• Prepare and review engineering specifications, reports, and other documentation that communicate the design and technical aspects of components, systems, and structures associated with the NSSS. • Maintain and revise computer-aided design (CAD) models using Siemens NX and related engineering drawings in accordance with ASME Y14 standards and best practices. • Utilize the results from BPVC Section III evaluations to optimize component design. • Collaborate with peers in different organizations and engage in the engineering change control process to ensure design decisions are well-communicated and well-understood. • Review design work of other groups (within and without the NuScale organization) to gain and maintain an understanding of how components, systems, and structures will work together. • Speak to the design of NSSS Components in discussions with manufacturing partners to ensure design intent is maintained while fabrication of components is considered. • Perform other duties as assigned.

• Lead the Body Exterior components Value Optimisation • Working with engineering team, VO BCI team, suppliers, vehicle integration, purchasing, quality, finance and other cross-functional teams to generate ideas, study technical and economical feasibility and execute cost reduction proposals. • Define the validation plan of each proposal together with engineering and performance dept and share the final report for each test with the whole team. • Tracking regional/global results by each subsystem / commodity and controlling the implementation gates and roadblocks. • Other responsibilities will include managing supplier (internal/external) development activities, weight and cost reduction opportunities, development, and validation of assigned components Task / Deliverables Supported by the Engineering Functions and the VSR, depending on the specific area of application can be responsible: • To manage Project deliverables within his/her area. • To manage codesign Suppliers Project deliverables within his/her area, supported by the Engineering Functions and the VSR, responsible for Quality convergence process (e.g., APQP grid). • To ensure the correct and efficient information flow and reporting during the project development phase to SSTL. • To participate to any hand-over phase, if present, and to the definition with Engineering functions for relevant components/systems, technical solutions and corresponding performance, timing and cost targets (using the appropriate systems) • To ensure the completeness/availability of all engineering documents necessary for sourcing (Sourcing Packages) on time to support Project deliverables. • To ensure the technical feasibility, the design robustness, the component manufacturability and the compliance of technical documentation, through the coordination of engineering (if necessary) and product suppliers. • To point out the critical issues or any infringements of Design/Test Standards and identify the actions needed to respect the assigned targets. • To manage the design FMEAs execution performing the risk assessment and to provide support during process FMEAs execution. • To make available the documentation necessary to implement technical modifications (e.g. ODMs/CCD/CNs/ISSUES & ECR), to request their economic evaluations, to support the VSR during the approval phase and to guarantee the associated drawings release. • To monitor, through the accountable departments, their application in production according to the time schedule and procedures provided. • To ensure the completeness/availability of all documents necessary for tooling release (TKO) and software release and validation • To ensure the release of the product structure for Mules (and PWB plywood buck if requested) ensuring the Part Delivery • To carry out / to ensure the diagnostic activities on the relevant systems/components and to provide engineering support in problem solving activities at the assembly plant (PER/VLO etc.) from pilot phase through launch, when requested. • Own technical validation plans for ED (Engineering Design), DV (Design Validation) and PV (Process Validation) testing, ensuring they are completed on time, resolving, and escalating non compliances and providing info to PMO support team. • In case of a maintenance model assignment, all the above-mentioned activities will be aimed to manage life cycle upgrades (i.e. MCA, Facelift), cost reductions and quality improvement.

• Complete PVsyst Software Workflow (for solar grid connected system) • System Design, Simulation & Energy Yield Analysis • Importing Meteo Data, System Configuration incl. Bifacial solar panels, Detailed Losses, and Reports • Near & far shading analysis (3D modelling) • Personal Q & A (Google Meet / Phone/Whatsapp)

• Lead forensic investigations involving electrical and mechanical power systems, including substations, switchgear, protective relaying, emergency power, generators, turbines, rotating equipment, and industrial power distribution. • Perform site inspections and evidence collection following equipment failures, outages, incidents, commissioning disputes, and construction or operational claims. • Determine cause, origin, extent, and contributing factors, including evaluation of design intent, installation practices, commissioning procedures, operations, maintenance, and lifecycle performance. • Prepare independent, litigation-ready expert reports (and supporting exhibits) for arbitration, mediation, and court proceedings, addressing causation, standard of care, and responsibility. • Provide expert witness testimony in depositions, arbitration, and/or court, including testimony under cross-examination. • Collaborate with attorneys, insurers, owners, EPC/contractors, and other technical experts to develop coordinated expert opinions and respond to opposing expert positions. • Advise clients on remediation options, risk mitigation, and dispute resolution strategy, including evaluation of alternative technical solutions and associated risks. • Review and analyze drawings, specifications, calculations, commissioning test reports, protection settings, event logs, SCADA/controls data, O&M manuals, maintenance records, and incident history. • Evaluate system performance and failure modes, including protection and control behavior, equipment ratings, coordination/selectivity, arc-flash considerations (as applicable), and operational constraints. • Perform or direct technical analyses such as disturbance/event reconstruction, equipment condition assessments, commissioning/acceptance testing review, and rotating equipment diagnostics. • Assess compliance with applicable codes, standards, and industry practices (e.g., NFPA, IEEE, ANSI, IEC where applicable) and evaluate standard-of-care expectations. • Develop technically sound repair, replacement, and mitigation recommendations with consideration of reliability, constructability, and operational continuity.