Modules

44 results

Elective Modules44

Advanced ControlNo ratings for this module yet.Elective Modules Systems and ControlYou learn how to model real dynamic systems in state-space representation, linearize them, and analyze stability, controllability, and observability. Building on this, you design state-feedback regulators (including LQR), state observers, measures for disturbance rejection, as well as extended 2-DOF regulator structures; you also receive an introduction to input-output linearization for SISO systems.5 ECTSruns this semesterMW1420Advanced Robot Learning and Decision-MakingNo ratings for this module yet.Elective Modules Systems and ControlYou will learn advanced methods for robotics that connect modeling, optimal control and learning-based methods (including reinforcement learning). In the end you will be able to model robotic systems, derive modern control algorithms and apply learned models in control architectures to handle uncertainties and model errors.5 ECTSruns this semesterCIT433037Autonome SystemeNo ratings for this module yet.Elective Modules Systems and ControlYou will learn concepts, principles and algorithms for modern mobile, autonomous systems (e.g. autonomous vehicles, unmanned aerial systems). The module provides fundamentals of kinematics, dynamics, sensing, state estimation, machine vision, environmental representation as well as control and path planning and shows tools such as ROS. In the end you will understand, implement and further develop modern algorithms for autonomous systems and work problem-oriented in teams.5 ECTSruns this semesterLRG6300AV PerceptionNo ratings for this module yet.Elective Modules Systems and ControlYou will learn perception systems for automated driving: sensor principles, calibration, map representations as well as methods for localization and mapping. You will be able to apply recognition, tracking and prediction methods to camera data and point clouds and assess their results; furthermore you will reflect on end-to-end perception and teleoperation scenarios.5 ECTSruns this semesterED150047Formale Methoden für Cyber-Physical SystemsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn formal methods for verification, control, observation and identification of cyber-physical systems (e.g., autonomous vehicles, robots, smart grids). In the end you can verify and practically apply systems using set representations, reachability analysis and correct-by-construction methods.5 ECTSruns this semesterIN2383
39 more in Elective ModulesHumanoid Robotic SystemsNo ratings for this module yet.Elective Modules Systems and ControlYou will get an overview of central topics of humanoid robotics and apply the theory practically on the NAO platform. In the end you will be able to describe components of humanoid systems, name relevant terminology and current challenges, develop functional modules in ROS, and implement and present a complete control application for NAO.6 ECTSruns this semesterEI7210HW/SW CodesignNo ratings for this module yet.Elective Modules Systems and ControlYou will learn the design process of mixed hardware/software systems (e.g., SoCs) – from functional graphs through partitioning into hardware and software parts to FPGA netlists and executable object code. In the end, you will be able to model design problems, apply partitioning and scheduling algorithms, and evaluate the quality of resulting HW/SW solutions.5 ECTSruns this semesterEI70630Intelligent Robots with a Sense of SmellNo ratings for this module yet.Elective Modules Systems and ControlYou will learn how mobile robots can be used with gas sensing, e.g. for measuring air pollutants, mapping gas distributions and localizing emission sources. In the end you will be able to read gas sensor data from mobile platforms, estimate gas distributions and locate sources as well as assess typical physical, circuit and algorithmic challenges.7 ECTSruns this semesterCIT433039Introduction to Soft RoboticsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn the fundamentals, fabrication, modeling and control of soft robots (Soft Robotics). In the end you will be able to understand common soft actuators and sensors, understand simple soft manipulators and mobile soft robots, as well as create models (kinematics, dynamics) and apply control engineering approaches.6 ECTSruns this semesterCIT4330000Introduction to Surgical RoboticsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn how robotics is applied in surgery: from clinical use cases to technical fundamentals to the development of robot-assisted solutions for medical problems. In the end you will be able to assess deployment potentials, integrate robotics into surgical workflows, and design and present simple prototypes for defined clinical tasks.6 ECTSruns this semesterIN2292Machine Learning for Electronic Design Automation and ManufacturingNo ratings for this module yet.Elective Modules Systems and ControlYou will learn how machine-learning methods can support and improve the development, design, testing, and manufacturing of chips. The module combines theoretical fundamentals with current procedures and hands-on exercises, so you can apply machine-learning approaches to concrete design automation and manufacturing tasks.5 ECTSruns this semesterCIT433031Multi-Sensory Based Robot Dynamic ManipulationNo ratings for this module yet.Elective Modules Systems and ControlYou will learn to dynamically model serial robots and treat them with control engineering techniques. The emphasis is on iterative methods for deriving symbolic equations for kinematics and dynamics, as well as designing passivity-based control strategies and fusing multiple sensors signals (visual, tactile, force). In the end you can use these models in simulations (Matlab/Simulink) and implement control concepts.6 ECTSruns this semesterEI7408NeuroprostheticsNo ratings for this module yet.Elective Modules Systems and ControlYou will obtain the theoretical foundations of neuroprosthetics and implement them numerically in a accompanying computer exercise. The focus is on electrical stimulation of neurons using the example of cochlear implants; the goal is to develop and simulate a virtual middle ear implant model including the response of the auditory nerve.5 ECTSruns this semesterEI70270Neuroprosthetics: Artificial LimbsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn foundations and current developments of neuroprosthetics for arm and leg prostheses as well as methods for integration of control and sensory feedback. In the end you will be able to design concepts for mechatronic prosthetic systems, analyze EMG signals for multi-degree-of-freedom control, and critically assess functional evaluation methods.5 ECTSruns this semesterIN2405Optimal Control and Decision MakingNo ratings for this module yet.Elective Modules Systems and ControlYou learn methods of optimal control, optimization, model predictive control and learning-based controller design (including reinforcement learning). In the end you can formulate problems of optimal control, select numerical solution procedures and implement controllers as well as evaluate modern learning-based approaches.5 ECTSruns this semesterEI70140Programmierung und Regelung für Mensch-RoboterinteraktionNo ratings for this module yet.Elective Modules Systems and ControlYou deal with programming and control engineering for human-robot interaction. You will learn robotic modeling, various control strategies and their implementation in simulations and on the KUKA‑DLR lightweight robot, including practical testing and demonstrations.5 ECTSruns this semesterIN2308Technik autonomer SystemeNo ratings for this module yet.Elective Modules Systems and ControlYou will learn the fundamentals and techniques of autonomous technical systems: perception (multisensor fusion, localization, navigation, mapping, object recognition), planning and execution (task decomposition, reactive and knowledge-based behavior, learning) as well as architectural concepts. In the end you will be able to analyze problems of autonomous robotics and develop solutions as well as implement them in a project-oriented team setting.6 ECTSruns this semesterEI74371Trustworthy Machine Learning SystemsNo ratings for this module yet.Elective Modules Systems and ControlYou learn how to design and evaluate systems that provide trustworthy functions with machine-learning components. In the end you will be able to assess the necessity, benefits and challenges of such systems in various application fields, as well as analyze risks and derive appropriate measures to create trustworthy ML components.3 ECTSruns this semesterCIT4330017Zusätzliches Master-PraktikumNo ratings for this module yet.Elective Modules Systems and ControlYou work in a team on implementing a larger software application or a subproject from a specialized area of computer science. In the end you master methodically clean development of practice-relevant computer applications and can employ application-specific methods and systems according to the current state of technology.10 ECTSruns this semesterIN2257Advanced Multi-Fingered Robotic Hands: Dextrous Manipulation and Learning AINo ratings for this module yet.Elective Modules Systems and ControlIn this module you will learn how multi-finger robotic grippers with high-resolution tactile sensors and modern, simulation-based learning methods are used to achieve dexterous manipulation close to human capabilities. By the end you will be able to mathematically model hand and sensor physics, interpret fast GPU-based simulations, and understand and evaluate learning-based strategies for grasping, in-hand manipulation, and tactile fine manipulation.3 ECTSno date this semesterCIT433034Advanced Robot Control and LearningNo ratings for this module yet.Elective Modules Systems and ControlYou learn advanced methods of robot control, modeling, identification and bio-inspired adaptive impedance control as well as current learning approaches for physical systems. In the end you will be able to dynamically model robots, design modern controllers, exploit redundancy and apply learning procedures to real robotics tasks.6 ECTSno date this semesterIN2376Angewandte BiorobotikNo ratings for this module yet.Elective Modules Systems and ControlYou will learn how biological insights are used to solve technical tasks in bio robotics. The module provides foundations of bipedal locomotion, its control, and biologically inspired optimization methods, and applies this knowledge in a practical project in which you design, optimize, and evaluate a controller for a walking robot.6 ECTSno date this semesterMW2388Autonomous Navigation for Flying RobotsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn the fundamentals of autonomous navigation of quadrotors: from 3D geometry and probabilistic state estimation to visual odometry, SLAM and control engineering. In the end you will be able to estimate the position of a quadrotor from sensor data, implement an EKF and PID controller, and steer the quadrotor in simulation along a trajectory.2 ECTSno date this semesterIN2318BeinroboterNo ratings for this module yet.Elective Modules Systems and ControlYou will learn the modeling and control of leg-based robots (one-, two- and four-legged systems) as well as advanced control approaches such as model predictive control and whole-body control. In the end you will be able to create dynamic models and design control algorithms for different legged robots and apply them practically in simulations and experiments.5 ECTSno date this semesterCIT436000Biologically-Inspired Learning for Humanoid RobotsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn biological principles of learning and how they can be transferred to the control of humanoid robots. You will develop and test biologically inspired algorithms (e.g. for sensomotor mappings and reinforcement learning) and implement these on NAO robots with ROS.6 ECTSno date this semesterEI7263Cognitive SystemsNo ratings for this module yet.Elective Modules Systems and ControlIn this module you will learn fundamental concepts of human cognition (perception, cognition, action) and how these abilities can be transferred to technical systems, especially in robotics. In the end you will be able to apply mathematical and algorithmic methods as well as architectures for cognitive systems to realize perception, planning and action execution in technical systems.5 ECTSno date this semesterIN2222Control for Robotics: from Optimal Control to Reinforcement LearningNo ratings for this module yet.Elective Modules Systems and ControlYou learn fundamentals and practical methods from optimal control, model-based learning and reinforcement learning with a view to robotics applications. In the end you will derive optimal control approaches, implement them practically and design learning-based controllers that deal with disturbances and model inaccuracies.6 ECTSno date this semesterCIT4330014Cyber-Physical SystemsNo ratings for this module yet.Elective Modules Systems and ControlYou learn how to model and analyze systems in which computing elements are tightly linked to physical processes (Cyber‑Physical Systems). The focus is on continuous, discrete and hybrid dynamics as well as fundamental methods for simulation, stability analysis and control of such systems.6 ECTSno date this semesterIN2305Einführung in die digitale SignalverarbeitungNo ratings for this module yet.Elective Modules Systems and ControlYou learn the fundamentals of digital signal processing: signals and systems in the time and frequency domain, discretization, filter operations, frequency transformations, compression techniques and initial aspects of digital image processing. You also learn how the algorithms are implemented on a digital signal processor (DSP) and apply these implementations in the lab. In the end you can analyze theoretical concepts and practically implement suitable algorithms.7 ECTSno date this semesterIN2061Einführung in ROS (Robot Operating System)No ratings for this module yet.Elective Modules Systems and ControlYou learn how ROS (Robot Operating System) functions as middleware in modern autonomous systems and how to structure and develop complex robotics software with it. In the end you will be able to analyze ROS systems, implement your own nodes in C++, use simulation environments and design ROS-based software architectures.3 ECTSno date this semesterLRG6301Energie InformatikNo ratings for this module yet.Elective Modules Systems and ControlYou will learn how modern energy systems are formally modeled, simulated and operated with data-driven informatics methods. In the end you will be able to apply forecasting, optimization and control approaches (e.g., ML, optimization, MPC) to energy generation, networks, storage and flexible loads and assess their role in energy management systems.5 ECTSno date this semesterED180013Entrepreneurial Opportunities in 6G Communication Network Technologies (Lecture Series)No ratings for this module yet.Elective Modules Systems and ControlYou will learn the fundamentals, potential, and current developments around 6G communication and identify concrete business opportunities. In the end, you will be able to analyze market needs and technological gaps, assess risks, and develop innovative business models.5 ECTSno date this semesterCIT433025Fundamentals of Human-Centered RoboticsNo ratings for this module yet.Elective Modules Systems and ControlYou learn the fundamentals and methods for human-centered, collaborative robot systems: mechanical design, control engineering, perception and real-time motion planning for safe physical human-robot interaction. In the end you will be able to evaluate methods for safe interaction, apply robot control programs and global motion planning in dynamic environments, and practically implement collision-avoiding planning algorithms.6 ECTSno date this semesterIN2371Humanoid Sensors and ActuatorsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn the fundamentals and advanced principles of sensors and actuators for humanoid robots. You will acquire knowledge on signal conditioning, processing, and the design of control systems. In the end, you will be able to practically integrate, implement, and apply humanoid sensing and actuation in your own project.6 ECTSno date this semesterEI7231Introduction to Emerging Computing TechnologiesNo ratings for this module yet.Elective Modules Systems and ControlYou will get to know various novel computing technologies — for example quantum computing, reversible circuits, microfluidic systems (labs-on-a-chip) and field-coupled nanotechnologies. In the end you will understand the basic concepts, typical applications and how design steps and methods differ from conventional systems.5 ECTSno date this semesterCIT3330001Introduction to Mobile RoboticsNo ratings for this module yet.Elective Modules Systems and ControlYou will learn how mobile, especially wheel-driven robots perceive their environment, map it, and move autonomously within it. In the end you can develop probabilistic sensor and motion models, apply filter methods for localization and SLAM, and implement fundamental methods for path planning and obstacle avoidance.6 ECTSno date this semesterCIT3330000Master Seminar - Artificial Intelligence und Machine Learning Trends in der RobotikNo ratings for this module yet.Elective Modules Systems and ControlYou engage with current developments at the interface of Artificial Intelligence, Machine Learning and related software technologies in robotics. In the module you analyze trends for components of a robotics software stack (e.g., Perception, Planning, Control) and for different applications (e.g., UAVs, Autonomous Driving, Human–Robot Interaction). At the end you will be able to access scientific papers on these topics, evaluate trends and classify the state of the art.3 ECTSno date this semesterED110071Modelling and Control of Legged RobotsNo ratings for this module yet.Elective Modules Systems and ControlYou learn how to create models and develop control systems for swing- and floating-base-legged arms or walking robots (humanoids and quadrupeds). In the end you can build dynamic and kinematic models, design whole control loops (including full-body and gait control), and apply classical as well as optimal methods for gait control.6 ECTSno date this semesterCIT4330007Nonlinear ControlNo ratings for this module yet.Elective Modules Systems and ControlYou will learn analysis and design methods for nonlinear dynamic systems in state space. After the module you will be able to assess the stability of equilibrium points, apply fundamental differential-geometric concepts, and design nonlinear control strategies such as backstepping, passive-based control, and flatness-based feedforward controllers.5 ECTSno date this semesterMW1808Power Electronics and Drives for Electric VehiclesNo ratings for this module yet.Elective Modules Systems and ControlIn this module you will learn power electronics and drive technology used in modern electric vehicles. You will understand energy conversion, torque generation in electrical machines, and the control of drives and charging infrastructure, and you will be able to compare the relevant converter topologies and their operating modes.5 ECTSno date this semesterEI7495Project Course Drive Systems and Power ElectronicsNo ratings for this module yet.Elective Modules Systems and Control6 ECTSno date this semesterEI7417Robot Motion PlanningNo ratings for this module yet.Elective Modules Systems and ControlYou learn methods for planning robot movements in different information scenarios: from planning procedures with complete environment knowledge to local, partially-known environments to probabilistic sampling methods for high-dimensional spaces. You will also learn data fusion and filtering procedures (Kalman filter, particle filter) with which maps are created and Simultaneous Localization and Mapping (SLAM) implemented, so you can plan collision-free trajectories.5 ECTSno date this semesterIN2138Tracking and Detection in Computer VisionNo ratings for this module yet.Elective Modules Systems and ControlYou will learn modern methods of object detection and tracking in images and videos. In the end you will be able to understand, implement, and apply central detection and tracking algorithms to more complex practical problems.7 ECTSno date this semesterIN2210Vernetzte RegelungssystemeNo ratings for this module yet.Elective Modules Systems and ControlYou learn fundamentals and methods of networked control systems. In the module you cover model building, analysis and design of distributed control under communication constraints and apply concepts such as consensus, synchronization, stabilization and optimal control. In the end you will be able to model networked dynamic systems, analyze their behavior and design distributed controllers.5 ECTSno date this semesterEI7391
25 more modules match, but they are taught in German. Show themAnerkennung aus dem Wahlbereich Systems and ControlNo ratings for this module yet.Elective Modules Systems and Controlno date this semesterIN99595Anerkennung aus dem Wahlbereich Systems and ControlNo ratings for this module yet.Elective Modules Systems and Controlno date this semesterIN99596Anerkennung aus dem Wahlbereich Systems and ControlNo ratings for this module yet.Elective Modules Systems and Controlno date this semesterIN99597Anerkennung aus dem Wahlbereich Systems and ControlNo ratings for this module yet.Elective Modules Systems and Controlno date this semesterIN99598Bachelor Praktikum: Beschleunigung von Convolutional Neural Networks mit programmierbarer LogikNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN4343Bachelor-/Master-Praktikum - Introduction to Process Mining with Implementation of a WebserviceNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN213002Elektrische Antriebe - Grundlagen und AnwendungenNo ratings for this module yet.Elective Modules Systems and ControlDu lernst den Aufbau und das Verhalten geregelter elektrischer Antriebe sowie das Zusammenspiel ihrer Komponenten (elektrische Maschine, Stromrichter, Steuerung/Regelung). Am Ende kannst du Wechselwirkungen innerhalb des Antriebs und mit übergeordneten Systemen erkennen, beurteilen und grob berechnen sowie Antriebe für praktische Anwendungen dimensionieren. Außerdem verstehst du die elektromagnetische Drehmomenterzeugung, Spannungsinduktion und die Grundlagen der CE‑Kennzeichnung für Antriebe.5 ECTSno date this semesterEI0610Fortgeschrittene Konzepte der Wahrnehmung für RobotersystemeNo ratings for this module yet.Elective Modules Systems and ControlDu lernst, wie Wahrnehmungssysteme für autonome und semiautonome Roboter aufgebaut sind, welche Sensoren und Sensortechnologien zur Verfügung stehen und wie man mit unsicherer Information umgeht. Am Ende kannst du Wahrnehmungsaufgaben analysieren und ein geeignetes Perzeptionssystem für ein Robotersystem konzipieren.3 ECTSruns this semesterEI7623Intelligente Verfahren in der ElektromobilitätNo ratings for this module yet.Elective Modules Systems and ControlDu lernst intelligente Verfahren für Elektrofahrzeuge und deren Komponenten des elektrischen Antriebsstrangs anzuwenden. Schwerpunkt sind modellbasierte und datengetriebene Methoden zur Zustands- und Parameterschätzung, Diagnose sowie thermische Modellbildung von Batteriezellen. Am Ende kannst du Methoden auswählen, einsetzen und die Ergebnisse analysieren und bewerten.5 ECTSno date this semesterEI71107Master Praktikum Games Engineering: Augmented RealityNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN710616AMaster-Praktikum - Advanced Topics in 3D Computer VisionNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN4023Master-Praktikum Games Engineering: Computer Graphics and VisualizationNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN710615AMaster-Praktikum Games Engineering: Scientific ComputingNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN710605AMasterpraktikum Games Engineering: Connected MobilityNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN710624AMasterpraktikum Games Engineering: Echtzeitsysteme und RobotikNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterIN710606AModel Based Systems EngineeringNo ratings for this module yet.Elective Modules Systems and ControlDu lernst, wie man komplexe technische Systeme mithilfe von modellbasiertem Systems Engineering (MBSE) strukturiert beschreibt und analysiert. Am Ende kannst du SysML-Diagramme erstellen und bewerten sowie MBSE auf praktische Systeme anwenden.3 ECTSruns this semesterMW0141Moderne Methoden der RegelungstechnikNo ratings for this module yet.Elective Modules Systems and ControlIm Praktikum setzt du moderne Regelungsverfahren an realen mechatronischen und verfahrenstechnischen Laboraufbauten um. Du arbeitest mit MATLAB/Simulink und Echtzeitsystemen (z.B. dSPACE, Speedgoat), entwirfst und testest Regler für verschiedene Versuchsaufbauten und lernst, das Verhalten geregelter Systeme zu beurteilen und geeignete Parameter zu finden.4 ECTSno date this semesterMW0573Moderne Methoden der Regelungstechnik 1No ratings for this module yet.Elective Modules Systems and ControlDu lernst moderne Zustandsraummethoden zur Auslegung von Mehrgrößenregelsystemen kennen und anzuwenden. Am Ende kannst du lineare Zustandsregler und Zustandsbeobachter entwerfen, Systemeigenschaften wie Stabilität, Steuer- und Beobachtbarkeit beurteilen und Maßnahmen zur Störunterdrückung sowie Ein-/Ausgangs-Linearisierung für ein- bzw. ein-/ausgangslineare Systeme entwerfen.5 ECTSno date this semesterMW0538Moderne Methoden der Regelungstechnik 2No ratings for this module yet.Elective Modules Systems and ControlDu lernst Methoden zur optimalen Steuerung und Regelung dynamischer Systeme sowie Verfahren für nichtlineare Regelungen. Ein Schwerpunkt ist die Herleitung und Anwendung optimaler Regelgesetze (z. B. zeit- oder verbrauchsoptimale Lösungen, LQ-Regler, Pontryagin-Minimumprinzip, dynamische Programmierung). Daneben werden wichtige Konzepte und Entwurfsverfahren für nichtlineare Systeme behandelt (z. B. Ein-/Ausgangslinearisierung, Flachheit, Zustandsbeobachtung, Ljapunow-Methoden). Am Ende kannst Du optimale Regelungen entwerfen, Stabilität nichtlinearer Systeme beurteilen und Beobachter für nichtlineare Systeme konstruieren.5 ECTSruns this semesterMW0539Praktikum: Smart Self-Adaptive Cyber-Physical Systems - A road towards Autonomous SystemsNo ratings for this module yet.Elective Modules Systems and Control10 ECTSno date this semesterin4257Regelung moderner LeichtbauroboterNo ratings for this module yet.Elective Modules Systems and ControlDu lernst regelungstechnische Methoden für moderne, leichte Roboter kennen und anzuwenden. Schwerpunkte sind passivitäts- und energiebasierte Analyse sowie nachgiebige Regelungsansätze für Starrkörperroboter, Roboter mit flexiblen Gelenken und variabel einstellbarer Gelenksteifigkeit. Am Ende kannst Du passende Regelkonzepte auswählen, analysieren und in Simulation implementieren.3 ECTSruns this semesterIN2373Regelungs- und Steuerungstechnik 2No ratings for this module yet.Elective Modules Systems and Control5 ECTSno date this semesterEI5111Reglerimplementierung auf MikrocontrollernNo ratings for this module yet.Elective Modules Systems and ControlDu lernst, wie sich kostengünstige 8‑Bit‑Mikrocontroller zur Implementierung von Regelungen und Steuerungen nutzen lassen. Nach dem Praktikum kannst du selbständig embedded C‑Code für Peripherie, Sensorfusion, digitale PID‑Regler, Odometrie und Trajektorienverfolgung auf Mikrocontrollern entwickeln und testen.4 ECTSruns this semesterMW1340RennsporttechnikNo ratings for this module yet.Elective Modules Systems and ControlDu erhältst einen Überblick über zentrale Komponenten und Fragestellungen der Rennsporttechnik – von Reglementen über Reifen, Aerodynamik, Werkstoffe und Fahrwerk bis zu Mess- und Abstimmtechnik sowie alternativen Antrieben. Am Ende kannst Du Anforderungen und Umfeld von Rennfahrzeugen verstehen und diese mit Straßenfahrzeugen in Bezug setzen sowie die Rollen von Fahrer, Konstrukteur und Renningenieur einordnen.3 ECTSruns this semesterMW1619Steuerung autonomer SystemeNo ratings for this module yet.Elective Modules Systems and Control5 ECTSno date this semesterMW1325