• Own micro-architecture definition derived from high-level functional specifications • Develop and implement RTL for complex digital blocks using SystemVerilog/Verilog • Drive digital block control logic and IP integration • Participate in subsystem-level architecture alignment discussions • Support design sign-off activities including CDC, RDC, lint, and synthesis readiness checks • Collaborate closely with Design Verification (DV) teams for closure and debug • Take full project lifecycle ownership with minimal supervision

• Ensure design reliability, efficiency, and compliance with industry standards, protection standard, and regulations • Collaborate with other engineers and support for project documentation and continuous improvement initiatives • Design and integrate control systems, protection systems, electrical distribution, telecom & monitoring of a High Voltage substation • Deliver single line diagram, schematic diagram, protection system, electrical consumption and design of auxiliary services, interlocking, communication & network • Lead and support the team in charge of designing the Control system and protection system

• Own optomechanical design efforts including concept development, trade studies, and preliminary sizing of hardware at various levels of assembly (component to system). • Own subsystem and system-level analyses including STOP analysis, tolerance stackups, and alignment planning. • Support Design for Manufacturing/Assembly (DFM/DFA) efforts to drive continuous improvement and volume production. • Support optical instrument assembly, integration, and test (AI&T) planning and implementation, including collaboration with cross-functional teams. • Support subsystem and instrument-level testing, including environmental (vibration, thermal-vacuum (TVAC) testing) and system characterization/V&V. • Contribute to the continuous improvement of best practices, processes, tools, and methodologies to enhance efficiency and effectiveness in instrument development. • Collaborate and communicate effectively with subsystem engineers and analysts, instrument and spacecraft systems engineers, AI&T and production teams, program managers, external partner teams, and other stakeholders.

• Design and 3D modeling of mechanical components for aeroderivative turbines (e.g., compressors, combustors, cooling systems) • Perform structural and thermal analyses (FEM, CFD) to validate design robustness and reliability • Prepare technical specifications, manufacturing drawings, and design documentation • Collaborate with manufacturing, quality, and testing teams to support product industrialization • Provide technical support during assembly, testing, and commissioning phases • Ensure compliance with international standards (ASME, API, ISO) and apply best design practices