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  1. Control and Automation, Master
  2. Linear Parameter Varying Control of Modified Vega Launch Vehicle

    Frederik Skyt Dæncker Rasmussen

    Control and Automation, Master, (Master Programme) 4. term, 2021

    Student thesis: Master Thesis and HD Thesis

  3. Modelling and Control of Thrust Vectoring Mono-copter

    Emil Bjerregaard Jacobsen

    Control and Automation, Master, (Master Programme) 4. term, 2021

    Student thesis: Master Thesis and HD Thesis

  4. Navigation for Autonomous Surface Vessels

    Simon Peter Heide Kaihøj, Mohamed Yahya Maad

    Control and Automation, Master, (Master Programme) 4. term, 2020

    Student thesis: Master Thesis and HD Thesis

  5. Phasing of Satellites in a Single Orbital Plane: A Lyapunov Control Approach

    Michael Juul Nielsen, Jacob Wesenberg

    Control and Automation, Master, (Master Programme) 4. term, 2020

    Student thesis: Master Thesis and HD Thesis

  6. Autonomous Control for Rendezvous and Docking of CubeSats

    Aitor Ramirez Gomez

    Control and Automation, Master, (Master Programme) 4. term, 2019

    Student thesis: Master Thesis and HD Thesis

  7. Formation Control for a CubeSat Constellation

    Paula Emilia Orrico

    Control and Automation, Master, (Master Programme) 4. term, 2019

    Student thesis: Master Thesis and HD Thesis

  8. Swing Up and Stabilisation of an Inverted Pendulum on a Cart using Nonlinear Methods

    Rasmus Christiansen, Jesper Hede Christensen

    Control and Automation, Master, (Master Programme) 4. term, 2017

    Student thesis: Master Thesis and HD Thesis

  9. Advanced Quadrotor flight

    Mikael Juhl Kristensen

    Control and Automation, Master, (Master Programme) 4. term, 2016

    Student thesis: Master Thesis and HD Thesis

  10. State Estimation and Control of a Self-Foraging Rocket

    Kasper Hemme, Michael Nauheimer

    Control and Automation, Master, (Master Programme) 4. term, 2015

    Student thesis: Master Thesis and HD Thesis

  11. Dynamic Positioning using Integrator Backstepping: a non-linear Lyapunov stable observer-based approach

    Rasmus Lundgaard Christensen

    Control and Automation, Master, (Master Programme) 4. term, 2014

    Student thesis: Master Thesis and HD Thesis