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Responsibilities
- Architect, build, and maintain Python-based test software infrastructure and frameworks for automated qualification of optical transceivers and subsystems (EVT/DVT/PVT/characterization), spanning instrument drivers, switch/host abstractions, and results pipelines
- Lead optics NPI programs end to end, working closely with optics vendors and ODMs from RFI/RFP through EVT/DVT/PVT to mass production (MP) ramp and sustaining
- Find, debug, and remediate optical hardware failure modes before certifying modules for mass production; drive root-cause analysis and corrective action with vendors and ODMs
- Stand up and own NPI test stations in Meta's lab regions: integrate modules, switches, and instruments, and debug at-scale, lights-out test execution
- Define test and measurement methodologies for high-speed optical technologies, and translate them into reusable, well-tested automation
- Develop instruments, automation, and integration (BERT, OSA, optical power/wavelength meters, scopes) and CMIS register-level module control
- Ensure new optical platforms are supported by production and fleet-health tooling, and contribute to production-readiness documentation (PRD), Best Known Configuration (BKC), and Design-for-Test (DFT)
- Drive data integrity and analysis: build robust data capture, storage, and visualization (e.g., interactive data exploration tools, data visualization and analytics platforms) so that test and fleet results are trustworthy, queryable, and actionable
- Provide sustaining support after deployment — validate stability, security, and performance under production workloads, and refine understanding of failure characteristics at scale
- Set engineering standards for the test software stack — code review, CI, version control, type checking, and documentation — and mentor engineers and technicians
- Collaborate across SW, Thermal, Mechanical, EE, Signal Integrity, FPGA, TPM, and Production Engineering teams to integrate optics into systems
- Interface with the industry, contribute to the RFI/RFP process, and shape product requirements, test plans, and data sheets
Minimum Qualifications
- Bachelor's degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience
- Master's degree in Optical Engineering, Electrical Engineering, Applied Physics, Computer Science, or a related field
- 10+ years in development roles for optical networking hardware, with a proven track record of taking new products into volume production
- Demonstrated experience in designing and building production-quality test software (not just scripts) in Python, including modular, reusable test frameworks
- Hands-on experience with high-speed optical and electrical test, test automation, and lab instrumentation
- Experience leading optical transceiver NPI programs with vendors and/or ODMs
Preferred Qualifications
- Data engineering for test and fleet health: schema design, database/warehouse persistence, dashboards, and statistical analysis of measurement data (e.g., NumPy, pandas, SQL)
- Ability to set technical direction across a multi-quarter NPI program, define scope and priorities when requirements are incomplete, and align cross-functional and external partners (vendors, ODMs, TPM, Production Engineering)
- Experience driving NPI milestones (EVT/DVT/PVT/MTF), production-readiness reviews, and transferring test infrastructure to contract manufacturers / ODM factory lines (including dual-ODM strategies)
- Familiarity with additional languages is useful: C/C++, MATLAB, or Rust
- Willingness to work hands-on in the lab and to travel to vendor, ODM, and manufacturing sites as needed to support NPI builds
- Software & Test Infrastructure
- Experience creating or influencing product requirements documents (PRDs), test plans, and data sheets
- Optical & NPI Domain
- Leadership & Scope
- Proficiency in Python software engineering: object-oriented design, abstraction layers, type hints, unit/integration testing, code review, and CI/CD discipline
- Experience with advanced modulation formats and direct-detect and coherent systems (e.g., OOK, PAM-4, QPSK, 8-QAM, 16-QAM) and related concepts
- Deep knowledge of pluggable optical transceivers and form factors (QSFP-DD, OSFP, QSFP112) and the CMIS management interface
- Experience with optical integration including InP PICs, silicon-photonic PICs, PIC-IC integration, and 3D optical packaging technologies
- Experience building instrument-control and test-automation frameworks (e.g., SCPI/VISA, PyVISA, vendor APIs) and abstracting heterogeneous instruments behind clean interfaces
- Familiarity with data center network architecture, fleet health/sustaining concepts, and high-volume manufacturing test flows
- Track record of mentoring engineers, raising the engineering bar, and influencing without direct authority
- Expertise in optical test and measurement: BER/FEC, pre-FEC/post-FEC analysis, eye diagrams, TDECQ, OSNR, optical spectrum, and link budgets
- Experience with version control (Git/Mercurial), large monorepo workflows, and collaborative/distributed software development environments
$173,000/year to $245,000/year + bonus + equity + benefits
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