Optical DSP Application Engineer (MJ000154)

该职位来源于猎聘 Position Description:

• Develop and execute comprehensive validation plans for high-speed transceivers and oDSP chips, covering optical and system-level testing.
• Tune and validate the performance of optical sub-components (e.g., TX drivers, PICs, TIAs).
• Develop and maintain a test automation framework for validation regression, data collection, and data analysis, using Python, C#, or similar languages.
• Analyze test data, identify root causes of failures, and drive issues to resolution with cross-functional teams.
• Apply knowledge of optical components, modulation schemes, and optical communication principles to system validation.
• Contribute to validation hardware design, including schematic review and board-level bring-up.
• Create customer-facing documentation like handbooks and Application Notes with reference designs.
• Onsite debugging of customer issues.
• Willingness to go above and beyond to resolve high priority issues. Preferred Qualifications:
• Minimum of bachelor’s degree in electrical engineering, optical engineering, or bachelor’s degree in optical engineering with 2 years’ experience in the semiconductor industry and demonstrated experience working with high-speed digital and mixed signal electronics, including complex Analog and / or DSP solutions.
• Team oriented with strong analytical skills, self-driven with desire to deliver beyond the scope of each job
• Skilled in organizational communications, project planning, and engineering teams.
• Strong problem-solving skills and the ability to work both independently and collaboratively.
• Proficiency in Python, C#, or C for developing test automation, data processing, and analysis tools.
• Hands-on experience in validating high-speed transceivers using lab equipment such as oscilloscopes, BERTs, and spectrum analyzers.
• Hands-on experience in tuning and validating optical components (e.g., laser drivers, TIAs, PICs) or optical modules is a strong plus.
• Knowledge of adaptive signal processing, coding, and FEC algorithms is a strong plus but not necessary.