Switzerland Global Enterprise

Engineer

• Develop high quality design for protection schemes for all kinds of T&D substations, Data Centers, Industrial, BESS applications including one-lines, three-lines, and AC / DC schematics in collaboration with drafters
• Provide peer review for other members of the design team to develop P&C designs (protection single line diagram, 3 Line Diagrams, panel general arrangement and schematics, wiring diagrams)
• Develop optimized designs with a safety mindset
• Coordinate P&C design with Electrical layout engineers and designers, Relay Setting Engineers, site managers, commissioning engineers and field personnel
• Coordinate with vendors and manufacturers and review technical documentation related to P&C design
• Communicate with Project Engineering Manager or Project P&C lead to resolve technical engineering and design aspects
• Perform applicable design calculations required for DC battery and charger sizing, voltage drop calculations, aux AC power design
• Create and support development of FAT and SAT procedures
• Participate in engineering and constructability reviews of P&C deliverables of own project

Protection and Control Engineer

• Provide engineering analysis project leadership on a production-oriented engineering analysis team.
• Ensure on-time delivery of thorough and accurate engineering analysis, technical reports, correspondence, documentation, and calculations supporting AES work.
• Provide day to day oversight and schedule maintenance for engineering activities, implementing delivery meetings and oversight as necessary to ensure reliable delivery of high quality analyses.
• Working in tandem with the plant Technical Leader, manage and execute solutions to complex technical issues for internal and external customers that arise during reload analyses.
• Provide and facilitate technical mentoring to support transient analysis staff development and knowledge management.

Project Engineer – Asset Enhancement Services

Full-stack Engineer

• Be responsible for configuration compatibility for repaired engines and modules
• Support standardization RBOM and routing policies for LM2500, LM9000 and LMS100
• Lead policy development and implementation to support unsubstantiated PNs and parts solutioning
• Provide guidance on SBL implementation for repaired engines
• Develop and refresh SPL/ IRD and align with channels on implementation of new SPL / IRD
• Conduct risk assessment for non-standard SoW (i.e. CBM)
• Spearhead policy and work scope standardization across shops
• Interact GEA engineering communication ownership

Lead Engineer – Aero Gas Turbine

Recruitment

• Attract and engage talent using advanced sourcing techniques
• Lead the full recruitment lifecycle
• Conduct complex offer negotiations
• Promote an inclusive candidate experience at every stage of the process
• Drive continuous improvement by applying Lean principles
• Coach and support junior team members

Bilingual Talent Acquisition Partner

• Lead a variety of projects including technical evaluations and analyses in Anticipated Operational Occurrences, Anticipated Transients without Scram, Reactor Heat Balance, and Thermal Hydraulic Fuel Channel Analyses
• Perform plant thermal hydraulic evaluations and analyses in Containment, HELB, Fire Safe Shutdown, Annulus Pressurization Loads, and RIPD analyses
• Deliver products at a consistently high and sustainable level in accordance with customer requirements, business procedures, and regulatory agency guidelines
• Utilize unique opportunities to create and/or improve cutting-edge automation and methods
• Prepare thorough and accurate technical reports, correspondence, documentation, and calculations
• Perform technical verification of engineering technical deliverables
• Prepare, communicate, and present complex technical issues to internal and external customers and recommend solutions
• Perform in cross-disciplinary settings, engaged with interfacing teams responsible for mechanical design, core design, licensing, systems design, or other affiliated organizations to find optimum customer solutions
• Ensure work is performed with high quality in accordance with regulatory rules and regulations, customer requirements, and business quality assurance standards

Lead Engineer – Nuclear Deterministic Safety Analysis

• Lead and support projects related to detection, repair, and retrofit technology for onshore wind turbines
• Work cross functionally within the Fleet Performance Management (FPM) and broader engineering organization to efficiently prototype ideas and analyze and test solutions for high priority problems in GEV test labs and in installed wind turbines
• Develop and support detection, repair, and retrofit solutions for high priority issues and opportunities in the GEV wind turbine fleet
• Collaborate across FPM and larger wind engineering organization to track emerging issues and new technologies where high reward prototype & trial opportunities exist
• Prioritize top issues with organized and quantitative methods.
• Analyze operating turbine data and lab test data to formulate clear and data-driven next steps
• Travel to GEV test labs and to installed wind turbines to trial and develop solutions
• Produce documentation for engineering or leadership facing presentations as well as field procedures, balancing highly technical information and practical and safe execution
• Mentor newer engineers in certain areas of expertise and help build technical skillsets by working closely with more senior engineers

Lead Engineer, Services Development Lab

Application Engineer

• Partner with external and internal customers to understand their unique needs, crafting winning technical proposals for value-added service and upgrade offers
• Own the technical delivery of turbine service projects, coordinating resources to drive project schedules while maintaining rigorous engineering Safety, Quality, Delivery and Cost standards
• Oversee the technical integrity of Bills of Material, part definitions, and procurement requirements
• Serve as the primary technical interface between Sales, Commercial, Project Management, Sourcing, and Field teams
• Use AI and digital platforms to streamline work, boost productivity, and enhance quality
• Develop Field Modification Instructions and provide critical technical support during installation planning and outage activities
• Champion Lean methodology and continuous improvement

Lead Engineer – Customer Application Engineering

Program Manager

• Responsible for driving strategic deployment of corrective actions across NPI, New Unit, I&C, and fleet implementation
• Own the Cost of Poor Quality (COPQ) target for Aeroderivative tied to systemic product quality issues assigned
• Develop, implement, and champion the execution of key programs focused on reducing COPQ by driving alignment and engagement across the enabling functions; Engineering, Supply Chain, Poles
• Drive improvement in processes across NPI Value Streams
• Drive NPI toll gate processes for business and fleet improvements
• Monitor I&C schedules and cross functionally collaborate to lean processes
• Implement action plans for long term fixes to address product quality issues
• Develop and lead repair and industrialization strategies for products
• Drive customization, modification and upgrade (CM&U) campaigns and develop new NPI upgrades
• Partner with product line managers and product service engineering to kick-off RAM programs to address fleet issues
• Ensure services operations team is forecasting parts for critical service bulletins based on regional events outlook
• Harness fleet event data, borescope inspection reports, depot reports, etc. to derive insights into areas of improvements for product reliability & quality and feed that intelligence into outage forecasting
• Manage customer communication for product fleet issues
• Report out on quality workstreams during product value stream Monthly Operating Rhythms

Aeroderivative Program Manager – Responsable de Programme Aérodérivatifs

Advisor

• Manage, perform, coordinate, and/or monitor Steam Power site activities
• Perform on-site installation of systems and equipment and ongoing preventive maintenance, repair, and calibration after installation
• Respond to requests for emergency repairs and services to troublesome equipment
• Provide technical instruction and assistance to customer representatives regarding installation, operation, calibration, repair, and maintenance at customer's sites
• Write technical reports, order materials, secure quotations, prepare job status reports, and manage expense sheets
• Supervise critical tasks when performed by third parties
• Prepare timely technical reports for customer records and future reference
• Ensure all parts needed for the job are shipped to the site
• Perform aftermarket upgrades at the site level

Entry Level Technical Field Advisor

• Define and maintain the long-term software architecture roadmap for the GridBeats™ portfolio
• Ensure interoperability and integration between embedded software, firmware, middleware, backend systems and analytics platforms
• Lead the development of shared platforms, libraries and common services
• Ensure systems are designed for reliability, scalability, maintainability, cybersecurity and testability

Senior Software Architect

Mechanical Engineer

• Design Reactor Modification Tooling that incorporates mechanical, pneumatic, hydraulic, and electro-mechanical/motor actuation based on inputs, requirements, and environment within schedule and cost limits
• Draft drawings for fabrication, then build and test the Reactor Modification Tooling you design to prove the requirements for performance are met
• Prepare 3D models, access and clearance studies, drawings, specifications, and test plans to support tooling development
• Collaborate with the Hardware Team, Analysis Teams, Field Deployment Teams, and Services Business to deliver tooling designs that meet our standards for Nuclear Quality and Safety
• Perform design reviews to present your design to engineering peers and leadership and obtain feedback
• Write operation procedures for the tooling you design to help the field deployment team execute the repair
• Emergent issue support of customers during Outage Season to help solve challenging problems with technical guidance and fast-paced design, build, test response

Senior Engineer – Tooling Design Engineer

Lead Engineer – Tooling Design Engineer

Financial Planning and Analysis

• Provide strategic partnership for a growing business segment, driving commercial growth, profitability and cash.
• Finalize integration of the Software and Controls business into a single organization.
• Ensure key processes and controls are in place to support a world class financial operation.
• Partner cross-functionally to drive profitable growth and meet global targets providing insight and decision-making support.
• Drive financial performance improvement initiatives throughout business.
• Lead & develop team to simplify and create world class standard processes & policies across multiple ERPs through integration and simplification to one ERP structure.

CFO, Software & Controls Solutions

Designer

• As an experienced 3D Substation Physical Designer, you will develop 3D Models using Revit or Autocad 3d for HV Substations and generate electrical physical 2D drawings
• Develop substation drawings using working knowledge of the NEC, NESC and/or customer specifications
• Develop detailed substation layouts / elevations from Single Line Diagrams and basic sketches
• Develop detailed bills of material for substation power equipment, HV connectors, conduit / trough, and cable trays
• Complete complex drawing packages with minimal/no supervision from sketches provided by others
• Perform thorough review checks of own work and the work of others
• Utilize 3D Modeler experience to implement the BIM Execution Plans

Lead Substation Physical Designer

QA Engineer

• Develop, Qualify, and Improve manufacturing processes
• Define global process standards and equipment standards and deploy them across the Aero Alliance factories, partnering with local factory technical leaders
• Define, control, communicate global processes for manufacturing assets, including: facility integration, acceptance testing, machine health checks & calibrations, preventative maintenance plans, spare parts strategy, technical & technology training
• Validate engineering specifications and shop floor application of new processes
• Partner with channels on the development of new repair processes and qualifications
• Develop and implement reliability improvement strategies using industry best practices such as FMEA (Failure Mode and Effects Analysis), and Root Cause Analysis (RCA)
• Collaborate with maintenance, operations, engineering, and safety teams to design and implement preventive and predictive programs
• Drive continuous improvement initiatives aimed at reducing equipment downtime and improving quality processes
• Lead investigations into failures and chronic issues, identifying root causes and implementing robust corrective actions to eliminate the problems from re-occurring
• Provide technical support for asset management, including equipment life cycle analysis and spare parts optimization
• Train local factory manufacturing engineers to deepen their expertise in process and equipment
• Participate in the design and installation of new equipment and implementation of processes, ensuring reliability is considered from the outset (Design for Reliability)