Hardware Design Engineer at Nokia

Job description

Are you a passionate Hardware Design Engineer with a knack for lab work and a thirst for knowledge? Our team, at the forefront of designing and developing highly integrated System-on-Chip optical engines for Telecom, Data Center, and Networking applications, is seeking a skilled individual to contribute to the development of cutting-edge hardware test boards and platforms. If you enjoy characterizing and testing very high-speed electro-optical devices and thrive in a dynamic R&D and manufacturing environment, we encourage you to apply. This is a fantastic opportunity to make a significant impact on the future of optical networking. • Design and develop hardware test boards for characterizing and testing high-speed electro-optical devices. • Develop test platforms for both R&D and manufacturing purposes. • Conduct laboratory testing and characterization of electro-optical devices. • Contribute to the design and development of System-on-Chip optical engines for telecom, data center, and networking applications. • Demonstrate a willingness to learn and expand existing skill sets. You have : • Undergraduate degree in electrical engineering or a related field, 3 years of related experience • PCB design skills including schematic capture and PCB layout of densely-routed boards • Low-frequency analog design, simulation, and debugging, including bias and control-loop circuitry. • Experience building and debugging complicated test systems • Ability to independently interface with vendors and other third parties • Firmware development skills for microcontrollers, including hardware bring-up and debugging. It would be nice if you also had: • Graduate degree in electrical engineering, or related field, or 5+ years of relevant work experience. • Experience with some or all of the following: PSU design, high-layer-count stack-ups, HDI, or fine-pitch fanout • Lab experience working with optical components and instruments, using software to automate measurements and analyze data. • Theoretical understanding of coherent optical communication systems or prior experience with optical modules. The Applied R&D Engineer conducts target-oriented research to directly apply findings to the specification, design, further development, and incremental improvement of products, services, systems, tools, processes, etc. Integrates, verifies, tests, and modifies SW / HW / system components and capitalizes on innovative solutions to meet particular requirements and specifications.

Requirements

Must-haves

Design and develop hardware test boards for characterizing and testing high-speed electro-optical devices.
Develop test platforms for both R&D and manufacturing purposes.
Conduct laboratory testing and characterization of electro-optical devices.
Contribute to the design and development of System-on-Chip optical engines for telecom, data center, and networking applications.
Demonstrate a willingness to learn and expand existing skill sets.
Undergraduate degree in electrical engineering or a related field, 3 years of related experience
PCB design skills including schematic capture and PCB layout of densely-routed boards
Low-frequency analog design, simulation, and debugging, including bias and control-loop circuitry.
Experience building and debugging complicated test systems
Ability to independently interface with vendors and other third parties
Firmware development skills for microcontrollers, including hardware bring-up and debugging.
It would be nice if you also had:
Graduate degree in electrical engineering, or related field, or 5+ years of relevant work experience.
Experience with some or all of the following: PSU design, high-layer-count stack-ups, HDI, or fine-pitch fanout
Lab experience working with optical components and instruments, using software to automate measurements and analyze data.
Theoretical understanding of coherent optical communication systems or prior experience with optical modules.

Nice-to-haves

None flagged.

Application prep

Use the role’s language and application details while tailoring your materials.

Platform: oracle-cloud
Effort: medium