Modules

54 results

Master's Modules54

Advanced RheologyAngrenzende Fachgebiete (bis maximal 15 Credits)You learn rheological fundamentals and their application to the analysis and modeling of the deformation behavior of viscoelastic liquids and solids. In the end you will be able to determine rheological key parameters, assign appropriate rheological constitutive models, and draw initial conclusions about microstructural causes of rheological behavior.5 ECTSruns this semesterBGU35016Advanced Robot Learning and Decision-MakingAngrenzende Fachgebiete (bis maximal 15 Credits)You 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 semesterCIT433037Advanced Topics of Software EngineeringAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn how requirements, architecture, design, implementation and quality assurance are tightly interlinked in the development of large software systems. In the end you will be able to elicit and specify requirements (functional and non-functional), assess their impact on architecture and code, and analyze architectures and solution approaches regarding central quality attributes.8 ECTSruns this semesterIN2309BioMEMS and MicrofluidicsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn fundamental concepts and applications of microfluidic and microelectromechanical systems (BioMEMS) for biological questions. The module combines electrodynamics, surface science and fluid mechanics, shows principles of lab-on-a-chip systems and covers cell-based microfluidic systems as well as chip-based neuroscience applications. In the end you will be able to explain physical mechanisms and assess their application in BioMEMS and microfluidics.5 ECTSruns this semesterEI7473Design of Digital CircuitsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn how digital integrated circuits are designed: from physical principles through power consumption and timing behavior to concrete implementation concepts for basic components. In the end you can make design decisions, follow design processes, and relate hardware descriptions to their implementation in circuits.5 ECTSruns this semesterCIT433033
49 more in Master's ModulesEchtzeitsystemeAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the specific methods, problems and solutions for real-time systems. You will understand how real-time systems differ from general systems, how modelling, scheduling, concurrent programming, real-time capable communication as well as typical hardware for sensing and actuation are used, and you will be able to select and implement suitable solutions. The module closes with an introduction to fault-tolerant systems.6 ECTSruns this semesterIN2060Embedded Systems and SecurityAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn how embedded systems (e.g. microcontrollers) are built and operated and how to secure them against attacks. In the end you can implement tasks on real hardware, identify typical vulnerabilities, select appropriate protective measures and apply security functions (e.g. cryptography, separation).6 ECTSruns this semesterCIT433040Fundamentals of Energy ModellingAngrenzende Fachgebiete (bis maximal 15 Credits)You learn how expansion and modernization planning of power plants as well as load-flow problems in modern energy systems are formulated and solved as mathematical optimization problems. In the end you can formulate (non-)linear and mixed-integer models and apply and assess suitable solution approaches for applications such as optimal load flow or power plant deployment planning.5 ECTSruns this semesterED180003Grundlagen der Elektrochemie, KlausurAngrenzende Fachgebiete (bis maximal 15 Credits)You receive a compact introduction to electrochemical fundamentals and common electroanalytical methods. You will learn thermodynamics and electrode potentials, ion transport, electrode kinetics as well as mass transport and you will be able to apply this knowledge to methods such as cyclic voltammetry, rotating disk, microelectrodes and electrochemical impedance spectroscopy. In addition, solid-state conductivities and thermoelectric materials as well as complementary spectroscopic methods are covered.5 ECTSruns this semesterCH3065Industrielle Chemische Prozesse 1 - Katalyse für Energie, KlausurAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn chemical fundamentals and engineering aspects of important industrial processes, especially catalytic processes in refining (e.g. FCC, Reforming, Hydrotreating, Alkylation) as well as processes for the production of alternative fuels from synthesis gas. In the end you will be able to analyze these processes and apply the knowledge to related questions in refining and energy process engineering.5 ECTSruns this semesterCH3094Introduction to Deep Reinforcement LearningAngrenzende Fachgebiete (bis maximal 15 Credits)You learn the theory and fundamentals of Deep Reinforcement Learning (DRL) as well as relevant deep-learning and reinforcement-learning concepts. By the end you will be able to model problems as Markov Decision Processes, understand and apply DRL algorithms, and assess their advantages and disadvantages.6 ECTSruns this semesterMGT001299Konzepte und Software Design für Cyber-Physische SystemeAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn central concepts and techniques for cyber-physical systems (CPS) and will be able to design and analyze time-sensitive software for CPS. This includes signal processing, time-critical I/O, microprocessor interfaces, data communication as well as real-time operating systems and techniques.5 ECTSruns this semesterMW2411Maschinelles Lernen im EnergiemanagementAngrenzende Fachgebiete (bis maximal 15 Credits)The module conveys data-driven prediction and control methods for next-generation energy management systems. You will learn how machine learning techniques are used for load and generation forecasting, system identification, and data-driven control (e.g., model predictive control, Deep Reinforcement Learning) to improve efficiency and the use of renewable energies.5 ECTSruns this semesterED180026Medizinische Gerätekunde und Computer-assistierte ChirurgieAngrenzende Fachgebiete (bis maximal 15 Credits)In this module you will learn the technical fundamentals of medical devices and systems used in clinics and research. You will gain insights into robotic and navigated surgical procedures, medical data technology, as well as training and simulation methods including additive manufacturing. In the end you will understand the connections between clinical disciplines and current research directions and know relevant industrial applications.6 ECTSruns this semesterIN5901Operations Research and Decision AnalysisAngrenzende Fachgebiete (bis maximal 15 Credits)You learn to formulate decision problems as mathematical optimization models and to solve them with suitable algorithms. The module covers classical OR methods (e.g. linear and mixed-integer programming, network flows, dynamic programming) as well as decision analysis under uncertainty (decision trees, multi-criteria decision making). In the end you can compute solutions with standard software and interpret the results.6 ECTSruns this semesterMGT001374Optimal Control and Decision MakingAngrenzende Fachgebiete (bis maximal 15 Credits)You 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 semesterEI70140Physics of FluidsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the physical foundations of fluids from the molecular to the continuum scale. The course combines molecular dynamics, kinetic theory, and classical continuum and gas dynamics, covers boundary layers, interfacial flows, phase transitions, as well as the emergence of multi-scale systems and turbulence, and enables you to physically analyze flows and develop models.5 ECTSruns this semesterMW2361Probability Theory and Uncertainty QuantificationAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn methods for modeling stochastic behavior in physical and technical systems (probabilistic modeling) and techniques for quantifying the resulting uncertainties. The focus is on uncertainty propagation through numerical models, backpropagation of uncertainties via data assimilation and Bayesian calibration, as well as optimization and design under uncertainty.5 ECTSruns this semesterMW2360Programmierung und Regelung für Mensch-RoboterinteraktionAngrenzende Fachgebiete (bis maximal 15 Credits)You 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 semesterIN2308Radar Signals and SystemsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the physical fundamentals and system aspects of radar technology as well as methods for signal processing. In the end you will be able to apply operating modes (CW, FMCW, pulsed), metrics (range, resolution, SNR) and basic signal processing procedures, and you will be able to analyze and evaluate radar systems as functional units.5 ECTSruns this semesterEI73761Seminar on Hyperloop TechnologyAngrenzende Fachgebiete (bis maximal 15 Credits)In the module you will gain an overview of technologies and components of the Hyperloop system, including magnetic levitation techniques, linear drives, aerodynamics in low-pressure environments, and safety-relevant aspects of passenger transport. After completion you will be able to classify the relevant technologies, assess their advantages and disadvantages as well as the interactions between the involved technical disciplines.5 ECTSruns this semesterED110180Smarte Mobilität - verstehen, modellieren, gestalten (6 ECTS)Angrenzende Fachgebiete (bis maximal 15 Credits)In this module you will learn to understand mobility systems, map them with data and models, and design new solutions. In the end you will be able to analyze mobility demand, model, compare and evaluate CASE solutions (Connected, Autonomous, Shared, Electrified) with regard to economic, ecological and social impacts.6 ECTSruns this semesterED150008Standardized In-vehicle Communication Networks in Off-road VehiclesAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn about communications systems in off-road vehicles (tractors, attachment implements) — from topology and physical wiring to CAN bus basics and middleware concepts for modular vehicles. In the end you will be able to analyze signals and data frames, explain bus arbitration, and design communication requirements for modular vehicle applications.5 ECTSruns this semesterLS10047Structural Optimization 1Angrenzende Fachgebiete (bis maximal 15 Credits)In this module you will get an introduction to methods and applications of structural optimization for engineers. You will learn mathematical basics, modeling and formulation of optimization tasks as well as relevant optimization algorithms, and you will be able to perform simple optimization and sensitivity analyses as well as multi-criteria problems at the end.3 ECTSruns this semesterBV010023Sustainable MobilityAngrenzende Fachgebiete (bis maximal 15 Credits)In the module Sustainable Mobility you will learn concepts and assessment methods for sustainability in the mobility sector. You will be able to categorize sustainability questions of mobility systems and perform and interpret life cycle analyses as well as life cycle cost analyses.5 ECTSruns this semesterEI80004System-on-Chip TechnologiesAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the fundamentals, current trends and challenges in the development of digital system-on-chip (SoC). You understand the structure and function of the most important SoC building blocks — processors, memory and interconnects — as well as implementation methods (FPGA, standard-cell, full-custom) and energy-saving approaches in embedded systems.5 ECTSruns this semesterEI7384Technik autonomer SystemeAngrenzende Fachgebiete (bis maximal 15 Credits)You 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 semesterEI74371Technische Akustik und LärmbekämpfungAngrenzende Fachgebiete (bis maximal 15 Credits)You learn the basics of technical acoustics and measures to combat noise. The module covers sound generation and propagation, room acoustics, sound insulation (air- and mass-insulation), measurement procedures and relevant regulations. By the end you can analyze noise problems, perform simple measurements, and calculate sound insulation measures as well as room acoustics.6 ECTSruns this semesterEI73871Advances in Electric AircraftAngrenzende Fachgebiete (bis maximal 15 Credits)The module introduces electric aviation. You will learn the architecture and main components of electric and hybrid aircraft (in particular propulsion and energy storage systems), design concepts as well as operational and regulatory aspects and you can apply basic performance evaluation methods.5 ECTSno date this semesterED110052Angewandte Elektrochemie, KlausurAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the electrochemical fundamentals of important energy conversion and storage technologies (e.g., fuel cells, electrolysis, batteries, supercapacitors, redox-flow systems). By the end you will be able to explain operating principles, electrochemical and thermodynamic processes, assess applications, and formulate research questions related to these technologies.5 ECTSno date this semesterCH3063Coding Lab: Deep Reinforcement LearningAngrenzende Fachgebiete (bis maximal 15 Credits)You work on a real application case in the area of Deep Reinforcement Learning. Building on the fundamentals of the course "Introduction to Deep Reinforcement Learning" you will learn to design and implement advanced DRL methods to solve practical problems.6 ECTSno date this semesterMGT001389Corporate FinanceAngrenzende Fachgebiete (bis maximal 15 Credits)You learn the fundamental concepts of corporate finance: valuation of firms and options, capital structure, dividend policy, market efficiency, as well as transactions such as IPOs and M&A. In the end you will be able to critically discuss these concepts, value financial and real options, and make decisions on financing and valuation questions (e.g., DCF, option valuation).6 ECTSno date this semesterWI000091Distributed SystemsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the core principles and building blocks of large-scale distributed systems: communication, coordination, fault tolerance, and replication. In the end you will be able to understand typical algorithms and protocols (e.g., logical clocks, consensus/Paxos, replication schemes, DHTs), assess their properties, and apply them in the design of distributed applications.5 ECTSno date this semesterIN2259Energy Systems & Energy EconomicsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the structure, development and functioning of energy systems, as well as fundamental terms of energy economics. At the end you will be able to describe energy generation and use technically and economically, assess energy systems, and derive measures to stabilize power grids.5 ECTSno date this semesterEI8029Experimentelle VibroakustikAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn methods of experimental vibroacoustics for the practical investigation of vibration systems in structural dynamics and acoustics. You can plan and conduct measurements (sensor selection, measurement chain, parameter settings), process and evaluate measurement data in time and frequency domains, and implement system identification and practical applications.5 ECTSno date this semesterED140004Foundations of Integrated Product DesignAngrenzende Fachgebiete (bis maximal 15 Credits)You will get an overview of the typical design process in product design and learn fundamentals such as form finding, manufacturing techniques, cost calculation and marketing strategies. In the end you can design a low-complexity product yourself, realize it as a 1:1 prototype, and apply the design process in future projects.6 ECTSno date this semesterED120067Fundamentals of Human-Centered RoboticsAngrenzende Fachgebiete (bis maximal 15 Credits)You 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 semesterIN2371Grundlagen von Computer VisionAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn how images are formed and how to process image information for measurement and control tasks. The module covers surface properties, camera models and lenses as well as basic image processing and 3D reconstruction methods (stereo, shape from shading, structure-from-motion). In the end you will be able to calibrate camera systems and assess and apply methods for 3D reconstruction and image processing for robotic applications.4 ECTSno date this semesterIN2133Industrielle Chemische Prozesse 2 - Katalyse für Synthese, KlausurAngrenzende Fachgebiete (bis maximal 15 Credits)You will become familiar with industrial synthesis processes for inorganic and organic basic chemicals as well as intermediates, with a particular focus on the role of catalysts (heterogeneous and homogeneous) and operating conditions. Topics include biomass conversion, production of ammonia, sulfuric and nitric acid, processes for the production of light olefins and aromatics, as well as selective oxidation, selective hydrogenation, chiral synthesis and examples such as acryl-, maleic- and phthalic acid. More recent developments such as metallocene catalysts for olefin polymerisation are also presented.5 ECTSno date this semesterCH3095Introduction to BioengineeringAngrenzende Fachgebiete (bis maximal 15 Credits)5 ECTSno date this semesterME25666Introduction to Biological ImagingAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn the engineering fundamentals of modern biological imaging with a focus on image reconstruction (tomography). You will gain insight into hardware, physical principles and algorithmic implementation of common and emerging imaging methods (e.g. microscopy, MRI, optical/optoacoustic methods) as well as applications in biology and medicine.6 ECTSno date this semesterME562Marketing and Innovation Management (MiM)Angrenzende Fachgebiete (bis maximal 15 Credits)You learn how innovations arise from market and organizational perspectives, how they are steered and commercialized, and how marketing strategies and instruments create customer value, satisfaction, and loyalty. In the end, you can apply and evaluate models for the market side of innovation, the organization of innovation processes, and fundamental marketing concepts.6 ECTSno date this semesterWI001129Nano- and MicroroboticsAngrenzende Fachgebiete (bis maximal 15 Credits)You learn the fundamentals and current concepts of nano- and microrobotics with a focus on biomedical applications. In the end you understand physical principles in the submillimeter range, materials and fabrication methods, as well as actuation and control mechanisms, and you can critically assess design decisions for small robotic systems and their integration into biological environments.5 ECTSno date this semesterEI71091Parallel ProgrammingAngrenzende Fachgebiete (bis maximal 15 Credits)You learn concepts and techniques for parallel programming for distributed and shared memory architectures. The focus is on MPI for distributed systems and OpenMP for shared memory; in addition, dependency analysis, program transformations and newer programming models (e.g. PGAS, CUDA, OpenCL, OpenACC) are covered. In the end you will be able to create programs with MPI and OpenMP, assess their performance and analyze and optimize parallelized applications.5 ECTSno date this semesterIN2147Patent- und GeheimnisschutzAngrenzende Fachgebiete (bis maximal 15 Credits)You will gain an overview of patent protection and the legal as well as actual protection of trade secrets. At the end you will be able to classify patents and trade secrets, capture their legal framework, and assess concrete factual situations from patent and trade secret protection perspectives.6 ECTSno date this semesterWI001071Polymerphysik 1Angrenzende Fachgebiete (bis maximal 15 Credits)You will receive an introduction to the physics of polymers: from classical and modern applications, through the description of chain conformations, to properties of solutions, melts and crystalline polymers. In the end you will be able to describe polymer structure and properties, analyze characterization methods and phase diagrams, and assess mechanical and thermal properties.5 ECTSno date this semesterPH2046Polymerphysik 2Angrenzende Fachgebiete (bis maximal 15 Credits)You will learn about advanced physical concepts of polymers (plastics), e.g. surfaces and interfaces, dynamics in melts, thin films, block copolymers, gels and electrical properties. In the end you will be able to describe these systems physically, assess their structures and properties, and categorize typical experimental methods.5 ECTSno date this semesterPH2047Production and Logistics (MiM)Angrenzende Fachgebiete (bis maximal 15 Credits)You will be introduced to planning problems in production and logistics as well as to methods for solving them. At the end you will be able to classify problems on strategic, tactical and operational levels, select appropriate solution approaches and apply simple quantitative models.6 ECTSno date this semesterWI001131Production of Renewable FuelsAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn industrial processes for producing renewable fuels, be able to formulate material and energy balances for these processes and assess their sustainability. You will also understand the limits regarding feedstock supply, energetic efficiency and market requirements as well as the interactions between fuel and energy markets.5 ECTSno date this semesterCS0003Robotic 3D VisionAngrenzende Fachgebiete (bis maximal 15 Credits)In this module you will learn methods of 3D image processing for robotics. Focus areas are multi-view geometry, visual localization and mapping (SLAM) with monocular, stereo, RGB-D and inertial sensors, as well as 3D object recognition and tracking. In the end you will be able to practically work on basic tasks such as visual odometry, SLAM and 3D object pose estimation and understand the underlying theories.5 ECTSno date this semesterIN2355Satellite NavigationAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn how satellite-based navigation systems determine position, time and velocity using radio measurements. You understand influencing factors such as satellite geometry, measurement errors and propagation disturbances, and you know the fundamental algorithms for the design of a simple receiver.6 ECTSno date this semesterEI0432Signal Processing for Audio TechnologyAngrenzende Fachgebiete (bis maximal 15 Credits)You will learn fundamental techniques of digital audio signal processing for applications such as filtering, effects, dynamic processing, room and binaural synthesis, and real-time processing. In the end you will be able to understand these methods, implement them in MATLAB, and apply them practically to audio signals.8 ECTSno date this semesterEI7493Space ExplorationAngrenzende Fachgebiete (bis maximal 15 Credits)The module offers an introduction to space exploration: history, the formation of the solar system, planets, moons, small bodies, trajectories as well as mission and space systems. You will learn to evaluate scientific mission objectives, to develop mission architectures, and to formulate technology requirements.5 ECTSno date this semesterED110108Space Transportation Design ChallengeAngrenzende Fachgebiete (bis maximal 15 Credits)You work in a team on the design of a spacecraft transport system for a given mission (Earth-to-orbit, in-orbit, or interplanetary). You learn to understand the main trade-offs and physical relationships, to dimension the main subsystems, and to design a complete, functional system.5 ECTSno date this semesterED110098
17 more modules match, but they are taught in German. Show themBiophysikAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst grundlegende Konzepte der theoretischen und experimentellen Biophysik. Das Modul vermittelt Bausteine lebender Systeme, Enzymkinetik, Struktur- und Musterbildung, Neurobiophysik, Bioenergetik, Nichtgleichgewichts-Thermodynamik, molekulare Wechselwirkungen sowie Simulations- und Modellierungsmethoden. Am Ende kannst Du diese Prozesse quantitativ beschreiben und physikalisch ableiten.10 ECTSno date this semesterPH0020ControllingAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst die Grundlagen der koordinationsorientierten Instrumente des Controllings kennen. Am Ende kannst du zentrale Aufgaben, Systeme und Instrumente des Controllings beschreiben, ihre Anwendung auf praktische Probleme analysieren und strukturierte Lösungsvorschläge entwickeln.6 ECTSruns this semesterWI001083Einsatz und Realisierung von DatenbanksystemenAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst, wie moderne Datenbanksysteme aufgebaut und eingesetzt werden. Am Ende kannst Du wesentliche Komponenten (Transaktionsverwaltung, Recovery, Mehrbenutzersynchronisation, physische Organisation, Anfragebearbeitung) erklären, Algorithmen und Datenstrukturen implementieren sowie Einsatzszenarien kritisch bewerten und skizzieren.6 ECTSno date this semesterIN2031EpidemiologieAngrenzende Fachgebiete (bis maximal 15 Credits)In dem Modul lernst Du die Grundlagen der Epidemiologie kennen: relevante Begriffe, Kennzahlen und Studientypen sowie Prinzipien zur Untersuchung von Zusammenhängen zwischen Expositionen und gesundheitlichen Outcomes. Am Ende bist Du in der Lage, epidemiologische Maßzahlen zu berechnen und zu interpretieren, Studiendesign-Unterschiede zu erklären sowie Bias, Confounding und Effektmodifikation zu erkennen.3 ECTSruns this semesterME312Experimentalphysik 3Angrenzende Fachgebiete (bis maximal 15 Credits)In diesem Modul behandelst Du Optik von elektromagnetischen Wellen über geometrische Optik bis zu Quantenphänomenen des Lichts. Am Ende kannst Du optische Geräte und Abbildungssysteme analysieren, Beugungs- und Interferenzphänomene erklären und den Übergang zur Quantenphysik beschreiben und zur Lösung passender Probleme anwenden.8 ECTSruns this semesterPH0003Funktionale SicherheitAngrenzende Fachgebiete (bis maximal 15 Credits)Das Modul behandelt die funktionale Sicherheit in Fahrzeugen anhand der Norm ISO 26262. Du lernst, Gefahren und Risiken für elektrische/elektronische Systeme zu analysieren sowie Methoden der modellbasierten Funktionsentwicklung und -absicherung anzuwenden. Außerdem kannst du Entwicklungswerkzeuge klassifizieren und hinsichtlich ihrer Qualifizierung beurteilen.4 ECTSno date this semesterIN2247Grundlagen der EnergiewirtschaftAngrenzende Fachgebiete (bis maximal 15 Credits)Du erhältst grundlegendes Wissen zur Energieversorgung, zu Energieträgern sowie zu konventionellen und erneuerbaren Erzeugungstechniken. Am Ende kannst du Kraftwerksbetrieb und Energiesysteme technisch, energetisch und ökonomisch beschreiben, einfache Systeme auslegen und deren Energieertrag berechnen.5 ECTSno date this semesterEI0709Grundlagen Elektrischer EnergiespeicherAngrenzende Fachgebiete (bis maximal 15 Credits)Du erhältst eine Einführung in Grundlagen und Funktionsweisen elektrischer Energiespeicher. Du lernst verschiedene Speichertechnologien (mechanisch, elektrisch, chemisch) zu verstehen, zu berechnen und systematisch zu bewerten. Am Ende kannst du Speichersysteme inklusive notwendiger Wandlersysteme mithilfe eines abstrakten, technologieunabhängigen Speichermodells beschreiben und analysieren.5 ECTSruns this semesterEI0611Grundlagen: DatenbankenAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst die Grundlagen relationaler Datenbanksysteme: von SQL und Datenintegrität über konzeptionellen und physischen Entwurf bis hin zu Anfragebearbeitung, Transaktionsverwaltung und Grundlagen von Recovery, Backup und Mehrbenutzersynchronisation. Am Ende kannst du Datenbanken entwerfen, komplexe SQL-Anfragen formulieren und die Betriebssicherheit (z. B. Autorisierung, Recovery) beurteilen.6 ECTSruns this semesterIN0008HalbleitersensorenAngrenzende Fachgebiete (bis maximal 15 Credits)Du erhältst einen kompakten Einstieg in Physik, Technologie und Anwendungen von Halbleitersensoren. Nach dem Modul kannst du grundlegende Wirkprinzipien (elektro-mechanisch, thermoelektrisch, opto-elektrisch, magneto-elektrisch) sowie Materialeigenschaften erklären und diese Prinzipien auf einfache Problemstellungen und Sensorkonzepte anwenden.5 ECTSruns this semesterEI0622Informationssysteme und EntscheidungsunterstützungAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst, wie Informationssysteme, Prozessmodellierung und Simulation eingesetzt werden, um Entscheidungsunterstützung und Qualitätsmanagement im Gesundheitswesen zu realisieren. Am Ende kannst du Grundlagen der medizinischen Bild- und Biosignalverarbeitung sowie klinischer Studien und eHealth-Anwendungen einordnen und ihre Rolle für evidenzbasierte Medizin und klinische Abläufe beschreiben.5 ECTSruns this semesterME522Meteorologie, Klimatologie und KlimawandelAngrenzende Fachgebiete (bis maximal 15 Credits)In diesem Modul lernst Du die Grundlagen der Meteorologie, Klimatologie und des Klimawandels. Du verstehst meteorologische Grundbegriffe, Berechnung meteorologischer Parameter, großräumige und regionale Klimaprozesse sowie Wechselwirkungen zwischen Atmosphäre, Landnutzung und Städten und kannst Auswirkungen von Klimaveränderungen abschätzen.5 ECTSruns this semesterWZ0008Modellierung verteilter SystemeAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst, wie man verteilte, nebenläufige und kooperierende Softwaresysteme modelliert, beschreibt und systematisch analysiert. Am Ende kennst du zentrale Modelle und Techniken zur Spezifikation, Verfeinerung und Verifikation solcher Systeme und kannst geeignete Modellierungsansätze gezielt einsetzen.4 ECTSno date this semesterIN2080Modellierung von EnergiesystemenAngrenzende Fachgebiete (bis maximal 15 Credits)In dem Modul lernst Du, wie Energiesysteme mit unterschiedlichen mathematischen und ökonomischen Modellierungsansätzen beschrieben werden. Am Ende kannst Du geeignete Modelltypen auswählen, eigene vereinfachte Modelle aufstellen sowie bestehende Modelle aus der Praxis kritisch einordnen und bewerten.5 ECTSno date this semesterEI70870Projekt BetonkanuAngrenzende Fachgebiete (bis maximal 15 Credits)Du arbeitest im Team über zwei Semester an Planung, Entwurf, Versuch und Bau eines Betonkanus und nimmst mit dem fertigen Kanu an der Betonregatta teil. Am Ende kannst du Projekt- und Finanzpläne erstellen, Schalungsgeometrien und Tragverhalten bemessen sowie einen Betonentwurf an die Geometrie anpassen und seine betontechnischen Kenngrößen beurteilen.6 ECTSno date this semesterBGU35023Simulation additiver Fertigungsverfahren: Teil 1 - FluidmechanikAngrenzende Fachgebiete (bis maximal 15 Credits)Du lernst physikbasierte Modellierung und Simulation fluidmechanischer Vorgänge in additiven Fertigungsverfahren, insbesondere bei metallischem Pulverbett-Laserstrahlschmelzen. Am Ende kannst du relevante physikalische Mechanismen, die zugrundeliegenden Modellgleichungen sowie Diskretierungs- und Lösungsansätze verstehen, bewerten und auf konkrete Fragestellungen übertragen.5 ECTSruns this semesterED140002Systemtheorie der SinnesorganeAngrenzende Fachgebiete (bis maximal 15 Credits)In diesem Modul untersuchst Du die Funktionsweise von Hör- und visuellen Systemen aus Sicht der Systemtheorie und Nachrichtentechnik. Du lernst biologische Grundlagen, psychophysikalische Zusammenhänge sowie Modellierung nichtlinearer Verarbeitungsstufen und setzt diese in Matlab oder Python um.5 ECTSno date this semesterEI70250