Senior Photonics Design Engineer, Actives Design

** Job Details:*
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* Job Description:

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* Intel Integrated Photonics Solutions (IPS) is at the forefront of silicon photonics integration and commercialization. Since announcing the world's first hybrid silicon laser nearly a decade ago, our team continues to lead the industry with cutting-edge technology and efficient, scalable high-volume manufacturing. Our dedication to advanced development ensures that Intel Silicon Photonics continues to drive future data center and AI datacenter bandwidth growth with smaller form factors, co-packaging solutions, and higher speeds from 400G to 1.6T+ and beyond.
We are seeking exceptional talent to accelerate this transformative journey. If you're passionate about shaping the future of photonics technology, we want to hear from you.

Position Overview
Intel's IPS is seeking a Senior Photonics Design Engineer specializing in active components and high-speed design. This role requires extensive experience in photonic integrated circuit (PIC) development and a proven track record of design innovation. You will be instrumental in advancing Intel's silicon photonics platform and driving next-generation optical communication solutions.

Key Responsibilities
--- Component Design and Architecture:
Design, simulate, and develop photonic components (modulators, high-speed detectors, phase control, carrier injection, diodes) and influence PIC architecture decisions
--- Design Optimization:
Perform tolerance analysis and optimize components for performance, power, area, and reliability using advanced modeling techniques
--- Test Chip Leadership:
Drive end-to-end test chip execution including design, layout coordination, tape-out, and validation
--- Data Analysis and Improvement:
Analyze characterization data to identify performance gaps and implement data-driven design improvements
--- Innovation and Methodology:
Develop photonic modeling methodologies and propose new test approaches to accelerate development cycles
--- Research and IP Development:
Conduct research in novel photonic technologies, define next-generation architectures, and drive IP development programs

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* Qualifications:

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* Qualifications

Minimum Qualifications:

- PhD in Electrical Engineering, Physics, or a similar discipline with 4+ years of experience in a related field and 4+ years of relevant industry experience

-  Extensive (6+ years) experience in designing, simulating, and testing silicon photonic design experience in industry or research environment

-  4+ Experience in:

High-Speed Design:
Designing, simulating, and testing high-speed optical modulators and/or detectors for 50+ Gbaud applications in silicon or III-V platforms.

Design and Simulation Tools:
Proficiency with optical/RF design and simulation tools such as Device simulation:
Sentaurus, Silvaco, Lumerical DEVICE, Electromagnetic simulation: HFSS, ADS, Lumerical FDTD/MODE, Photonic circuit simulation:
Lumerical Interconnect, RSoft, Tidy3D, Harold-Photon Design.

Test and Characterization:
Hands-on experience with standard photonic test methodologies and equipment including optical spectrum analyzers, tunable lasers, optical back scatter reflectometers, optical vector analyzers, and fiber/free-space coupling systems.

Data Analysis:
Expertise in PIC test data analysis and design optimization using statistical analysis tools (JMP) or statistical libraries in MATLAB/Python.

Layout Tools:
Familiarity with industry-standard layout tools such as Cadence and KLayout.

Preferred Qualifications

--- Specialized Modulator

Experience:

Silicon photonic microring modulator design expertise especially with MRM modulators or advanced materials such as BTO, TFLN, III/V

--- Electronic Integration:
Understanding of high-speed electronic ICs including modulator drivers, linear and limiting TIAs, post-amplifiers, FFE/DFE filters, and DSPs

--- Control Systems:
Experience developing optical modulator bias control systems

--- System-Level Modeling:

Experience with comprehensive optical link modeling and system-level performance optimization

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- Experience with 100G+ high-speed photonic components

--- Familiarity with foundry processes (AIM Photonics, Global Foundries, TSMC, etc.)

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