Ziyang Zhang joined Westlake University as a Principal
Investigator (PI) in the Laboratory of Photonic Integration in 2018. He graduated
from Zhejiang University, majoring in Optical Engineering in 2003. He received
his MSc and Ph.D. degrees in silicon-based photonic devices, both from the Royal
Institute of Technology (KTH) in Sweden. Then, he joined the Fraunhofer
Heinrich-Hertz-Institute (HHI) in Berlin, Germany in 2008 and worked 8 years on
polymer photonics, InP-based optoelectronics, and hybrid photonic integration.
In 2016, he accepted the position at the Leibniz Institute for Astrophysics
(AIP) in Potsdam, Germany as the head of the Astro-Optics group to address
pressing issues in astronomy with the development of “smart” fibers and
integrated photonic modules. His research experience covers silicon-based
photonic devices, InP-based active devices, polymer photonics and hybrid
photonic integration, from optical circuit design, numerical simulations,
nano-fabrication technology, to module assembly, packaging, and further to
device characterizations.
Research Keywords & Expertise
Optical Sensors
optical waveguide
Photonic Integrated Ci...
Optical computation
Optical Communication
Fingerprints
6%
optical waveguide
5%
Optical Communication
5%
Photonic Integrated Circuits
5%
Optical computation
5%
Optical Sensors
Short Biography
Ziyang Zhang joined Westlake University as a Principal
Investigator (PI) in the Laboratory of Photonic Integration in 2018. He graduated
from Zhejiang University, majoring in Optical Engineering in 2003. He received
his MSc and Ph.D. degrees in silicon-based photonic devices, both from the Royal
Institute of Technology (KTH) in Sweden. Then, he joined the Fraunhofer
Heinrich-Hertz-Institute (HHI) in Berlin, Germany in 2008 and worked 8 years on
polymer photonics, InP-based optoelectronics, and hybrid photonic integration.
In 2016, he accepted the position at the Leibniz Institute for Astrophysics
(AIP) in Potsdam, Germany as the head of the Astro-Optics group to address
pressing issues in astronomy with the development of “smart” fibers and
integrated photonic modules. His research experience covers silicon-based
photonic devices, InP-based active devices, polymer photonics and hybrid
photonic integration, from optical circuit design, numerical simulations,
nano-fabrication technology, to module assembly, packaging, and further to
device characterizations.