Client Background & Position Overview Our client
is global Chinese company leader in information and communications
technology, but not only. They are looking for a talented and
driven R&D Engineer with a strong background in advanced
materials and photonic device integration to support the evolution
of our silicon photonics platforms. The ideal candidate brings
hands-on expertise in the fabrication and integration of photonic
components using emerging materials—such as Lithium Niobate
(LiNbO₃), Barium Titanate (BaTiO₃), Silicon Germanium (SiGe), III-V
semiconductors, or organic materials. Experience with device
architectures such as Germanium APDs, SiGe photodetectors, or
integrated laser sources is highly desirable. This role is central
to the development of innovative solutions for ultra-high-speed
transceivers, integrated detectors, multi-wavelength light sources,
and photonic neural network architectures. Responsibilities - Lead
research and process development of photonic devices incorporating
specialized materials, aligned with next-generation applications in
optical communication and computing. - Collaborate with design,
processing, and integration teams to define and refine fabrication
workflows that ensure high yield and performance. - Design and
execute experiments to characterize material and device properties
such as electro-optic response, modulation speed, detector
responsivity, and signal integrity. - Contribute to the integration
of these devices into complete photonic systems and evaluate their
behavior in real-world scenarios. - Track and evaluate emerging
materials and process technologies through literature reviews and
academic/industry engagement, applying new insights to internal
R&D efforts. Requirements - PhD. or Master's degree in
Electrical Engineering, Materials Science, Photonics, or a related
field. - Proven experience in the following areas: 1/ Electro-optic
materials (e.g., LiNbO₃, BaTiO₃, PZT) 2/ Semiconductor materials
(e.g., SiGe, III-V) 3/ Photodetector or modulator process
integration (e.g., Ge APDs, SiGe PDs, or EO modulators) 4/
Monolithic or hybrid laser integration - Familiarity with optical
device physics and silicon photonics concepts is advantageous. - A
proactive, research-oriented mindset with strong communication and
collaboration skills. If you are an energetic and ambitious person
with a passion for photonic technology, we encourage you to apply
for this exciting opportunity. Our client offers competitive
salary, excellent benefits, and the opportunity to work with a
dynamic and innovative team in a multicultural and growing
environment.