Switzerland Global Enterprise

Application Engineer

• Develop proposal content providing value to our customers and GE Vernova while minimizing risks and offering standardized products where possible to avoid unnecessary customization.
• Adhere to GE Vernova Gas Power Engineering standard work policies and procedures
• Be responsible for the technical content of proposals for GEV Combined Cycle power plant configuration
• Be responsible for coordinating the timely evaluation of customer requirements, typically via review of the customer or Equipment Prime Contractor (EPC) provided request for proposal (RFP)
• Be responsible for evaluating and developing comments and exceptions to the Request for Proposal (RFP)
• Developing in-depth knowledge of a Steam Turbine technology
• Identify customer requested special requirements and develop strategies with engineering/sourcing teams that provide competitive solutions to these requirements
• Ensure the on-time completion of all assigned and proposal activities including business initiatives for Quality, Cost, Reliability, Performances, etc.
• Attend internal project meetings to establish strategies for winning

Lead New Unit Steam Turbine Application Engineer

• develop proposal content providing value to our customers and GE Vernova while minimizing risks and offering standardized products where possible to avoid unnecessary customization
• adhere to GE Vernova Gas Power Engineering standard work policies and procedures, and drive consistent functional specifications and common global processes for projects implementation
• be responsible for the technical content of proposals for GEV Combined Cycle power plant configuration
• coordinate the timely evaluation of customer requirements
• evaluate and develop comments and exceptions to the Request for Proposal (RFP)
• develop in depth knowledge in all MarkVIe/EX2100e equipment control systems
• collaborate with Plant control DCS team for proposal execution
• identify customer requested special requirements and develop strategies with engineering/sourcing teams
• develop expertise in requirements management and costing processes
• attend internal project meetings to establish strategies for winning, and customer meetings to clarify technical aspects during negotiations
• ensure the on-time completion of all assigned and proposal activities
• recognize and communicate issues with project schedules or requirements sufficiently early

Lead New Unit Controls Application Engineer

Field Engineer

• Act as the Lead Technical Engineer for solar inverter service issues, owning problem resolution from initial diagnosis through closure.
• Perform hands-on troubleshooting and root cause analysis of complex inverter failures using field data, logs, measurements, and schematics.
• Lead technical investigations for recurring and critical field issues; define and validate corrective and preventive actions.
• Provide technical direction and mentoring to service engineers, enabling faster and more effective issue resolution.
• Configure and customize inverter parameters and system settings to meet project and site‑specific requirements.
• Interface with product engineering, BOP, controls, firmware, and component teams to resolve system‑level technical issues.
• Participate in lab, factory, and field testing to validate service fixes, design changes, and product improvements.
• Serve as the technical representative in customer meetings, service reviews, and technical discussions.
• Support on‑site and remote field activities including commissioning, troubleshooting, and performance optimization.
• Document technical findings, root cause analysis, and lessons learned, drive closure through structured tracking.
• Ensure service engineering activities comply with safety, quality, and engineering standards.
• Drive continuous improvement by feeding field learnings into product design, service processes, and reliability initiatives.
• Collaborate with global and cross‑functional teams to meet service response, quality, and customer satisfaction targets.

Lead Engineer – Service Engineering

• Develops technical solutions (configuration, performance estimation, economics, etc.) as part of the Inquiry To Order (ITO) process while working directly with the commercial and sales teams.
• The ITO process for the Engineering team refers to technical analysis of client need, which includes definition and optimization of the products with respect to scope, schedule, industrial scheme, cost, and internal policies and procedures.
• Collaborates with design COE teams to develop an understanding of plant, system and equipment performance and efficiency post-upgrade.
• Clearly documents technical specifications & costing elements for a CM&U upgrade as well as a level of customization of products for specific customer needs.
• Owns relevant Technical Application Guidelines (TAG) to support accurate and timely proposal generation.
• Demonstrates an understanding of key business drivers and how they are used to support proposal generation.
• Demonstrates an understanding of how to work with the larger Applications teams and how to integrate with other teams in a matrixed organization to contribute to the needs of the business.
• Resolves issues in situations that require good technical knowledge and judgment within established procedures.
• Works with supporting team, e.g. AEMs, OTR, Design COEs, Comm. Ops, and Sales, for issues outside of defined instructions/parameters to build and influence winning solutions for our customers.

Lead Application Engineer

Sales

• Responsible for winning business and achieving service, quality, and timeliness of objectives
• Sales of GE Digital solutions to external customers
• Manage a small to medium team of senior professionals

Senior Sales Manager – Manufacturing Software

• Develops technical solutions (configuration, performance estimation, economics, etc.) as part of the Inquiry To Order (ITO) process while working directly with the commercial and sales teams.
• Collaborates with design COE teams to develop an understanding of plant, system and equipment performance and efficiency post-upgrade.
• Clearly documents technical specifications & costing elements for a CM&U upgrade as well as a level of customization of products for specific customer needs.
• Owns relevant Technical Application Guidelines (TAG) to support accurate and timely proposal generation.
• Demonstrates an understanding of key business drivers and how they are used to support proposal generation.
• Works with supporting team, e.g. AEMs, OTR, Design COEs, Comm. Ops, and Sales, for issues outside of defined instructions to build and influence winning solutions for our customers.

Lead Application Engineer – Complex ITO Gas Upgrades

Compliance

• lead complex investigations of policy concerns raised through the open reporting system
• provide regular updates on the status of cases to business stakeholders
• conduct prompt, thorough and complex investigations, including conducting interviews with concern raisers, witnesses and subjects, assessing risk, reviewing documentation, and making recommendations/corrective actions in the context of an investigation, in partnership with Compliance, L&E and the HR Manager, as appropriate
• prepare high quality written reports of the investigation which provide a clear and logical account of the allegations, investigative work performed, key findings and conclusions, ensuring that the conclusion is evidence based
• provide briefings to senior leaders on investigative matters as required
• maintain client relationships in the face of conflicting demands or directions
• monitor open cases assigned to you to ensure timeline and compliant closure, using established guidelines
• conduct investigations outside your immediate region as required
• partner with Compliance, Ombuds and other functions to identify and understand investigations trends and corrective actions
• understand and apply applicable legal and policy requirements pertaining to the conduct of investigations including in areas involving employee interviews and relevant labor and employment requirements

Senior Compliance Investigator – Americas

• Support execution of retrofit projects including installation, power up, and commissioning of Excitation control solutions, Static Starter control solutions, HMI upgrades, and TIL implementation
• Provide technical direction and guidance to craft labor in support of a power equipment outage
• Execute policy/strategy using in-depth knowledge of a technical discipline and analytical thinking
• Propose different solutions outside of set parameters to address more complicated manufacturing processes
• Act as a resource for colleagues with less experience
• Lead small projects with low risks and resource requirements
• Conveys performance expectations and may handle sensitive issues

Generator Controls Field Engineer

Electrical Engineer

• The Senior Power Systems Engineer plays a critical role in providing expert technical support for Flexible AC Transmission Systems (FACTS).
• This position requires a highly technical, customer-focused, and self-motivated individual.
• As a key member of this world-class team, the engineer will help drive technical strategy, high-level studies, new product introduction (NPI) and root cause analysis (RCA) for FACTS projects.
• Analyze customer system-level requirements, perform studies, and develop strategies and high-level specifications for Synchronous Condenser (SC), Fixed Series Capacitors (FSC) and Static Synchronous Compensator (STATCOM) solutions.
• Apply expertise in synchronous machines including theory, operation, and installation to develop and optimize synchronous condenser solutions.
• Coordinate synchronous condenser system designs with machine factories and power system consultants including specifications for circuit breakers, cooling systems, starting pony motors, excitation systems and step-up transformers.
• Conduct necessary calculations for equipment selection in synchronous condenser projects, including load (var) flow, short-circuit, and insulation coordination

Senior Power Systems Engineer

Full-stack Engineer

• Develop and maintain an understanding of rod control systems used in existing and new boiling water reactors (BWRs).
• Prepare and maintain system requirements specifications developed based on customer requirements, technical regulations and industry standards
• Establish and maintain traceability of system requirements using requirements management tools
• Prepare and maintain system design artifacts such as logic diagrams, input/output (I/O) lists, equipment and cabinet layout diagrams or drawings, system elementary drawings, hardware wiring/connection diagrams, bills of material, various plans and reports, etc.

Senior Engineer – Plant I&C Rod Control Systems

Systems Engineer

• Lead Requirement Definition: Collaborate with Product Management and stakeholders to define and manage detailed system and component requirements for BESS and solar products, translating high-level needs into actionable specifications.
• Own the Lifecycle: Oversee the entire requirements lifecycle, from initial concept to post-market activities, ensuring comprehensive coverage.
• Ensure Traceability: Implement and maintain robust traceability matrices linking customer needs, product requirements, design elements, and test cases.
• Drive Best Practices: Champion and establish industry-leading best practices for requirements management, documentation standards, and configuration control.
• Cross-Functional Collaboration: Partner closely with engineering, quality, and project teams to ensure accurate understanding, implementation, and validation of requirements.
• Manage Change: Proactively manage requirement changes, assess impacts, and communicate effectively across all teams.
• Mentor & Improve: Provide mentorship on requirements management to junior engineers and continuously identify opportunities to enhance our processes.

Principal Systems Engineer – Requirements Management

Engineer

• Design, develop and validate repair procedures meeting customer and business requirements
• Prove out safety and functionality
• Drive design decisions by clearly communicating the “unknowns”, associated risks and tradeoffs that are required to properly execute a safe and effective repair procedure
• Lead engineering efforts in the initial validation and beta period of tooling/process products by working with Deployment, Platform Leaders, Field Engineering, and EHS to complete and validate robust engineering processes
• Create and maintain project plan
• Develop, test and validate repair/replacement procedures through model walk throughs, prototyping, freestanding components and complete wind turbine machine heads
• Identify and clearly communicate requirements for process specific tooling
• Ensure the design allows for installation, operation, and disassembly of the tool in a safe and effective manner
• Own the design of innovative repair solutions and ensure adherence to engineering standards
• Follow and use the team’s Design Review Process, quality standards, best practices and systems to fully review and document repair procedures

Lead Core Repair Engineer

• Define and own the overall architecture of the substation monitoring platform, encompassing hardware, firmware, software, and data layers.
• Design software architecture to support edge-to-cloud integration, including secure communication, scalable data pipelines, and deployment flexibility.
• Lead system-level design trade-offs across performance, cost, scalability, reliability, and maintainability.
• Create and maintain architectural documentation and models to guide development and integration across technical teams.
• Ensure alignment of architecture decisions with product goals, customer needs, and operational constraints.
• Develop a forward-looking platform strategy to support integration of AI/analytics, expandability, and evolving grid needs.
• Translate customer and stakeholder needs into clear system-level requirements and interface specifications.
• Define system capabilities and requirements for continuous monitoring of primary substation assets such as transformers, circuit breakers, switchgear, and instrument transformers.
• Ensure that platform components (e.g., data acquisition, processing, visualization, and diagnostics) are designed to run efficiently in both local and distributed environments.
• Specify and support integration of sensor technologies, diagnostic algorithms, and edge data processing to enable real-time health assessments.
• Participate in product discovery and early prototyping efforts, including international field visits where necessary.
• Align system design with industry standards (e.g., IEC 61850, IEEE C37, DNP3, MODBUS) for secure and reliable operation in grid environments.
• Integrate sensor data, asset models, and diagnostic tools into a unified platform across edge devices and cloud infrastructure.
• Support validation and field testing in collaboration with asset experts to ensure monitoring efficacy and platform robustness.
• Establish architectural patterns for modular deployment, secure access control, update mechanisms, and multi-tenant operation for cloud systems.
• Manage technical decisions around containerization (e.g., Docker), orchestration (e.g., Kubernetes), and cloud services (e.g., AWS, Azure).
• Collaborate with asset and reliability engineers to deliver real-time dashboards, event alarms, and predictive insights accessible from both on-premises and cloud systems.
• Contribute to asset lifecycle insights, including predictive maintenance, asset diagnostics, and anomaly detection strategies.
• Maintain deep awareness of customer operations, asset usage patterns, and maintenance practices to inform product direction.

Substation Monitoring Systems Architect Leader

Procurement

• Ensure functional leadership and support of the procurement team in managing the contract lifecycle, including renewals and amendments.
• Oversee the end-to-end procurement process from purchase requisition through to payment.
• Ensure procurement activities are carried out efficiently, on time, and at optimized cost, in accordance with the SQDC philosophy.
• Manage the procurement budget with the procurement team in alignment with the program's financial objectives.
• Monitor budget performance and adjust actions as necessary to meet financial targets.
• Provide regular budget reporting to program management (monthly, quarterly, etc.) in line with company processes.
• Manage procurement scheduling to ensure timely delivery of goods and services.
• Collaborate with internal and external stakeholders to align procurement activities with overall project schedules.
• Ensure suppliers meet contractual quality, delivery, and service level requirements.
• Identify, assess and mitigate risks and opportunities related to procurement activities.
• Represent the procurement and sourcing function in cross-program projects and initiatives.

Program Sourcing and Procurement Manager – Permanent

Project Manager

• Develop detailed project plans specifying deliverables, timelines, resources, and budget.
• Identify project stakeholders and establish communication plans.
• Oversee daily project activities to ensure compliance with established plans.
• Coordinate team members for task assignment, prioritization, and progress tracking.
• Manage project resources, including personnel, equipment, and materials.
• Identify potential project risks and develop mitigation strategies.
• Monitor project expenditures and ensure adherence to the budget.