Jobs at Hitachi

Lead system design, signalling analysis, modelling and simulation for communication-based train control (CBTC). Convert customer requirements into system/subsystem specifications, perform operational analyses and trade-offs, manage work packages and budgets, mentor engineers, liaise with software/hardware/safety teams, and ensure safety and industry-standard processes are followed.

Lead turnkey mass-transit programs from planning through delivery. Manage budgets, schedules, risk, change orders and client communications. Ensure contractual compliance, prepare cost/risk analyses and claims, drive customer satisfaction, and lead multidisciplinary teams to meet cost and schedule objectives for large multimillion-dollar rail projects.

Lead system design, signaling analysis, modelling, and simulation for CBTC train control systems. Convert customer requirements into system and subsystem specifications, perform gap analyses, prepare operational concepts and proposals, manage work packages, mentor engineers, coordinate with software/hardware/safety/IVVQ teams, and ensure safety and compliance while delivering projects on schedule and budget.

Lead and enforce safety engineering for urban rail signaling projects: perform hazard identification and safety analyses, define and evaluate safety requirements, review safety evidence and Safety Case artifacts, promote safety policy within project teams, and liaise with RAMS management and the Chief Safety Architect.

Develops and executes software validation and test plans for rail signalling systems. Creates test automation, analyzes failures, conducts lab and simulation stress tests, and reports results. Collaborates with engineering teams, follows Agile/DevOps processes, and supports safety-driven testing and continuous improvement.

Lead and coordinate Solutions Deployment bid activities for CBTC projects: consolidate estimates, prepare SOWs, validate scope and schedules, support bid milestones, interface with customers and internal HODs, and hand over awarded bids to project teams.

Senior signaling systems engineer responsible for CBTC/urban rail signaling design, simulations, application database development, interlocking/control tables, performance analysis, requirements/specification creation, bid support, and mentoring junior engineers while ensuring safety and standards compliance.

Lead and manage a systems design team responsible for signaling/system design, analysis, modelling and simulation for communication-based train control. Oversee resource allocation, budgets, schedules, risk mitigation, quality and safety compliance, mentoring, cross-functional coordination, and support bids/proposals and process improvements to deliver safe, reusable, high-quality system designs.

Manage project quality for low-to-medium complexity engineering/software projects. Develop and execute QA and SQA plans, perform compliance assessments, audits, root cause analyses, monitor customer feedback and quality metrics, support safety/certification reviews, and coach project teams to ensure deliverables meet standards and contractual requirements.

Eight-month paid software analyst internship contributing to R&T projects for urban rail signaling: develop and test software, analyze lab/field results, work with sensors and real-time systems, implement ML/LLM and agentic workflow solutions, and support prototype and proof-of-concept development in a hybrid team environment.

Lead and manage multiple small-to-medium CBTC projects from execution to contract closure. Own project P&L, drive schedule, cost, quality, risk mitigation, resource allocation, customer interfaces, EAC and forecast processes, lessons-learned, and team development in an international matrix environment.

Manage and direct the IVVQ (integration, verification, validation, and qualification) team to deliver CENELEC-compliant, safety-critical real-time software products on time and within budget. Oversee project planning, resource management, risk mitigation, test plans/procedures/reports, performance tracking, process improvements (including test automation), and stakeholder/customer communications.

Implement and maintain configuration management (CM) for projects/products, manage PLM system deployment, establish CM baselines and conduct configuration audits, coach teams and subcontractors on CM practices, and resolve CM issues across product lifecycles.

Lead and execute safety engineering activities for urban rail signaling projects. Conduct hazard identification and safety analyses, define and verify safety requirements, review safety evidence and produce Safety Case artifacts, and promote safety best practices within integrated project teams while coordinating with RAMS management and the Chief Safety Architect.

Lead and coordinate quality activities across software and system design disciplines. Implement and standardize processes, drive corrective actions and root-cause analysis, monitor trends, ensure customer quality expectations, and support discipline transformation and training to meet quality commitments.

Serve as Quality Assurance Manager for safety-critical CBTC products: ensure compliance to industry standards, lead audits and corrective actions, support bid/project quality planning, perform root cause analyses, manage customer quality concerns, and drive continuous improvement across systems, software, hardware, suppliers and project teams.

Work with senior engineers on safety-critical railway software: analyse, design, develop, and test embedded software and automation tooling. Contribute code in C and Python, develop scripts and CI/CD toolchain improvements, document solutions, troubleshoot automation issues, and collaborate across cross-functional teams in a hybrid paid internship.

Lead RAM engineering for CBTC systems: perform RAM design, analyses, modeling and simulation; conduct FMECA/FTA, MTBF and spare analyses; produce RAM program plans; review hardware designs and maintenance documentation; recommend design changes and spares; support FRACAS and life-cycle cost analysis; represent RAM in technical reviews.

Design complex hardware applications and equipment for railway signalling. Act as a technical SME and lead decisions across projects. Produce detailed requirements, technical design specs, SoWs and RFQs. Use CAD tools to create designs, prepare BOMs, follow CENELEC/AREMA standards, and support trackside and equipment-room deployments. Manage small design teams, project schedules and budgets, and follow Hitachi processes and change control.

Lead system and signaling design for communications-based train control (CBTC) projects: convert customer requirements into system/subsystem specs, perform modelling, simulations and performance analysis, produce interlocking/control tables and application databases, support bids, mentor/lead system engineers, interface with software/hardware/IVVQ teams, and ensure designs meet safety, cost and schedule constraints.