SS 2025

https://www.iiit.kit.edu/english/SignalProcessingwithNonlinearFourierTransformsandKoopmanOperators.php

Software bildet einen maßgeblichen Innovationsfaktor in allen Lebensbereichen. Insbesondere in der Entwicklung technischer Systeme bilden Algorithmen zur Steuerung, Regelung, Optimierung, Kommunikation und Datenanalyse das Herzstück. In der Vorlesung Informationstechnik/Automatisierungstechnik lernen die Studierenden die Grundlagen der Entwicklung von Software-Systemen.

Gesamtes Modul Angewandte Medizintechnik

Präsenzvorlesung mit Inhalten: Ultraschallanwendungen in der Medizin: 3D/4D Ultraschall, Doppler, Tissue Harmonic Imaging, Compounding, Elastographie, Ultrafast US-Imaging, SAFT, Ultraschallkontrastmittel, und Ultraschalltherapie. Jeweils mit Funktionsprinzip, physikalischen Grundlagen, technischer Umsetzung und medizinischen Anwendungen.

In diesem Seminar erarbeiten wir die Antworten auf folgende Fragen: Wie funktioniert die wissenschaftliche Methode? Wie formuliere ich eine wissenschaftliche Fragestellung? Wie formuliere ich eine Hypothese? Was ist der Unterschied zwischen Ergebnis und Erkenntnis? Wie erstelle ich das wissenschaftliche Design für eine Abschlussarbeit oder für eine Publikation?

In this seminar we will work out the answers to the following questions: How does the scientific method work? How do I formulate a scientific question? How do I formulate a hypothesis? What is the difference between result and finding? How do I create the scientific design for a thesis or for a publication?

The lecture will take place in english on Fridays from 2:00 p.m. to 5:15 p.m. in the IEH seminar room, room 011, building 30.36 The following dates are planned: Friday, April 25, 2025 Friday, May 16, 2025 Friday, May 30, 2025 Friday, June 20, 2025 Friday, July 4, 2025 Friday, July 18, 2025 Alternative dates: Friday, May 23, 2025 Friday, June 6, 2025 Friday, July 25, 2025 Please register for the corresponding Ilias course.

The lecture covers aspects of spaceborne radar systems as well as an overview of new technologies and future developments.

The lecture and lab “Modern VLSI Technology” hold by Prof. Jasmin Aghassi-Hagmann will involve newest Intel technology (FINFET 16nm).

The course provides an introduction to remote sensing based on microwave radiometry. As a purely passive sensing method in the microwave range, it offers a variety of applications such as Earth observation with satellites. Besides basic physics, relevant imaging principles and many other applications are presented.

Anmeldezeitraum 07.04.2025 12:00 Uhr bis 22.04.2025 23:55 Uhr. Bei Fragen können Sie sich an pse@itiv.kit.edu wenden

Simulation of simple optical elements and optical systems, evaluation of imaging quality of optical systems, computer-aided optimization of optical systems, ...

The course is planned to be held in attendance. Handouts and slides will be provided via ILIAS. First, we will cover the basics of superconductivity relevant for magnet technology. Practical wires will be discussed and relevant properties and issues will be addressed. We will look at relevant magnet and coil applications in healthcare, medicine, high-energy physics, energy technology and industry. A detailed design process will be used to touch the diffent construction and component details of a cryogen-free, high-temperature superconductor (HTS) based magnet operated in persistent mode. This process is used as a practical guide and anchor for the learning goals. Therefore we will start with simple basic design approaches (sometimes as simple as back-of-an-envelope) via EXCEL approximations to more sophisticated PYTHON scripts (some FEM). There is no need for prerequisites or in-advance knowledge. The lecture will be followed by an exercise to deepen the learnings in specific examples. The lectures on the HTS-magnet are a mixture of lecture and exercise due to the interplaying design process. The (oral) exam of this course „Supercponducting Magnet Technology" is a dedicated oral exam. ***Language of the course is English exclusively***

Bitte nutzt den Inhaltsgleichen Kurs Nanotechnologie zur Anmeldung | Please use the course Nanotechnology for registration. It has the same content.

How does the EU energy efficiency class rainbow get on the packaging? How do I measure the spectrum of my lamp correctly? It sounds easy, but it's not if you want to be precise. You will learn this here in the lecture on the basics of optoelectronic measurement technology. --- Wie kommt der Regenbogen der EU-Effizienzklasse auf die Verpackung? Wie messe ich das Spektrum meiner Lampe richtig? Klingt einfach ist es aber nicht wenn es exakt werden soll. Das lernt ihr hier in der Vorlesung zu den Grundlagen der optoelektronischen Messtechnik.

Unterlagen zur Vorlesung

********* Anmeldeveranstaltung / Registration Event Mi / Wed, 07.05.2025, 11:30h - 12:15h, Room: 30.34 SR LTI ******* ----- This module is designed to teach students the theoretical and practical aspects of laboratory work in the field of Printed and Flexible Electronics by means of guided and independently conducted practical experiments. In the four experiments, the student will learn to handle real measurement and fabrication technology on the scientific equipment of the institute such as various printers, probe stations, characterization methods and formulation of inks. The module also teaches the competence to write a scientific report, as well as the rules to visualize data sets in a meaningful way. The working titles of the experiments are: 1) Ink formulation and characterization of Functional Inks 2) Printing optimization of an Inkjet Printer for functional Electronics 3) Fabrication and characterization of a printed sensor device. 4) Fabrication of a printed thin film transistor device with subsequent electrical characterization IMPORTANT: - The lab is limited to a number of 6 participants due to capacity reasons. If necessary, a selection procedure will be carried out. Places will be allocated taking into account the students' academic progress. Details will be announced on the lecture website. - The Lab course will take place in the clean room Facilities of InnovationLab in Heidelberg. Speyerer str. 4, 69115 Heidelberg where the research laboratories of Prof. Hernandez-Sosa are located. - The 4 th experiment will take place at KIT Campus North, Institute of Nanotechnology, in the research unit and laboratories of Prof. Jasmin Aghassi-Hagmann.

This seminar course is for students curious about the latest research developments on devices, materials, and applications of novel flexible, stretchable wearable, and 3D optoelectronic devices.

Power electronics is playing an increasingly important role in the future energy landscape. The energy transition and the flexibilization of future transmission and distribution grids lead to new applications for power electronics. The course teaches the fundamentals of power electronics with the most important power semiconductors and basic circuit topologies as well as application-oriented aspects for the design, modulation and control of power electronic systems.