Teledyne Technologies Incorporated develops advanced instruments, imaging systems, engineered electronics, and sensing technologies for defense, manufacturing, healthcare, and other industrial markets. Its work spans digital and medical imaging, aerospace and defense systems, environmental monitoring, oceanographic research, energy, and pharmaceutical research. The company’s portfolio includes FLIR technologies such as Ladybug spherical-vision systems and Boson thermal camera modules, alongside systems used in scientific missions and space exploration projects with NASA. Teledyne’s multidisciplinary teams build hardware and analytical solutions that help organizations capture, transmit, and interpret complex information.
Senior Electrical Engineer, Embedded and Digital Hardware — Wilsonville Onsite
Design embedded processors, FPGAs, SoCs, and high-speed digital hardware for Teledyne FLIR Defense imaging, sensing, and surveillance products. Lead hardware development from product definition through production in an onsite Wilsonville role.
Description
- Collaborate with Product Management and Business Development on future products, technology selections, and hardware roadmaps
- Convert system requirements into durable hardware architectures and board-level implementations
- Engineer complex PCB assemblies incorporating embedded processors, FPGAs, SoCs, memory subsystems, and high-speed digital interfaces
- Coordinate throughout development with Software, FPGA, Mechanical, Systems, Test, and Manufacturing Engineering
- Produce schematics, contribute to PCB layout reviews, and verify that designs satisfy performance, reliability, manufacturability, and cost goals
- Conduct hands-on laboratory bring-up, integration, debugging, validation, and verification of hardware
- Diagnose complex electronic systems and lead root-cause investigations
- Advance signal integrity, power integrity, EMI/EMC, and design-for-manufacturing activities
- Prepare design records, technical specifications, test procedures, and manufacturing release documentation
- Support new product introduction and the handoff of designs to production
- Assess engineering tradeoffs, resolve difficult technical issues, and develop effective solutions
- Lead cross-functional technical initiatives while reporting project progress, risks, and recommendations
- Drive continuous improvements that strengthen engineering efficiency, product quality, and reliability
Requirements
- Must be a U.S. citizen; the position cannot employ Green Card holders, current or future work-visa holders, or candidates requiring visa sponsorship
- Bachelor’s degree in Electrical Engineering or a related field
- At least five years of experience designing complex digital hardware, embedded electronics, or board-level systems
- Proven knowledge of digital circuit design, hardware architecture, and PCB development
- Experience with embedded processors, memory architectures, and high-speed interfaces such as DDR, PCIe, Ethernet, SERDES, MIPI, UART, 1553, or Aurora
- Hands-on experience with schematic capture, hardware integration, debugging, validation, and troubleshooting
- Working knowledge of signal integrity, power integrity, EMI/EMC, and board-level design practices
- Strong analytical, diagnostic, and problem-solving capabilities
- Ability to contribute independently and collaborate effectively on cross-functional engineering teams
- Experience developing FPGA- or SoC-based hardware platforms preferred
- Experience with AMD/Xilinx, Intel/Altera, Lattice, Microchip, or comparable technologies preferred
- Experience using Altium Designer or a similar hardware design tool preferred
- Background developing imaging, sensor, electro-optical, aerospace, defense, industrial, or medical products preferred
- Experience carrying products from concept through production release preferred
Benefits
- Contribute to advanced imaging, sensing, and surveillance systems
- Create hardware products that progress from initial concept to manufacturing
- Work alongside experienced engineers from multiple technical disciplines
- Address demanding problems in embedded systems, high-speed digital design, and advanced electronics
- Work with modern processors, FPGAs, sensors, and electro-optical technologies
- Directly influence products deployed in demanding real-world environments
- Join a culture centered on technical rigor, collaboration, innovation, and ongoing learning