Job Summary
Xscape Photonics is seeking a talented professional to develop, implement, and validate control
algorithms for integrated photonic circuits. This role involves modelling photonic circuits,
analyzing their behavior, designing robust control algorithms to ensure optical performance, and
validating system functionality.
The ideal candidate will have a strong background in photonics with proven experience in
developing control algorithms and writing test scripts for integrated systems. Proficiency in
working hands-on with printed circuit boards and embedded firmware is highly desirable.
Key Responsibilities
Design and implement comprehensive test plans, scripts, methodologies, and protocols
for control system validation.
Develop and implement control algorithms for initialization and stabilization of photonic
components including lasers, ring modulators, MZI based multiplexer/demultiplexers,
and ring-based filters.
Implement photonics system control consisting of multiple control loops across various
components, collaborating closely with photonic, hardware and firmware engineers.
Perform rigorous control system validation tests to assess signal quality and system
performance under various environmental stimulus.
Utilize data analysis and statistical data visualization techniques to extract insights from
measurement data.
Collaborate with cross-functional teams to provide technical expertise and drive
innovation in product development.
Qualifications
Proficiency in control theory and implementation methodology in software and hardware
including PID control theory and signal processing techniques.
Proficiency in optical test equipment, such as optical spectrum analyzers, optical power
meters, and interferometers.
Proficiency in scripting test procedures using Python, or similar tools, to automate
execution on lab equipment and custom hardware.
In-depth knowledge of photonic components and systems, including lasers, optical
amplifiers, modulators, optical filters, and photodetectors.
Familiarity with optical simulation and modeling tools for system design and analysis.
Strong communication and collaboration skills.
Excellent problem-solving and analytical skills.
Master's degree in Optical Engineering, Electrical Engineering, or a related field with
minimum of 5 years of industry experience or PhD in Optical Engineering, Electrical
Engineering, or a related field with minimum of 2 years of industry experience.