Friederike Jöhlinger
Photonics Engineer at Wave Photonics- Claim this Profile
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English Full professional proficiency
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German Native or bilingual proficiency
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Dutch Native or bilingual proficiency
Topline Score
Bio
Credentials
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Professional Certificate in Essentials of Cybersecurity
University of WashingtonJan, 2022- Sep, 2024
Experience
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Wave Photonics
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United Kingdom
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Semiconductors
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1 - 100 Employee
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Photonics Engineer
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Nov 2022 - Present
Expanding Wave Photonics’ component library Expanding Wave Photonics’ component library
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Quantum Key Distribution Researcher
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Oct 2021 - Mar 2022
Instead of buying a complete QKD system from a supplier and needing to trust them, we develop a system where users can source all their own components from any suppliers and build their own QKD devices. The only custom component is a passive chip, which is easily verifiable with, for example, a microscope. Instead of buying a complete QKD system from a supplier and needing to trust them, we develop a system where users can source all their own components from any suppliers and build their own QKD devices. The only custom component is a passive chip, which is easily verifiable with, for example, a microscope.
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University of Glasgow
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United Kingdom
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Higher Education
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700 & Above Employee
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Summer Student
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Jun 2016 - Jul 2016
The planned upgrade of the Large Hadron Collider to higher luminosities will cause a significant increase in particle interactions and therefore in the data created in the detectors. The project concentrated on investigating solutions for faster data transmission, in particular on creating and testing filters. The planned upgrade of the Large Hadron Collider to higher luminosities will cause a significant increase in particle interactions and therefore in the data created in the detectors. The project concentrated on investigating solutions for faster data transmission, in particular on creating and testing filters.
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DESY
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Germany
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Research Services
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700 & Above Employee
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Summer Student
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Jul 2015 - Sep 2015
By simulating a test beam under various conditions using Geant4 and analysing the results using ROOT a better understanding of the test beam properties was created. This understanding is important for test beam users, allowing more precise testing. By simulating a test beam under various conditions using Geant4 and analysing the results using ROOT a better understanding of the test beam properties was created. This understanding is important for test beam users, allowing more precise testing.
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Summer Student
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May 2015 - Jul 2015
The objective of the project was speeding up phase reconstruction algorithms for scanning transmission electron microscopy from four dimensional datasets. This was done using the OpenCV library for fast Fourier Transform algorithms in C++ and writing MEX-files to use speed of C++ in MATLAB algorithms. The objective of the project was speeding up phase reconstruction algorithms for scanning transmission electron microscopy from four dimensional datasets. This was done using the OpenCV library for fast Fourier Transform algorithms in C++ and writing MEX-files to use speed of C++ in MATLAB algorithms.
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Diamond Light Source
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United Kingdom
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Research Services
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400 - 500 Employee
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Summer Student
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Jun 2014 - Sep 2014
To make it possible to view data from the Fast Feedback Network together with data from the regular data channels, I developed a plug-in for Control System Studio, new control software at Diamond. During the project Git was used for version control. To make it possible to view data from the Fast Feedback Network together with data from the regular data channels, I developed a plug-in for Control System Studio, new control software at Diamond. During the project Git was used for version control.
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Education
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2017 - 2022
University of Bristol
PhD student at the CDT for Quantum Engineering, Physics -
2012 - 2017
The University of Glasgow
Master in Science (MSci), Physics
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