• Designing robotic and electromechanical systems for remote handling of materials in high-temperature, high corrosion, and high-radiation environments • Defining architecture, specifications, control logic, and performance criteria for automated material-handling and process systems • Integrating automation hardware, sensors, and control systems for reliable unmanned operations • Serving as technical lead for automation and handling systems across their lifecycle • Developing documentation to guide fabrication, installation, commissioning, operation, and maintenance of automated equipment • Generating technical documentation for regulatory filings and internal knowledge capture • Building, testing, and iterating on prototypes for automation and handling subsystems • Writing clear, concise reports and communicating results across disciplines