RF Test Engineer

The team you will be a part of

The team designs and develops highly integrated System-on-Chip optical engines for Telecom, Data Center and Networking applications. The team is looking for a RF Test Engineer to characterize and test very high speed electro-optical devices and to develop test platforms for both R&D use as well as for manufacturing. You will be primarily responsible for test infrastructure development and design verification testing on novel electro-optic devices. You possess a wide variety of skills in the lab and have a desire to learn.

• Undergraduate degree in electrical engineering, physics or a related field
• Laboratory experience with high speed RF measurement equipment
• Experience developing software in Python, MATLAB, or C
• Ability to analyze measurement data to extract parameters and performance metrics
• Experience building and debugging complicated test systems
• Ability to independently interface with vendors and other third parties
• Solid communication and interpersonal skills

• Undergraduate degree in electrical engineering, physics or a related field
• Laboratory experience with high speed RF measurement equipment
• Experience developing software in Python, MATLAB, or C
• Ability to analyze measurement data to extract parameters and performance metrics
• Experience building and debugging complicated test systems
• Ability to independently interface with vendors and other third parties
• Solid communication and interpersonal skills

• Design and execute experiments to characterize photonic and electronic integrated circuits.
• Collaborate with the design teams to incorporate test results into improved designs.
• Develop automated wafer and chip test stations for accurate and repeatable data acquisition.
• Integrate and automate commercial hardware platforms for use in test platforms.
• Design, evaluate, and improve custom hardware using computer-aided design (CAD) software and rapid prototyping tools.
• Support the adaptation of the test station from the R&D phase into high-volume manufacturing test platforms

• Design and execute experiments to characterize photonic and electronic integrated circuits.
• Collaborate with the design teams to incorporate test results into improved designs.
• Develop automated wafer and chip test stations for accurate and repeatable data acquisition.
• Integrate and automate commercial hardware platforms for use in test platforms.
• Design, evaluate, and improve custom hardware using computer-aided design (CAD) software and rapid prototyping tools.
• Support the adaptation of the test station from the R&D phase into high-volume manufacturing test platforms