✨ AI Summary
This is a 6-12 month full-time Optical Test Co-Op position in San Jose, CA, running from January 2027 to June 2027 or December 2027. The role involves performance characterization of coherent linecards and optical modules, test plan development and execution, advanced data analysis, and problem-solving in optical telecommunications. Interns will gain exposure to state-of-the-art technologies like Digital Signal Processing (DSP) and advanced optical front-end technologies.
Key responsibilities include executing ODVT scripts, processing and analyzing test data, assisting with test station setup and maintenance, documenting procedures and results, and providing clear reports. Required qualifications include pursuing a relevant degree, proficiency in Python, Matlab, or VB, familiarity with electrical and optical test equipment, and a basic understanding of fiber optical communication systems and DSP. Experience with Git/Bitbucket, strong attention to detail, problem-solving skills, and good communication are preferred.
Requirements
Candidates must be pursuing a bachelor's or master's degree in electrical engineering, Telecommunication, Physics, or a related field from an accredited US school. Proficiency in programming or scripting languages like Python, Matlab, or VB is required, along with familiarity with electrical and optical test equipment and a basic understanding of fiber optical communication systems and Digital Signal Processing (DSP).
Description
Number of Position(s): 1
Duration: 6 - 12 months, Full time
Dates: January 2027 - June, 2027 - December 2027
Location: San Jose, CA
Educational Requirements
Currently a candidate for bachelor's degree or masters in electrical engineering, Telecommunication, Physics or a related field with an accredited school in US.
What You Will Learn:
This internship provides an immersive learning experience in the dynamic field of optical telecommunications. You will gain practical, hands-on knowledge in:
- Performance Characterization: In-depth understanding and practical application of techniques for characterizing the performance of next-generation coherent linecards and pluggable optical modules.
- Test Plan Development & Execution: How to develop, implement, and execute comprehensive ODVT test plans, from initial concept to final reporting.
- Advanced Data Analysis: Techniques for analyzing complex test data, drawing meaningful conclusions, and translating findings into actionable insights for design improvements.
- Problem-Solving in a Technical Environment: Facing and resolving intricate technical challenges, developing advanced problem-solving skills critical for engineering roles.
- State-of-the-Art Technologies: Exposure to and understanding of state-of-the-art Digital Signal Processing (DSP), advanced optical front-end technologies, and the fundamental principles of transmission impairments in high-speed optical networks.