Andreas Jørgensen Email & Phone Number

Ballerup, Hovedstaden, Danmark

Ballerup

The image processing engineer role at Ambu A/S focuses on the optimization and developing of the image processing solution for Ambu’s single-use scopes. The goal is to enhance the image quality and user experience to a level, where the scope can effectively compete with state of the art re-usable scopes. The work include a close relation with Ambu's development partners and the coordination with hardware functions, marketing department and customers.The primary tasks include:- Work… Show more The image processing engineer role at Ambu A/S focuses on the optimization and developing of the image processing solution for Ambu’s single-use scopes. The goal is to enhance the image quality and user experience to a level, where the scope can effectively compete with state of the art re-usable scopes. The work include a close relation with Ambu's development partners and the coordination with hardware functions, marketing department and customers.The primary tasks include:- Work with suppliers on prototype design- Provide image analysis assistance to the project groups during development- Define test and characterise performance on component, module and system levels- Perform signal analysis to evaluate quality of image processing algorithms and perform analysis of image sensors- Design of image processing algorithm pipeline to improve the image quality and user experience.- Perform design reviews Show less

The postdoc focusses on state of the art image and data analysis techniques implemented on various international spacecraft missions. The work is mainly R&D but does also incorporate System Design, Testing and Verification. Examples of the work performed include:Optical navigation of the 2020 NASA Mars rover (PIXL science instrument)Navigate and extract scientific information from images of a binary asteroids system Didymos (AIM).Design of test setups to calibrate and verify camera… Show more The postdoc focusses on state of the art image and data analysis techniques implemented on various international spacecraft missions. The work is mainly R&D but does also incorporate System Design, Testing and Verification. Examples of the work performed include:Optical navigation of the 2020 NASA Mars rover (PIXL science instrument)Navigate and extract scientific information from images of a binary asteroids system Didymos (AIM).Design of test setups to calibrate and verify camera performance with respect to radiation/life time/temperature. Show less

Lyngby, Danmark

With the project title: "Space Borne Imaging Navigation Systems", the Ph.d. mainly focussed on visual navigation oppotunities to improve future interplanetary missions.

Los Angeles-Området, Usa

A joint endeavour of DTU Space and NASA Jet Propulsion Laboratory, to improve the orbit determination of the Saturnian moons.