You will be responsible for front-end customer engagement and/or system development for solutions in the power industry. This role contributes to the stable supply of electricity that underpins critical social infrastructure, and involves end-to-end work covering requirements definition, development, and testing.

You will design and develop monitoring and control systems that optimize the operation of water and wastewater infrastructure that supports everyday life. At municipal water and wastewater plants, you will create control software and design internal specifications to ensure optimal facility operation, and for electrical equipment, you will be involved in everything from control panel hardware design to the overall monitoring and control system design.

You will be responsible for end-to-end system development of monitoring and control systems primarily for railway operators, covering the full lifecycle from requirements definition, basic design, and detailed design through manufacturing, testing, and on-site commissioning.
・Visual Information System
・Equipment Status Monitoring System

You will be responsible for developing, operating, and maintaining core platform systems for railway operators.
・Asset & Maintenance Management / Train Operation Management Systems (Shinkansen / Conventional Lines)

You will also handle application development and infrastructure design/build for passenger-facing systems.
・Ticketing terminals (e.g., IC) / Point Management Systems

You will design and develop monitoring and control systems for highway facilities such as lighting and information display boards, ensuring they can be used safely and reliably. You will handle the entire process end-to-end―from proposing systems to customers through upstream and detailed design, manufacturing, and on-site commissioning (delivery).

You will be involved in the design and development of information systems for public-sector and disaster prevention applications, as well as for commercial customers. You will work across a wide range of phases―from requirements definition through delivery to end users―and provide total disaster prevention solutions.

You will be engaged in end-to-end system development for information systems that support social infrastructure provided by government agencies and telecommunications carriers, covering the full lifecycle including requirements definition, basic and detailed design, development, testing, data/system migration, on-site commissioning, operation and maintenance, and project management support.

You will be responsible for end-to-end design and development of systems for financial institutions, covering the full scope of work including development proposals, design, development, testing, and maintenance.

You will be responsible for front-end engagement and/or development for defense systems. This role covers a wide range of work across the entire lifecycle―from development proposals, design, development, testing, and implementation to system build-out and maintenance―providing total solutions that contribute to critical social infrastructure.

You will be responsible for end-to-end system development for security systems that leverage video surveillance and analytics technologies, as well as automated detection systems for incidents and anomalies. This includes the full development lifecycle: requirements definition, basic design, detailed design, implementation, testing, and on-site commissioning/adjustment.

・Propose and design specifications aligned with each customer’s operations, and implement the optimal system.
(Core enterprise systems such as ERP―mainly SAP―logistics, AI, and information systems)
・Develop, implement, and maintain our proprietary software packages.
(Facility and asset management system “SmartFAM,” logistics solutions “NEUPLANET” series, and multi-contact center solution “TELEPHONYMASTER”)

Develop and implement manufacturing execution systems (MES) and equipment control/monitoring systems that support safe and reliable production at manufacturing plants and production facilities across industries such as pharmaceuticals, automotive, steel, processing and assembly, food, gas, chemicals, and airports.
(Manufacturing management system for the pharmaceutical and medical device industry “HITPHAMS,” data integrity platform “DI-PF,” MES for food/chemical/assembly manufacturing “ProductNEO,” automotive process management system “NXAUTO,” production scheduler “Asprova(R) APS,” and integrated monitoring and control system “Integrate SCADA”)

Develop and implement manufacturing execution systems (MES) that support safe and reliable production at manufacturing plants across industries such as pharmaceuticals, automotive, and processing/assembly.
(Manufacturing management system for the pharmaceutical and medical device industry “HITPHAMS,” quality event management system for the pharmaceutical industry “TrackWise,” GMP document management system “HITQUAA,” validation lifecycle management system “iVal,” MES for processing and assembly manufacturing “MONOSOLEIL,” automotive process management system “NXAUTO,” and production scheduler “Asprova® APS”)

Design and develop embedded software for medical information systems installed in medical products.
・ Medical information systems, primarily for medical imaging systems
・ Systems that support healthcare professionals using AI

Design and develop embedded software, IT software, and cloud systems used in automotive and industrial equipment.
・ Upstream design for in-vehicle information (automotive cockpit) systems
・ Design and development of vehicle control systems (MBD-based application development)
・ Sensing systems and connected systems (automotive, construction machinery, etc.)
・ Embedded OS/platform development, cybersecurity measures, and video surveillance systems
・ Manufacturing DX (including semiconductor manufacturing)
・ AI agents (including the use of generative AI)

Design and develop embedded software installed in automotive and industrial equipment.
・ In-vehicle information (automotive cockpit) systems and sensing systems
・ Autonomous control systems (automotive, construction machinery, etc.) and embedded OS/platforms
・ Cybersecurity functions, semiconductor manufacturing equipment, railway systems, medical devices, medical information systems, AUTOSAR, and industrial equipment

Design and evaluate internal semiconductor logic, including LSI/SoC.
・ Logic design for semiconductor manufacturers
・ Test design for semiconductor manufacturers
・ FPGA design for industrial equipment

Design and develop hardware for automobiles and industrial equipment.
・ In-vehicle information systems (automotive cockpit) and vehicle control systems (electrification functions)
・ Functional safety & security, integrated analysis, and power electronics platforms
・ Digital circuits and wireless solutions

Design specifications, develop circuits, and perform evaluation for embedded devices installed in automobiles, as well as for power and energy systems.
・ Hardware development for railway systems
・ Design of control devices for automobiles
・ Power systems

Provide consulting for business IT systems (software selection and business application consulting), and handle end-to-end system development (requirements definition, basic design, detailed design, development, testing, and on-site adjustments).

Handle end-to-end software development (planning, basic design, detailed design, development, and testing) for solutions such as CAD, CAE, casting packages, and school lunch management systems, as well as system development using these solutions (requirements definition, basic design, detailed design, development, testing, and on-site adjustments).

Develop software for control and monitoring systems that support the safe and stable operation of power generation plants (nuclear and thermal). Responsibilities cover the full lifecycle from functional design and detailed design to implementation, testing, and on-site commissioning.

Perform overall system design of monitoring and control systems for power generation plants and power transmission/substation facilities based on customer requirements, as well as electrical circuit design for control equipment. You will also be responsible for a wide range of design work related to control panel manufacturing―from enclosure/structural design to component layout and wiring design.

You will be responsible for end-to-end design, development, deployment, and maintenance of image inspection systems for pharmaceuticals and beverages. These systems use imaging and AI technologies to inspect for foreign matter in containers, detect scratches or defects, and verify markings on beverage cans.

You will evaluate the safety and integrity of power plant facilities through design work and a range of simulation analyses (including safety analysis and seismic analysis, among others). You will also design systems to measure and control plant data to support safe and reliable operation.

You will inspect documents and programs related to information and control systems, and evaluate test results for systems such as manufacturing execution systems (MES) for industrial plants, monitoring and control systems for plant facilities, water and sewage monitoring and control systems for the social and public sector, and monitoring and control systems for road facilities. You will also conduct operational checks and trial runs after on-site delivery.