The candidate shall utilize technical materials such as equipment manuals, system drawings, P&IDs, schematics and blue prints to troubleshoot and repair electrical/control systems. Interpret industry, regulatory, and company specifications and standards and apply to projects.
The PE will perform project management activities associated with budget and schedule planning, IPT team meeting coordination, product qualification testing, and hardware procurement coordination. The PE will be responsible for executing all Project Engineering standard work to support the IPTs projects.
In this role, the selected candidate will be primarily responsible for the engineering and design of building electrical systems (lighting, power, and limited special systems) for facilities such as K-12 and higher education, healthcare, hospitality and commercial buildings.
In this role, the selected candidate will be responsible for electrical projects requiring considerable independent judgment on matters of a highly complex engineering nature involving creative thinking and which may involve the utilization of advanced and new technology.
In this role, you will be responsible for developing technical specifications, development of project design basis, providing direction and guidance to drafters and designers, directing the flow of drafting and designer duties, insuring design schedules are met, including regularly providing project status updates to project engineer.
In this role, the selected candidate will actively seek to gain detailed knowledge for all Teledyne Oil & Gas products and technologies; ensure all product solutions reflect Teledyne DGO design and qualification standards.
This position is responsible for integration with IPT design, structures and Aero/Heat Transfer engineers, establishment of component validation requirements, as well as manufacturing and procurement/delivery of engine hardware within the Component Integrated Product Team (CIPT). Special focus on rotor manufacturing risk mitigation and schedule execution for next generation HPC rotor design.
In this role, you will Design and development of custom PWA circuits that include circuit design and analysis, high speed designs, timing analysis, differential signals, analog and mixed signal designs, power (linear and switching regulators.
In this role, the selected candidate will learn customer systems and leverage TI product expertise to help solve complex technical problems or develop competitive, high-performance working proposals for customers.