• Perform advanced thermal and structural stress analyses of turbomachinery components, gas and steam turbine rotors, and auxiliary equipment using classical methods and finite element analysis tools such as ANSYS and Abaqus • Develop and apply system and component level thermo-fluid and performance models for steam and gas turbines, including Digital Twin models (AxStream) for predictive analytics and lifecycle management • Conduct ASME Code evaluations and ensure compliance with applicable industry standards and best practices • Utilize thermo-fluid simulation tools (e.g., AxStream, ANSYS Fluent, STAR-CCM+) to evaluate flow behavior, operating conditions, performance characteristics, and generate boundary conditions for subsequent Thermo/Structural analysis and remaining life assessment • Support nondestructive examinations and condition assessments, including metallurgical replication, hardness testing, ultrasonic inspection, and related techniques • Provide technical input for failure investigations, root cause evaluations, and remaining life assessments • Prepare clear, well-structured technical reports and client-facing presentations summarizing analyses, findings, and engineering recommendations • Contribute to internal research and development initiatives focused on automation, AI-enabled methodologies, and continuous improvement of analysis techniques • Support project managers in the execution of complex, multi-disciplinary engineering projects • Lead or independently manage technical tasks and small-to-moderate scale projects as appropriate • Ensure technical quality through peer review, documentation, and adherence to internal standards • Maintain financial responsibility and comply with company guidelines related to project execution, expenses, and scheduling

• Complete lifecycle design of plastic enclosures and mechanical assemblies for consumer electronics. • Development of DFM- and DFH-oriented solutions considering mass production processes (plastic injection molding, assembly, sealing, serviceability). • Collaboration with hardware and embedded engineers, industrial designers, technologists, quality control, and manufacturing departments. • Design of ergonomic, intuitive solutions adaptable to different operating environments. • Preparation of production transfer documentation (2D drawings, specifications, technical requirements, 3D models for molds). • Support of mold development and approval of modifications after initial mold trials (T0–T2), including defect analysis. • Participation in testing and feedback from prototypes and production, incorporating design improvements. • Verification of engineering compliance of the finished product with expected technical parameters (stiffness, assembly, weight, IP protection). • Oversight of the product lifecycle from concept to mass production, including cost analysis and assessment of the impact of design decisions on production costs. • Communication with Chinese factories: technical specifications, drawing reviews, change control, feedback on prototypes and production samples. • Assessment of manufacturing risks in China: equipment limitations, mold quality, shrinkage, production tolerances, and the influence of packaging and logistics on design. • Inspection of samples from China: defect analysis (shrinkage, warping, poor casting), initial product assembly, and reporting with recommendations. • Consideration of potential scaling difficulties in China: timeline tracking, mold duplication, and price optimization. • Continuous communication via email, video calls, document comments (in English), and participation in editing specifications based on feedback from the Chinese side.

• Provide DFX knowledge to ensure designs are optimized for manufacturability, serviceability, and sustainability. • Work well with clients and as a key member on large project teams. • Communicate clearly with team members, senior management, and the client throughout the project. • Be a positive and success-oriented individual who is familiar with the latest product development, production, and rapid-prototype methodologies. • Work with team members to estimate resource requirements, monitor progress and balance/reallocate as needed. • Strive to balance strategic planning and tactical execution. • Work with team members to resolve conflicts among resources and between clients and engineering teams. • Remain apprised of the progress of certain projects, paying particular attention to any developing problems, and participate in major problem resolutions. • Keep all privileged information private and confidential. • Be proficient in the latest version of SolidWorks CAD package. • Travel as-needed

• Participate in architectural feasibility studies • Develop micro-architecture specifications based on the SoC requirements • Design, implement and integrate complex SoC blocks • Develop block-level test cases to deliver fully functional designs • Develop synthesis constraints and resolve timing issues • Resolve Lint, CDC, and DFT related issues • Identify and resolve RTL and GLS failures at block and chip level • Participate in ECO implementation • Assist with silicon bring-up