Jobs at Hitachi

Define and govern the global Master Data Management framework for Hitachi Energy’s High Voltage business. Establish data ownership, lifecycle standards, governance processes, and quality objectives; drive adoption and change management across international functions; align stakeholders; monitor performance through KPIs; harmonize processes; and lead improvement initiatives supporting digitalization, AI readiness, automation, and data-driven decision-making.

Design, develop, and execute test strategies for embedded systems and sensor-based devices. Develop Python automated test scripts, validate firmware and hardware-software integration, test communication protocols (RS485, TCP/IP), maintain HIL/simulation test setups, analyze logs, debug issues, document test cases and results, and ensure compliance with quality and safety standards.

Support tendering and primary engineering for Gas Insulated Switchgear (>=66kV): prepare drawings (SLD, layout, earthing, cabling), perform calculations (system resistance, thermal loss, gas volume, earthing mat, cable), generate BOM and cost estimates, review documentation, coordinate with sales and cross-functional teams, ensure compliance with standards and quality processes.

Design and execute projects related to Power Quality Solutions, focusing on control and protection systems, switchgear, and cable engineering.

The role involves designing and modeling power conversion systems, preparing layouts and installation drawings, reviewing equipment specifications, coordinating with stakeholders, and providing technical support during project execution.

Manages and improves engineering and CAD data in PTC Windchill. Responsibilities include data cleanup, CAD model reviews, legacy-system extraction, migration planning and execution, data mapping, validation, reconciliation, documentation, user training, and PLM process governance. The role collaborates with Engineering and Design teams to maintain data quality, support Windchill usage, resolve inconsistencies, and identify process automation opportunities.

Designs primary layouts, installation drawings, and detailed yard materials for HVDC and UHV/EHV substations. Applies advanced 3D CAD/CAM/CAE tools, prepares civil inputs and bills of materials, supports FAT, installation, and commissioning, and manages project documentation and customer approvals. Collaborates with customers, contractors, and internal teams while ensuring safety, regulatory compliance, quality, schedule, and budget adherence.

Lead engineering deliverables for AIS and GIS substations including layouts, grounding, lightning, cable routing, BOMs and vendor evaluations. Prepare tender and project engineering documentation, perform technical risk assessments, FAT/SAT oversight, coordinate cross-functional teams, and ensure compliance with international standards and quality processes.

Lead project planning and controls for HVDC and EPC projects across engineering, construction, procurement, commissioning, and client activities. Develop and maintain integrated, resource-loaded baseline and forecast schedules; monitor critical paths, milestones, risks, costs, cash flow, resources, and deviations. Prepare progress reports, schedule analyses, EOT claims, and management updates. Coordinate procurement lead times, resolve resource conflicts, support change impact assessments, and participate in S&OP planning and project reviews.

Support global users of PLM and engineering applications, including Teamcenter, NX, Engineering Base, BIM/ACC, and Polarion. Manage access, licenses, support issues, documentation, standard libraries, guidelines, and training materials. Deliver user and power-user training, coordinate with vendors and third-line support, arrange user meetings, and ensure compliance with applicable procedures and regulations.

Leads optimization and continuous improvement of CPQ processes and systems. Analyzes business requirements, designs scalable solutions, coordinates integrations across sales, pricing, product, and IT, and oversees testing, data integrity, compliance, issue resolution, documentation, and training. The role drives strategic transformation and operational excellence while guiding cross-functional stakeholders through CPQ enhancements and process improvements.

Designs electrical schematics and supporting documentation for protection and control systems in medium- and high-voltage substations. Responsibilities include single-line diagrams, panel layouts, bills of materials, junction boxes, load calculations, trip matrices, interlocking schematics, communication architecture, digital substation drawings, and protection IED selection. The role also addresses customer queries, coordinates with cross-functional teams, reviews deliverables, and follows applicable engineering standards and quality policies.

Designs protection and control systems for medium- and high-voltage substations. Responsibilities include preparing single-line diagrams, panel layouts, bills of materials, schematics, trip matrices, I/O lists, interlocking diagrams, communication architectures, and digital substation drawings. The role supports protection integration, IED selection, customer technical queries, cross-functional coordination, document reviews, and quality compliance. Relay configuration and testing are advantageous.

Owns complete techno-commercial bids for power conversion and microgrid solutions. Responsibilities include analyzing customer specifications, designing and sizing systems using energy-flow and HOMER simulations, preparing conceptual designs, bills of quantities, technical descriptions, risk reviews, and customer proposals. The role coordinates with engineering, R&D, sales, factories, and technology partners to resolve design issues, improve tendering processes, and deliver accurate, timely, and commercially viable bids.

Develop, deploy, and scale end-to-end analytical solutions for the Vapor Phase Drying process. Build ML models and data pipelines, work with dashboards and model monitoring, use Python and ML libraries, leverage Azure data and ML services, apply time-series forecasting, collaborate cross-functionally, and ensure regulatory and internal compliance.

Owns the backlog, roadmap, requirements, release planning, and continuous improvement of digital solutions supporting tendering, engineering, service, and system design. Coordinates global stakeholders, engineering and development teams, and project managers; facilitates agile delivery, testing, risk management, traceability, and post-release transition. The role also drives tendering digitalization, engineering tool enhancement, service process improvement, and scalable digital transformation across power quality and grid solution portfolios.

Manage project documentation lifecycle: profile and upload drawings, manuals, test reports and calculations into the document control system, track document status, coordinate with project stakeholders, follow up on submissions, and ensure compliance with internal and external regulations.

The SCADA, HMI Project Engineer will support global HVDC projects, design system architectures, develop HMI applications, and ensure compliance with technical standards, requiring extensive experience in OT/IT systems and networking.

Design and develop responsive front-end applications with React/Redux/TypeScript and build backend services/APIs in C# (.NET/.NET Core) or Python (FastAPI). Implement microservices, ensure code quality, secure scalable APIs, support production systems, and collaborate with cross-functional teams.

Design and define system topology for FACTS solutions, specifying components and performing design studies while ensuring compliance with standards.