産業用ロボットの設置・設定 産業用ロボットの設置・設定

Japan Manufacturing & Repair 分類:12_074-01 Confidence ★★★★☆

Average annual pay
¥5.23M
≈ $33,228
Top pay (est.)
¥8.88M
Top 10% ¥7.66M
Pay in 5 years
¥5.66Mest.
2031
Pay in 10 years
¥6.14Mest.
¥5.28M–¥7.12M
Outlook score
38/100
★★☆☆☆ Below average
AI replacement risk
57%
Moderate
Labor demand
Low
Openings-to-applicants 0.72x

What 産業用ロボットの設置・設定 do

An English description is being prepared. Japanese description:

産業用ロボットを設置し、稼働させるための機械の据え付け調整、初期設定、及びシステムの構築等を行う。
 ロボットには、生産工程等で使用される産業用ロボット、危険な環境の中で作業を代行するロボット、家事や介護等を支援する日常生活支援ロボットなどがある。ここでは主に産業用ロボットについて述べる。なお、産業用ロボットとは、自動制御によるマニピュレーション機能又は移動機能をもち,各種の作業をプログラムにより実行でき,産業に使用される機械のことを言う。産業用ロボットは、FA(factory automation)などの自動化システムに組み込まれて初めてその機能を発揮する。
 産業用ロボットの設置・設定の仕事は、その自動化システムの構築やそれに必要な部品の製作、ロボットティーチング、システムの組立・据え付けなどが主なものとなる。
 このような業務を手掛ける企業をロボットシステムインテグレーター(ロボットSIer:エスアイアー)と呼ぶこともある。なお、同企業では、設置・設定だけでなく、ロボットを使用した導入提案や組み立て等も行う。
 ロボットSIerは全国に約1,000社あり、従業員が10人から200人位までの中小規模の企業が圧倒的に多い(2018年5月時点*1)。なお、広義のロボットSIerは、専業の企業だけでなく、複数の企業が協業体制を組んだり、ユーザー企業やロボットメーカーの1部門がシステムインテグレーションを行う場合も含まれる。

*1 経済産業省 製造産業局 産業機械課 ロボット政策室、一般社団法人 日本ロボット工業会 ロボットシステムインテグレータのスキル読本[第一版]

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Employment type of workers

産業用ロボットの設置・設定 salary

The average annual pay for 産業用ロボットの設置・設定 in Japan is ¥5.23M (≈ $33,228; Basic Survey on Wage Structure (2025), national). The estimated median is ¥4.86M, the typical range is ¥3.60M–¥8.88M and the top 10% earn about ¥7.66M.

Average pay
¥5.23M
≈ $33,228
Median (est.)
¥4.86M
≈ $30,906
Low end (est.)
¥3.60M
Entry level, early 20s
Top 10% (est.)
¥7.66M
≈ $48,712
Top pay (est.)
¥8.88M
≈ $56,471
Hourly wage
¥2,474
2.1× the national minimum wage (¥1,177)
Advertised monthly wage
¥239,000
vs. last year +¥6,000

How does your pay compare with people your age?

Your numbers are not sent or stored. The distribution is estimated from Japan's national wage statistics, including pay differences by age.

Pay by ageest.

20s
¥3.97M
30s
¥4.72M
40s
¥5.36M
50s
¥5.93M

Estimated from the average pay and average age (42.3) using the age-wage curve of the Basic Survey on Wage Structure.

Pay by experienceest.

Entry level
¥3.91M
1–3 yrs
¥4.35M
3–5 yrs
¥4.79M
5–10 yrs
¥5.36M
10+ yrs
¥6.02M

Pay by employment typeest.

Full-time employee ¥5.23MPart-time ¥2.19MFreelance / self-employed ¥5.49MContract / temp ¥4.08M

The average hourly wage of ¥2,474 is 2.1× Japan's national average minimum wage of ¥1,177 (fiscal 2026). Minimum wage by prefecture →

Japanese pay is shown in yen (¥5.57M = 5.57 million yen ≈ 557万円). Dollar figures use the current rate of 157.25 yen per dollar and are for reference only; purchasing power differs.

Pay over time

YearAverage payEmploymentOpenings ratio
2021¥4.92M——
2022¥4.81M——
2023¥4.84M—0.75x
2024¥4.91M—0.68x
2025¥5.23M—0.72x

How median, percentiles and the pay range are defined →

Projected pay for 産業用ロボットの設置・設定 (3, 5 and 10 years)est.

Today ¥5.23M → in 3 years ¥5.48M → in 5 years ¥5.66M → in 10 years ¥6.14M (10-year range ¥5.28M–¥7.12M). The model assumes pay growth of +1.6% per year.

¥5.23M
Now
2026
¥5.48M
In 3 yrs
2029
¥5.06M–¥5.97M
¥5.66M
In 5 yrs
2031
¥5.10M–¥6.31M
¥6.14M
In 10 yrs
2036
¥5.28M–¥7.12M

What drives the annual growth rate

Base wage growth +1.8%Labor demand -0.24%Wage momentum +0.27%AI impact -0.21%Total +1.6% / yr

Projected pay = current pay × (1 + annual growth)^years. The annual growth rate starts from a base wage-growth rate and adds or subtracts labor demand (the job-openings-to-applicants ratio), wage momentum and AI replacement risk for each occupation. Projections are not guarantees. How it is calculated →

Outlook score for 産業用ロボットの設置・設定

38/100
★★☆☆☆
Below average · ranked #486 of all Japanese occupations
AI resistance
43 pts
Entry barrier
73 pts
Pay level
50 pts
Labor demand
21 pts
Wage momentum
22 pts
Aging workforce
39 pts

Each component is a percentile rank among all occupations in the same country (0–100). Weights: labor demand 25, wage momentum / openings 15, pay level 15, AI resistance 25, aging workforce 10 (Japan only), entry barrier 10.

Will AI replace 産業用ロボットの設置・設定? AI replacement risk

57%
Moderate
Ranked #352 safest from AI among all Japanese occupations
Very lowLowModerateHighVery high

How AI is changing this job

A written analysis for this occupation is being prepared.

AI replacement risk compares the parts of a job that are easy to hand to AI or software (processing information, documentation, repetitive computer work) with the parts that are hard to automate (physical work, working closely with people, judgment in unpredictable settings), using the MHLW job tag survey on work activities, work context, skills and knowledge. The result is a relative position among all occupations in the country, scaled to 0–100%. Methodology →

Labor demand for 産業用ロボットの設置・設定

Openings-to-applicants ratio
0.72x
ranked #430 of all Japanese jobs
Demand score
Low
21/100
Advertised monthly wage
¥239,000
Hello Work postings
Workers
—
Population Census
Average age
42.3
Hours per month
162
Openings in 5 years
+2.0%
est.
Openings in 10 years
+3.6%
est.

A ratio above 1.0 means there are more job openings than applicants (a labor shortage). The 5- and 10-year figures are estimates from the openings ratio, wage momentum and AI replacement risk.

The same job in the United States

産業用ロボットの設置・設定
Japan
Electro-Mechanical and Mechatronics Technologists and Technicians
United States
Median / average pay¥5.23M
≈ $33,228
$73,900
Pay in 10 years (est.)¥6.14M$98,800
Outlook score3855
AI replacement risk57% Moderate48% Moderate
Workers—16K

Matched by occupation (SOC code). Yen converted at 157.25 JPY/USD for reference; Japanese figures are averages, U.S. figures are medians, and the surveys define occupations differently.

Skills, education and requirements for 産業用ロボットの設置・設定

Key knowledge areas

Mechanical
3.0
Design
2.9
Engineering and Technology
2.6
Computers and Electronics
2.5
Physics
2.4
Administrative
2.4
Production and Processing
2.3
Mathematics
2.2

What the work involves

Scheduling Work and ActivitiesOrganizing, Planning, and Prioritizing WorkEstablishing and Maintaining Interpersonal RelationshipsRepairing and Maintaining Mechanical EquipmentGuiding, Directing, and Motivating SubordinatesMaking Decisions and Solving ProblemsCommunicating with People Outside the OrganizationInspecting Equipment, Structures, or Materials

Important abilities

Problem SensitivityOriginalitySpatial OrientationFluency of IdeasInductive ReasoningVisualization

Licenses and certifications (Japan)

No specific license or certification is required.

Education of workers

Training before entry

Related work experience

Difficulty of entry: ★★★★☆ Demanding (from education, training, experience, licenses)

How to become 産業用ロボットの設置・設定

The typical path in Japan is shown by the education, training and experience of current workers above and in the Japanese guidance below. A detailed English guide for this occupation is being prepared.

Guidance from job tag (Japanese)
入職にあたって、特に学歴や資格は必要とされないが、新卒の場合は、大学や高専、専門学校の機械工学・電気・電子系、情報系の学部を卒業してロボットSIerやロボットシステムインテグレーション部門をもつ企業に入社して、ロボット関連の職場に配属されるというのが一般的である。採用については、大企業では新卒採用が全体のほぼ半数で、中途採用はその半数程度となっている。中小企業では新卒採用と中途採用はほぼ同程度となっている。
 産業用ロボット(定格出力が80W未満のものを除く)にかかわる仕事に就く場合は、労働安全衛生規則第39条に基づいた産業用ロボットの教示等の業務及び検査等の業務に係る安全衛生特別教育を受けなければならない。これは、ロボットの設置やメンテナンスを行う職業だけでなく、ロボットシステムを導入する企業でも同様である。
 求められる資質としては、ロボティクス(ロボット工学)に関する知識はもちろんであるが、ロボットシステムインテグレーションが主業務となるため、導入提案やユーザーのニーズの聞き取りなど顧客企業と的確なコミュニケーションをとって、適切な提案、設計ができる能力が必要である。慢性的に人材が不足している業界でもあり、ステップアップした後は後輩を育てる指導性も求められる。

Career path and how to earn more as 産業用ロボットの設置・設定

Career-path guidance is being prepared. Pay by experience is shown in the Pay section.

Pay and employment figures are national statistics. Projected pay, outlook scores and AI replacement risk are estimates from the Shigoto Zukan model, not guarantees. To request a correction, use the contact form. How to read the data
Sources: Basic Survey on Wage Structure (2025), Population Census and Hello Work employment statistics as published on the MHLW job tag site (retrieved Nov 1, 2026); Occupational Information Database (JILPT). Pay ranges, projections and scores are Shigoto Zukan estimates.