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- Hitachi Industry & Control Solutions
Department for Job Matching
Hitachi, Ltd.
In recent years, the environment around us has continued to change in unpredictable ways, with global warming, natural disasters, increasing geopolitical risks, and a shrinking workforce all occurring on a global scale. For businesses to respond to these changes, they must be digitally equipped to quickly assess the situation, make timely decisions, and optimize the workplace based on those decisions. For about half a century, Hitachi Industrial Control Solutions, including its predecessor organizations, has been involved in building control systems for the manufacturing industry and social infrastructure, and has accumulated OT (Operational Technology) - the technology and knowledge that forms the basis of customers' on-site operations. In addition, we have accumulated more than 30 years of experience in digital technologies such as image application and AI utilization. We will combine these strengths of OT and digital technology, and also incorporate the latest technologies, including generative AI, to digitally arm our customers' businesses and work to create new value that can respond to the rapidly changing business environment. We will accelerate these efforts based on our purpose of "Creating an Exciting Future with OT and Digital Technology" and aim to become a company that contributes to the development of society.
Our systems engineers are broadly divided into OT and IT.
OT (Operational Technology): Working in a variety of industries, they understand our customers' businesses and plan, design, and develop control systems that optimize the operation of machinery and equipment.
IT (Information Technology): We plan, design and develop systems that solve our customers' management problems. We also perform engineering work such as data analysis using advanced information processing technology.
Ultimately, we aim to become leaders in bringing systems and solutions together.
The role of design and development is to reflect evolving technologies and translate them into products that bring new value to the world. We handle everything from the planning and development of equipment and systems to commercialization, responding quickly to ever-changing market trends and societal needs. Across all of our businesses - Industrial Solutions, Social Infrastructure & Public Solutions, and Connected Engineering - we design and develop products and systems in a wide range of fields, including hardware, software, and facilities.
We are involved not only in product quality assurance (inspection and qualification) for each business sector but also in design planning before order acceptance, conducting reviews and inspections from a customer perspective throughout the entire development process. We define "quality" as "product completeness and service level that satisfies customers", and comprehensively check aspects such as functionality, reliability, maintainability, and usability. We also develop strategies and systems to continuously achieve high-quality products that meet customer expectations.
You will be responsible for front-end operations or development of related systems for the electric power industry.
This work contributes to the stable supply of electricity that underpins social infrastructure, and you will be involved in all aspects of the work, from requirements definition to development and testing.
Design and development of monitoring and control systems that ensure the optimal operation of the water supply and sewage infrastructure that underpins our social lives. At water supply and sewage plants in local municipalities, we create control software and design internal specifications to ensure the optimal operation of the infrastructure, and we also design and develop monitoring and control systems for electrical equipment, from the design of panel hardware to the design of monitoring and control systems.
We carry out all aspects of system development for railway company control systems (requirements definition, basic design, detailed design, production, testing and on-site adjustment).
We will develop and maintain the following infrastructure systems for railway operators.
・Equipment/maintenance management/operation management systems (Shinkansen/conventional lines)
・IC ticket terminals/point management systems
We will carry out a wide range of work in both application development and infrastructure design and construction.
We design and develop systems that monitor and control lighting and information board equipment installed on highways to ensure safe and reliable use. We provide a comprehensive service, from system proposals to upstream design, detailed design, production and on-site adjustment (delivery).
We carry out design and development work for public and disaster prevention systems and information systems for private sector demand. We are involved in a wide range of activities, from coordinating customer needs to delivering to end users, and provide total solutions for disaster prevention.
General infrastructure design work for the renewal of systems for government agencies, including upstream design (server design and construction, system reliability design, network design), system configuration studies including virtual environments, cost estimates, and the selection of various equipment and software.
Design and development of clinical laboratory information systems. In collaboration with the Hitachi Group, we perform a full range of work related to the construction of laboratory platforms, from requirement definition to development, testing and on-site coordination.
You will be involved in the front-end work or development of defense systems. You will be responsible for defense system development proposals, design, development, testing, construction, and maintenance, and will be involved in a wide range of work on total solutions that contribute to social infrastructure.
Overall system development (requirements definition, basic design, detailed design, production, testing and on-site adjustment) of security systems and automatic incident detection systems that use video monitoring and analysis technology
We propose and design specifications to suit the customer's operations, and implement the optimal system. (Core system ERP (mainly SAP), production management packages, production scheduler packages)
We develop, implement and maintain in-house packages (facility and asset management system “SmartFAM”, logistics solution “NEUPLANET” series, safety confirmation service “Safety Guardian”, multi-contact center solution “TELEPHONYMASTER”, GMP document management package for the pharmaceutical and medical device industries “HITQUAA”)
Development and introduction of Manufacturing Execution Systems (MES) and equipment control/monitoring systems that support safe and secure production at manufacturing plants and production plants in various industries (pharmaceuticals, automobiles, steel, processing and assembly, food, gas, chemicals)
We propose safety and security functions and design and develop functions based on safety analysis and security vulnerability analysis of automated driving systems for customers in the automotive industry.
Design of systems to measure and control plant data for the safe operation of power generation plants (nuclear and thermal). Analysis and evaluation of the seismic resistance of various plant equipment, and evaluation of the effectiveness of equipment to ensure safety through analysis simulation.
Consulting for business-related IT systems (selection of applicable software, consulting for business application) and general system development (requirements definition, basic design, detailed design, development, testing and on-site adjustment)
Comprehensive software development of CAD, CAE, and casting packages (covering planning, basic design, detailed design, production, and testing), as well as full system development of solution systems utilizing these tools, including requirements definition, basic design, detailed design, production, testing, and on-site adjustment.
Design and development of embedded software for use in automobiles and industrial equipment. The following types of equipment are developed, and you can choose according to your areas of expertise and interests.
・In-vehicle information (cockpit for automobiles) systems
・Sensing systems
・Autonomous control systems (automobiles, construction machinery, etc.)
・Embedded OS/platforms
・Cyber security functions
・Railway systems
・Medical equipment
・Other industrial equipment
We propose solutions to customer issues and implement solutions (design and development) based on the results of analysis of the data held by our customers.
Design the overall system and control devices (control panels) for remote monitoring and control devices (connecting the central power management system (control center) and remote substations via a communication channel to monitor and control the operating status of the equipment in the substations) based on customer requirements.
Performs logic design of semiconductors such as LSI and SoC, and evaluation of semiconductor logic.
Design and development of hardware for automobiles and industrial equipment.
The following types of equipment are developed, and you can choose according to your areas of expertise and interests.
・In-vehicle information (cockpit for automobiles) systems
・Vehicle control systems (electrification functions)
・Industrial equipment
We perform specification design, circuit design, and evaluation of power and energy systems.
Hardware Engineer (Image Processing Equipment for Industrial Applications)
【Industrial Solutions】
Design and development of image inspection equipment for pharmaceuticals and beverages
We provide a comprehensive service for the design, development, installation and maintenance of image inspection equipment for pharmaceuticals and beverages (equipment that uses images and AI to inspect pharmaceuticals for foreign objects, check for scratches on containers, and inspect beverage can imprints, etc.).
We inspect documents and programs and evaluate test results for industrial information control systems, such as infrastructure equipment, plant and factory line equipment. We also perform operational checks and test runs after on-site delivery.
Involves inspecting documents and programs and evaluating test results for embedded software development, such as automotive ECUs. Also involves verifying compliance with functional safety ISO26262 and Automotive-spice.
Involves inspecting documents and programs and evaluating test results for information systems and software in the industrial and public sectors. Also involves confirming operation and conducting test runs after on-site delivery.
In the industrial fields of pharmaceuticals, food, automobiles, and steel plants, we support the development of high-efficiency, high-quality plants through the development of production control systems, in-house package product development, management system development, industrial information system construction, AI, big data analysis, and more.
We provide control and information systems for the social and public sectors, including control and information systems for public and social fields such as water supply and sanitation, transportation, and electricity, as well as plant engineering that performs structural design.
We offer a wide range of advanced technologies for both consumer and industrial use, including in-vehicle information systems and vehicle control for automated driving, image processing, camera functions and circuit design, robotics, hardware products using image technology, and services that visualize factory conditions by making them IT-compatible and visual.
In addition to being responsible for quality assurance of products and services in all three business fields, we also conduct project management and project manager training, and work to maintain and improve our products and services from the design stage to shipment.
OT is the acronym for Operational Technology, which is the "control and operations technology" used to optimize the operation of equipment and systems in industries such as manufacturing and chemical plants, as well as social infrastructure such as railways and water and wastewater systems.
We will contribute to the creation of new value for our customers by combining "digital technology" such as AI-based image processing and data analysis with "OT technology" that Hitachi Industrial Control Solutions has cultivated over many years, and by DX-izing operations to suit the field.
We aim to be the only company in the "OT x digital" Division.
"PJ Jibun 2.0" is a project that aims to create a company where each employee can grow into the "person they want to become" with a clear awareness of their career and dreams, and can work with excitement.
You can freely choose from a range of educational options (around 14,000 courses) such as Udemy Business, GLOBIS, Schoo and Study Suppli* to suit your career aspirations and learn independently.
We are committed to supporting the development of experts and career paths that lead to experts.
We provide opportunities to think independently about your career, such as lectures and social gatherings.
*Study Suppli is a registered trademark of Recruit Co.
Information on how to apply and the selection process is available on the “Mynavi 2026” website and on the “Employment Information” page of our company website.
Even for open applications, we conduct recruitment by job type, so please select one of the job types and apply.
【Job types】General positions (technical) (no restrictions on academic background, some positions are only for science majors): system engineer/design and development/quality assurance
General career track (sales and administrative) (no distinction between arts and sciences): sales/management support
◆The company plans to conduct a document screening (entry sheet, aptitude test) and two interviews.
