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Lead multiple complex Grid Components projects from quote handoff through closeout. Manage scope, budgets, resources, schedules, financials, invoicing, cost control, cash flow, documentation, risks, quality, safety, compliance, customers, contracts, escalations, and cross-functional teams. The role serves as the primary customer contact and requires collaboration with internal and external partners, strong communication, and travel up to 30%.

As a Simulation Engineer, you will develop simulation solutions, support application engineers, and maintain standards while working on robotic automation projects and virtual commissioning.

Lead projects in advanced control systems design, manage project cost and quality, troubleshoot systems, and mentor engineers in automation technologies.

Lead development and implementation of advanced control systems including robotics, vision, SCADA, and motion control. Manage project cost, quality, and timing; troubleshoot controllers, ladder logic, and peripherals; perform machine power-up, debugging, and programming; mentor engineers and drive design improvements.

Lead deployment of CBTC projects in Oakland: coordinate Hitachi teams, clients, subcontractors and stakeholders; track schedule, scope, cost and quality; oversee construction, testing, commissioning and handover; ensure safety, QA and contract compliance.

Manage R&D financial planning and analysis including annual budgets, interim budget analysis, P&L and cash flow tracking. Coordinate global fund receipts, audit documentation, fixed asset compliance, and monthly reporting. Provide spend oversight for labs, identify risks, recommend solutions, support government-funded proposal financials, and collaborate with Hitachi Americas and Japan finance teams, including off-hour meetings.

Manage complex IT projects, ensuring compliance and alignment with methodologies. Lead project teams, monitor progress, and manage financials and risks while mentoring junior managers.

Lead secondary (control and protection) engineering for 69–765kV AIS and GIS substations across project lifecycle. Coordinate teams and partners, develop protection SLDs, communication architecture, AC/DC schematics, perform relay configuration and settings, ensure standards/compliance, support construction/commissioning, produce designs, proposals, work plans, cost estimates, and risk mitigation.

Lead and deliver manufacturing projects (capital, construction, product introductions, transfers, technology implementations) across one or more facilities. Define scope, schedule, budgets, and resources; monitor performance; manage risks and stakeholder communications; ensure compliance with safety, quality, environmental, and operational standards; and coach project teams to achieve successful outcomes.

Lead and manage rail projects end-to-end: plan activities, control budgets and staffing, mitigate risks, maintain client relationships, ensure safety and quality compliance, present status updates, and achieve schedule and cost objectives. Requires ~25% travel to project site.