Senior Embedded Products and Software Reliability Engineer

Overview

Lead reliability engineering for grid automation and utility software products.

Key Responsibilities

• predictive maintenance
• reliability testing
• failure analysis
• reliability kpis
• field data analysis
• reliability modeling

Tasks

-Stay current on regulatory compliance requirements (e.g., NERC, IEEE, IEC standards) impacting utility asset reliability and cybersecurity. -Identify and drive adoption of predictive and condition-based maintenance strategies using remote diagnostics, SCADA, and sensor data. -Develop and execute reliability test plans for hardware and software, including hardware-in-the-loop (HIL), environmental, and stress testing for grid components. -Conduct and lead FMEA, FMECA, and Root Cause Analysis (RCA) for hardware/software failure events across embedded systems and communication layers. -Develop and maintain reliability KPIs (e.g., MTBF, FIT rate, availability) for product lines and integrate into product development and quality programs. -Provide coaching, training, and guidance on reliability practices to internal teams and external stakeholders. -Consult and align with the Innovation Office and Applications team to ensure reliability priorities influence working group participation, standards leadership, and technology strategy. -Analyze field data from deployed devices (e.g., relays, RTUs, control systems) to identify systemic issues and recommend corrective/preventive actions. -Work with product design, systems engineering, and software teams to ensure Design for Reliability (DfR) is embedded from concept through deployment. -Collaborative leadership across engineering, field teams, and customers -Perform reliability modeling and statistical analysis of energy management and protection/control products to predict field performance and act as authority for reliability design decisions. -Collaborate with utilities and customers to support grid asset performance programs and grid modernization initiatives, including IEC 61850, virtualization, and advanced diagnostics.

Requirements

• electrical engineering
• python
• cre
• reliasoft
• iec 61850
• 7 years

What You Bring

-Data-driven problem-solving mindset with attention to long-term product health including systems thinking -Excellent written and verbal communication skills; able to engage cross-functional teams and utility customers. -Bachelor’s degree in electrical engineering, Systems Engineering, or a related discipline. -Familiarity with cybersecurity risk and reliability considerations for critical infrastructure. -Proactive approach to emerging technologies and continuous improvement -Familiar with protection & control systems, grid-edge devices, substation automation, and utility-grade software solutions. -Familiarity with communications protocols and standards used in T&D systems: IEC 61850, DNP3, Modbus, IEEE C37.118, etc. -Hands-on experience with reliability engineering tools and standards (e.g., ReliaSoft, ISO 9001/55000, IEC 61025). -Understanding of grid reliability challenges in T&D environments & willingness to travel for customer engagements, conferences, and global collaboration. -Experience working directly with T&D utilities, supporting product deployments, failure investigations, or asset strategies. -Strong analytical skills and experience with data analysis platforms (e.g., Python, R, Minitab, Power BI). -Master’s degree in Reliability or Systems Engineering. -Minimum of 7 years of experience in reliability, systems, or product engineering in the energy or utility sector. -Certified Reliability Engineer (CRE) or similar professional certification. -Familiar with model-based design and HIL testing (e.g., RTDS, PSCAD, or EMTP) for utility applications and simulation tools used in electronics and CAD design

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About Ge Vernova

-Traces roots back to Edison and Alstom, merging power, renewable, digital & financial wings. -Headquartered in Cambridge, MA, crafts large-scale gas turbines, SMRs, wind turbines, hydro and grid tech to fuel economies. -On the nuclear front, advancing small modular reactors (like BWRX‑300) in partnership with utilities and supporting semiconductor projects. -Wind prowess spans onshore, offshore and blade making—with key sites like Dogger Bank offshore and blade plants in Spain. -Electrification arm tackles grid stability: HVDC, transformers, storage, conversion, plus GridOS software powering smarter infrastructure. -Weaves finance and consulting through energy-infrastructure investments, funding solar farms to pipelines via GE Energy Financial Services.

Sector Specialisms