7件のrobotics systemsのおすすめの求人

Equipment Engineer
Entegris —米沢市
- SQL
契約職員 (博士研究員)
北海道大学 —札幌市北八条西
- 博士号
Associate Director, Automation Lead (Lab of the Future) - Takeda Shonan (TSHO)
Takeda Pharmaceutical —藤沢市
- 博士号
- 在宅OK
- 育休あり
AD/ADAS Data Engineer【IoTDE - No.350】
日本タタ・コンサルタンシー・サービシズ株式会社 —横浜市
- 二か国語
- Azure
- AI
Head of Hardware Engineering
Spacecurve —渋谷区
- 溶接
COR-213 Head of Engineering Recruitment/エンジニア採用責任者
AI Robot Association —大田区平和島
- 年俸 800万円 ~ 1,200万円
- 英語
- 大卒
- 機械学習
- OJT
クイック応募
Technical Account Manager - AMR Solution
Bear Robotics Japan —渋谷区千駄ヶ谷
- 年俸 700万円以上
- 管理職・マネジメント経験
- 営業経験
- メンテナンス
- 健康保険
- 食事補助あり
クイック応募

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Equipment Engineer

Entegris -
米沢市

今すぐ応募する

求人の詳細

資格とスキル

SQL
イーサネット

仕事内容の詳細

Job Title:

Equipment Engineer

Job Description:

The Role:

Design, procure, implement, and validate advanced automation and capital equipment to unlock

Develop new automated equipment by coordinating its design, purchase, or construction, ensuring manufacturability, reliability, and lifecycle cost efficiency.

Establish and deploy globally standardized equipment platforms across sites to ensure consistent performance, simplified maintenance, shared spares, and accelerated technology.

Enable production expansion at each site by driving the development and introduction of capacity‑scaling equipment—shortening ramp‑up time, de‑risking launches, and aligning with demand plans.

The following recent projects reflect ongoing initiatives in MTD-CoE and the associated resource requirements:

NOVA/BCP Project

YNZ EX/PGME Expansion project

YNZ WEC Capacity Expansion project

YNZ Future Expansion project

New equipment development for new products (Both WEC and Photo)

In this role you will:

Key Responsibilities

Automation & Equipment Development

Design, procure, implement, and validate advanced automation systems and capital equipment to enhance operational efficiency and manufacturing scalability.

Develop new automated equipment by coordinating its design, fabrication, and qualification, ensuring manufacturability, reliability, safety, and total lifecycle cost effectiveness.

Drive the introduction of capacity‑scaling equipment to support production expansion—reducing ramp‑up time, mitigating risks, and ensuring alignment with global demand plans.

Identify, lead, and support continuous improvement initiatives and new equipment/process projects by developing detailed specifications, electrical drawings, implementation plans, and other required documentation.

Evaluate existing processes and introduce new automation, tooling, or process‑improvement methods to enhance product flow, improve quality, increase first‑pass yield, and reduce cost and lead time.

Create or revise work instructions, routings, and technical documentation; train production and maintenance teams on setup, operation, and troubleshooting of equipment and processes.

Global Platform Standardization

Establish, deploy, and continuously improve globally standardized equipment platforms across multiple manufacturing sites.

Ensure consistent equipment performance, simplified maintenance procedures, optimized spare‑parts strategies, and accelerated technology transfer.

Manufacturing Performance & Collaboration

Partner with manufacturing, quality, and supply‑chain teams to achieve 100% on‑time delivery performance by eliminating quality issues, resolving bottlenecks, and improving equipment performance and capacity.

Support readiness for new product introductions, ensuring equipment capabilities, documentation, and processes meet production requirements.

Traits we believe make a strong candidate:

A background in mechanical engineering or equipment design is preferred.

Licensed mechanical engineer is preferred.

Hands‑on experience in designing and commissioning automated mechanical systems.

Proficiency in designing mechanical components and automation mechanisms is preferred.

Experience with robotics integration, including robot programming, end‑effector design, and safety systems.

Experience with vision systems, image processing, and camera‑based inspection technology.

Expertise in safety system design, including risk assessment, functional safety, and safety controller programming.

Experience with mechanical reliability tools or statistical process control (SPC) is a plus.

Knowledge of industrial communication protocols, such as EtherNet/IP, Modbus, OPC UA, a plus.

Experience with SQL—specifically MS‑SQL—and the ability to navigate, create, and optimize databases for historical data storage and data analysis is a plus.

Familiarity with electrical systems and control panel design, such as wiring diagrams, sensors, actuators, and power distribution.

Capability to perform root‑cause analysis using structured methods such as 5‑Why, FMEA, or fishbone analysis.

Strong project management skills, including requirement definition, scheduling, and cross‑functional communication.

Your success will be measured by:

Commitment to safety for colleagues and the environment.

Completion of critical projects in a manner that satisfies the customer (internal or external), is within the agreed upon timeline and budget, and exemplifies our core PACE values.

Collaboration with the Manufacturing Engineering team and Production team and R&D team.

Ability to lead teams and implement long range vision elements as related to automation through continuous improvement initiatives and strategic planning.

Ability to work with a diverse group of people across geographies and skill sets to accomplish automation objectives.

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robotics systems 件

Equipment Engineer

契約職員 (博士研究員)

Associate Director, Automation Lead (Lab of the Future) - Takeda Shonan (TSHO)

AD/ADAS Data Engineer【IoTDE - No.350】

Head of Hardware Engineering

COR-213 Head of Engineering Recruitment/エンジニア採用責任者

Technical Account Manager - AMR Solution

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