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Linnea Kuritzén is listed as PhD in Autonomous Systems | Reinventing forestry using heavy-lift drones at AirForestry, based in Sweden. AeroLeads shows a matched LinkedIn profile for Linnea Kuritzén.
Linnea Kuritzén previously worked as AI and Automation at Airforestry and Doctoral Student at Wasp – Wallenberg Ai, Autonomous Systems And Software Program. Linnea Kuritzén holds Bachelor'S Degree, Engineering Physics from Kth Royal Institute Of Technology.
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I am a researcher with a focus on autonomous systems, control engineering, and robotics, with a Ph.D. in Electrical Engineering from KTH Royal Institute of Technology. My research has considered topics such as cooperation and autonomous maneuvering, efficient convex optimization for control, and aerospace applications. I have a wide experience in the field of engineering and robotics, with practical experience with programming, physical testbeds, experiments, and testing. I really enjoy seeing theoretical results come to life in reality and love working in the intersection between research and practical implementations.
Listed skills include Physics, Programming, Control Systems Design, Python, and 12 others.
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Uppsala, Uppsala County, Sweden
At AirForestry, we are reinventing forestry using high-capacity, heavy-lift electric drones. By developing our own 6m in diameter drone, we will be able to do maintenance from the air - replacing 15 ton ground vehicles that hurt the environment and the forest grounds.
Stockholm, Stockholm County, Sweden
I did my PhD at the division of Decision and Control Systems. My research interests have been mainly on the topics of model predictive control, cooperative control, autonomous systems, and aerospace applications. In particular, I have researched efficient algorithms for generating safe rendezvous trajectories during autonomous landings. The thesis, titled "Model Predictive Control for Cooperative Rendezvous of Autonomous Unmanned Vehicles", was successfully defended on June 8th 2021. The thesis opponent was Professor Jonathan How (MIT). In the thesis committee was Dr. Johanna Axehill (Saab), Professor Jan Swevers (KU Leuven), and Professor Tor Arne Johansen (NTNU).The thesis is available here: http://urn.kb.se/resolve?urn=urn:nbn:se:kth:diva-294416
Nasa Ames Research Center
I had a four-month-long internship in the Division of Aeromechanics, which works mainly with rotorcraft technologies. There, I worked on design analysis of both traditional and experimental tiltrotor helicopters, using the division's own aeromechanics analysis tool. My work included tasks such as: - Stability and control analysis of tiltrotor designs for evaluation of the fidelity of an aircraft system analysis tool - Conceptual design analysis of an experimental rotorcraft configuration for a Silicon Valley startup company
Munich, Tyskland
Worked with cooperative controllers for landing of a fixed-wing UAV on top of a ground vehicle. Work included control design and evaluation as well as participation in flight experiments and flight data analysis. The work was done in the Flying Robots group at the Robotics and Mechatronics Center at DLR Oberpfaffenhofen.
Alfvén Laboratory, Royal Institute Of Technology
- Testing of release methods for microparticles into the mesosphere from a REXUS rocket- Theoretical predictions on the electromagnetic scattering on conducting particles- Electronics, soldering
Pasadena, California
Work with state detection and control of aircraft electric power systems. This includes implementing state detection under limited sensing conditions to a physical testbed and making a model of and simulating the testbed in Ptolemy II. We have also looked into the problem of sensor placement, researching how different sensor placements affects the performance of the state detection.
Stockholm, Sverige
Mathematics Basic Course - SF1659Calculus in One Variable - SF1625Holding lectures, group tutorings and seminars.
Activities and Societies: Election Committee of Physics Chapter, Culture Committee of Physics Chapter, Reception WeeksAs part of Degree.
As part of Degree Programme in Engineering Physics (Civilingenjör Teknisk Fysik)
Exchange Studies for one semester in the department of Electrical Engineering
I did my PhD at the division of Decision and Control Systems. My research interests have been mainly on the topics of model predictive.
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Linnea Kuritzén works for AirForestry.
Linnea Kuritzén is listed as PhD in Autonomous Systems | Reinventing forestry using heavy-lift drones at AirForestry.
Linnea Kuritzén is based in Sweden while working with AirForestry.
Linnea Kuritzén has worked for Airforestry, Wasp – Wallenberg Ai, Autonomous Systems And Software Program, Nasa - National Aeronautics And Space Administration, German Aerospace Center (Dlr), and Rexus Scrap Experiment.
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Linnea Kuritzén holds Bachelor'S Degree, Engineering Physics from Kth Royal Institute Of Technology.
Linnea Kuritzén is listed with skills including Physics, Programming, Control Systems Design, Python, Mathematics, Project Management, Matlab, and Systems Engineering.
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