TU Delft English Courses Available To Incoming BSc .

TU Delft English courses availableto incoming BSc exchangestudentsAcademic year 2020-2021The following document contains the courses available to exchange students.The document serves only as an indication, no rights can be derived from this list.This list is subject to change without notice. The most recent course information can be found atwww.studyguide.tudelft.nl. In the case of conflicting information, the study guide is leading.Course selection guidelinesYou must take the majority of your courses at the faculty you apply for an exchange.The minimum course load is 24 ECTS for a semester or 48 ECTS for a full year.A typical course load is 30 ECTS per semester or 60 ECTS for a full year. Divide the selected credits evenly overthe 2 or 4 periods of your exchange.Less than 24 EC is not acceptable, even if allowed by your home university.Further instructions on course selection are on our exchange webpage.At TU Delft the academic year has been divided into four periods.Periods 1 and 2 correspond to the fall semester, periods 3 and 4 correspond to the spring semester.The section ''period'' will be followed by Q (quarter). Some faculties divide the year in 8 periods of education. Inthis case, ''period'' will be joined by an O (octal), which is half of a quarter.It is highly recommended to choose amongst courses that evenly distribute the workload over one semester. Theadvisable study load is 12-15 EC per quarter.We expect students to carefully prepare a study plan according to our guidelines and have it approved by the homeinstitution as soon as possible to make sure the choices are available in the semester desired. The study plan is acrucial factor whether students will be accepted or not.A few faculties offer fixed course packages and have course restrictions which students need to consider whenselecting their courses. The restrictions are outlined on the requirement tab of the exchange webpage.MinorA minor is a well-rounded package of courses on one main topic.In the first semester of the 3rd year all TU Delft BSc students choose a Minor.BSc students who come to TU Delft in the Autumn semester during their BSc phase or third year of their studiescan choose a minor package. The advantage is that they will not encounter scheduling problems and will worktogether with other (Dutch) students in a group. Some of the courses in the minor programmes can be takenseparately.

Faculty of Aerospace EngineeringEnglish BSc and MSc courses available for exchange studentsBefore the start of semester 2 2020-2021 an assessment will be done if and which first year BSccourses will be availableBachelor 2nd yearCourse AE2235-IIWI2180LR-IWI2180LR-IICourse NameAerospace Design and Systems EngineeringElementsAerodynamics IAerodynamics IIStructural Analysis and DesignVibrationsApplied Numerical AnalysisComputational ModellingExperimental Research and Data AnalysisFlight and Orbital MechanicsPropulsion and PowerAerospace Systems and Control TheoryInstrumentation and SignalsDifferential EquationsProbability and StatisticsCat.ECPeriod 33334443441222343334411Cat.BscBScEC33Period (Q)33Bsc53* Only open to AE exchange studentsBachelor 3rd year majorCourse CodeAE3211-IAE3211-IIAE3212-ICourse NameSystems Engineering & Aerospace DesignProduction of Aerospace SystemsAerospace Flight Dynamics and Simulation EXCL.Test Flight for Exchange studentsMinor Offshore Wind EnergyCourse mited places available, please first contact exchange-ae@tudelft.nlCourse NameCat.ECIntroduction to Wind EnergyMinor3Operations MaintenanceMinor4Asset ManagementMinor4Integration AssignmentMinor6Project Management BasicsMinor5Basics of Aeroacoustics for Wind EnergyMinor3Introduction to Energy systemsMinor5Period (Q)11,222121,2

*very limited places, course cannot be taken individuallyMinor Airport of the FutureCourse Limited places available, please first contact exchange-ae@tudelft.nlCourse NameCat.ECAir TransportationMinor3Airport Planning, Design and OperationsMinor4Strategic Planning for Airport SystemsMinor6Logistics 2Minor5Landside Accessibility of AirportsMinor6Designing an AirportMinor6Period (Q)112112*very limited places, course cannot be taken individuallyMSc Aerospace Engineering Profile courses (all tracks)Courses from the MSc Spaceflight are only open to Exchange students from the faculty of AerospaceEngineering!Course Code Course NameCat.ECPeriod (Q)AE4115Experimental SimulationsMSc32AE4120Viscous FlowsMSc32AE4130Aircraft AerodynamicsMSc31,2AE4135Rotor/wake AerodynamicsMSc43,4AE4136CFD 2: Discretization TechniquesMSc22AE4140Gas DynamicsMSc31AE4180Flow Measurement TechniquesMSc33,4AE4202CFD for Aerospace EngineersMSc31Introduction to Wind Turbines: Physics andAE4W02TUMSc42TechnologyAE4W21-14Wind Turbine AeroelasticityMSc24AE4T40Airborne Wind EnergyMSc31,2AE4W09Wind Turbine DesignMSc53,4AE4W13Site Conditions for Wind Turbine DesignMSc33,4AE4204Knowledge Based EngineeringMSc43AE4205MDO for Aerospace ro Engine TechnologyMSc41,2AE4240Advanced Aircraft Design IMSc41AE4261Internal FlowsMSc32AE4262Combustion for Propulsion and Power TechnologiesMSc43AE4263MSc53Modelling, Simulation and Applications of P&PSystemsAE4301Automatic Flight Control Systems DesignMSc31AE4301PExercise Automatic Flight Control System DesignMSc12AE4302Avionics and OperationsMSc32AE4304Stochastic Aerospace SystemsMSc32AE4304PStochastic Aerospace Systems PracticalMSc13AE4316Aerospace Human-Machine SystemsMSc42AE4322Piloted Flight SimulationMSc43

110A4ASM506WM0324LR**WI2056LRAgent-based Modelling and Simulation in AirTransportAirline Planning and OperationsStochastic Processes and SimulationsAircraft Noise and EmissionsOperations OptimisationAircraft Emissions and Climate EffectsAdvanced Aircraft Noise Modelling and MeasurementMaintenance Modelling & AnalysisPropagation and Optimization in AstrodynamicsNumerical AstrodynamicsRocket MotionRe-Entry SystemsSatellite Orbit DeterminationFundamental of AstrodynamicsPlanetary Sciences IIMission Geometry and Orbit DesignSpace InstrumentationPlanetary Sciences IMicrosat EngineeringSpace Systems EngineeringSpace Embedded SystemsDesign of lightweight structures I: Composites &MetalsDesigning Materials with Aerospace SpecificPropertiesManufacturing of Aerospace Structures & MaterialsFatigue of Structures & MaterialsPolymer ScienceFunctional CoatingsSensor MaterialStability & Analysis of Structures IExperimental Techniques & NDTDesign & Analysis of Composite Structures IPolymer Composite ManufacturingFundamentals of AeroelasticityEthics and Engineering for Aerospace Engineering**Systems 1,23144MSc Electives from all BAE4W30AE4245AE4270AE4311AE4314Course NameFluid-Structure InteractionCFD 3: Large Eddy SimulationCFD 4:Uncertainty QuantificationHypersonic AerodynamicsFundamentals of AeroacousticsExperimental Applications of AeroacousticsWind Resource and Wind Farm YieldAdvanced Aircraft Design IIControl and Operations Project (track 2 elective)Nonlinear and Adaptive Flight ControlHelicopter Performance, Stability and Control

licopter Performance, Stability and ControlExerciseAdvanced DynamicsAutonomous Flight of Micro Air VehiclesSupervisory Control and Cognitive SystemsManual Control & CyberneticsSystem Identification of Aerospace VehiclesAir Traffic ManagementReal-time Distributed Flight and Space SimulationBio-inspired Intelligence and learning for AerospaceApplicationAirport OperationsSpecial Topics in AstrodynamicsIntroduction to Thermal Rocket PropulsionMicropropulsionConcurrent Engineering ChallengeSheet Metal FormingStructural Integrity and MaintenanceDesign of Self-healing materialsDesign & Analysis of Composite Structures IIStability & Analysis of Structures IIMaterials CharacterizationMaterial Selection for Mechanical DesignIndustrial Composite ManufacturingAdditive ManufacturingApplied Aircraft AeroelasticityDesign of Spacecraft and Launcher StructuresContinuum Sc courses at another TU Delft faculty strongly related to se NamePhysics of the Earth and AtmosphereDeep LearningElectronic CircuitsElectrical Machines DrivesRobotics PracticalAdvanced Heat TransferIntroduction to Multiphase FlowTurbulenceFuel Cell SystemsEngineering Optimization 1: Concept and ApplicationMaterials at High TemperatureOffshore Windfarm DesignFourier and Laplace TransformNumerical AnalysisNon-linear Differential EquationsScientific ComputingMonte Carlo Simulation of Stochastic ProcessesPartial Differential Equations APartial Differential Equations and Functional cMScMScMScMScMScMScREMARKS:***Please inform us at exchange-ae@tudelft.nl if you are taking this courseThis course can be taken in period 2 or 3, course only lasts 1 31,23,41,21,213,4

***MSc Aerospace Engineering Exchange students onlyImportant:BSc students can take MSc courses as long as they have met the pre-requisites as stated in the coursedescription of the TU Delft study guide.Please note that the following courses (projects) are NOT available for Exchange Students:Course CodeAE1111-ICourse NameExploring Aerospace EngineeringAE1111-IIAE1222-IEngineering DrawingDesign and ConstructionAE2111-ISystems DesignAE2130-IILow-Speed Wind tunnel TestAE2223-ITest, Analysis & SimulationAE3212-IISimulation, Verification & ValidationAE3200Design SynthesisAE4ASM003Linear Modelling incl. (F.E.M)AE4ASM105Trinity ExerciseAE4ASM505Non-Linear Modelling (using F.E.M.)AE4ASM512AE4ASM513Aerospace Structures and Materials Industry BestPracticeForensic EngineeringAE4ASM517Aircraft Manufacturing LaboratoryAE4ASM524AE4010Advanced Design, Development and Verification ofSpacecraft and Launcher structuresResearch MethodologiesAE4020Literature StudyAE5050InternshipAE5110Thesis Aerodynamics & Wind EnergyAE5310Thesis Control & OperationsAE5810AE5711AE5211AE5912AE4S01Thesis SpaceThesis Aerospace Structures & MaterialsThesis Flight Performance & PropulsionThesis Wind Energy Rotor DesignThermal rocket propulsionAE4S01PAE4S20Exercise Thermal Rocket PropulsionSatellite thermal control

Faculty of Applied SciencesEnglish courses offered for BSc and MSc exchange students are available at the r’s courses are open to Master’s students and to Bachelor’s students who have completedor almost completed 3 years of study at the moment of application. This figure can be 2 years forBachelor’s students, depending on their academic background.