineering services (11%), management of companies (10%) and specialized design services (7%). The projection is +2% between 2025 and 2035 — 35,400 jobs in 2025, 36,300 in 2035, +900 — against +3% for all occupations and +1% for arts and design occupations, with about 2,800 openings a year, mostly replacing workers who leave; BLS credits demand to high-tech products and immediately dampens it with declining manufacturing employment. Entry is gated by a bachelor's degree in industrial design, architecture or engineering and by an electronic portfolio of design projects, with no related experience and no on-the-job training required; O*NET places the profile in Job Zone Four and 68% of its respondents report that a bachelor's degree is required. The working setting is an equipped, collective office: 100% of respondents use e-mail daily and 100% hold face-to-face discussions, 94% work indoors in an environmentally controlled setting, 77% rate contributing to a team as extremely important, 75% work more than 40 hours a week, 60% are in constant contact with others, 58% rate being very exact or highly accurate as extremely important and 50% spend their time sitting continually or almost continually; 22% rate the job moderately automated and 13% slightly automated. This card's three pivots appear in the similar-occupations table on the occupation's OOH page: the art director ($114,850, +4% between 2025 and 2035 — 140,200 jobs in 2025, 146,000 in 2035, about 12,200 openings a year —, human β 43), the industrial engineer ($102,440, +12% — 365,100 jobs in 2025, 410,600 in 2035, about 23,100 openings a year —, human β 61) and the interior designer ($67,190, +3% — 97,100 jobs in 2025, 99,700 in 2035, about 7,700 openings a year —, human β 36). The median salary shown is $83,910 a year, or $40.34 an hour. In the repository of one hundred and five occupations it ranks 42nd: forty-one occupations pay more, from the physician ($239,200) to the university professor ($85,330), one is tied with it (the labour inspector, $83,910) and sixty-two pay less, starting with the credit analyst ($83,510) then the logistician ($82,320); the repository's median salary is $76,950, which the industrial designer exceeds by 9%. The +2% growth is among the repository's weakest: seventy-one occupations grow faster, seven at the same rate (the translator, the graphic designer, the welder, the nursing assistant, the cleaner, the medical laboratory technician and the real estate agent, 2%) and twenty-six more slowly, for a median of 4%. The gap with neighbouring occupations is a matter of position in the value chain: the art director pays 37% more and grows +4%, the industrial engineer 22% more and +12%, while the interior designer pays 20% less and grows only +3%. Progression runs through a widening mandate — from the form of a single product to a full product line, then to design leadership —, through command of parametric CAD, simulation and manufacturing processes, and through specialisation (medical products, consumer electronics, furniture, packaging, transportation), which AI-generated variants and renderings do not replace: BLS recalls that experienced designers become chief designers, design department heads, or open their own studios. Every value on this card comes from a named source; only the task shares, derived from O*NET importance scores, and the course scores and durations are editorial estimates, documented in _ponderation. |
| GPT-4 exposure — beta / zeta (%) | 47 · 93 |