Sensor technology, the core topic of the master's degree programme "Sensor Systems Engineering", is one of the key technologies of our modern world. Sensor systems engineering includes design methods as well as control, communication and information technologies that make it possible to control the complexity of systems. The trend in sensor technology leads to increasingly complex systems. These systems evaluate diverse sensors, compile their data appropriately and make them available to the user in prepared form. More and more signals are evaluated mechanically (automatically) in order to draw conclusions from existing data and initiate courses of action. Sensor systems ensure the efficient use of resources in control loops, increase the safety of vehicles, protect health and life in medicine, and form a protective shield against terrorist attacks.
Prerequisites: academic degree with 210 ECTS + one year of qualified professional experience or academic degree with 180 ECTS + two years of qualified professional experience
ECTS Credits: 90
Fees: 12.200 - 14.900 €
Start of study: Winter semester: October | Sommer semester: April
Teaching language: German and English
Im Modul werden Methoden der mathematischen Modellierung technischer Prozesse basierend auf physikalischen Prinzipien vermittelt. Ziel ist insbesondere die Fähigkeit, für den Regler- und Beobachterentwurf geeignete Modelle herzuleiten und mit Hilfe von Identifikationsverfahren zu parametrieren.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Students acquire knowledge about different methods and algorithms of pattern recognition and deep artificial neural networks. In exercises, students are able to implement the basic algorithms, will apply pattern recognition principles to technical applications, and learn how to evaluate the performance of classifiers.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Gebühr bei Immatrikulation: 1.170 Euro
Gebühr im Kontaktstudium: 1.290 Euro
The concepts of signals and systems are powerful tools for any engineer dealing with information bearing, measurable physical quantitites. Areas of applications include, among others, communications engineering, signal processing, control engineering, and systems engineering.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Die Systemtechnik beschreibt Methoden, Strategien und Vorgehensweisen zur Abwicklung von komplexen Projekten.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Sie lernen in diesem Modul, lineare zeitkontinuierliche Systeme im Zeitbereich zu untersuchen und entsprechend ihrer systemtheoretischen Eigenschaften einzuordnen. Nach erfolgreichem Abschluss beherschen Sie die wichtigsten Methoden zum Entwurf von Regelungen im Zeitbereich.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
In diesem Modul lernen Teilnehmer, Geschäftsprozesse auf fachlicher Ebene zu analysieren, modellieren und optimieren. Ferner erhalten sie fundierte Einblicke in deren digitale Transformation und Automation mittels prozessorientierten Informationssystemen. Sie können die für die Realisierung prozessorientierter Informationssysteme bestehenden Anforderungen benennen sowie wesentliche Charakteristika, Komponenten und Funktionen solcher Informationssysteme beschreiben und in einer Gesamtarchitektur einordnen.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 1.230 Euro | Teilnahmeentgelt: 1.410 Euro
System Engineering is an interdisciplinary approach. This means that several specialist engineering disciplines and domain experts are involved in the system realization. Systems engineers establish an interaction and communication network with customers, users and stakeholders and other organizational units of the enterprise. They need to consider the complete life cycle of a system. This module invites you to learn more about the role of a systems engineer and the management of large projects.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
After working through this course you will be able to explain risk and opportunity management and the reasons for its application. You will describe the differences between safety and security and you will be aware of some major standards in his area and their application domain. A second focus of the course is model-based systems engineering (MBSE) enabling a more efficient and structured way to manage and design complex systems.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Im Zertifikatskurs Project Management - Processes, Activities and Practices lernen Sie Techniken und Prozesse auf der Basis von Best Practices der Project Management Community kennen und wenden diese in Beispielen praktisch an. Sie lernen die Herausforderungen kennen, die Ihnen im Projektmangement begegnen, und Sie sind in der Lage Maßnahmen zum Beispiel im Risk- und Opportunity Management oder Qualitätsmanagement abzuwägen, um fundierte Entscheidungen treffen zu können um den Erfolg Ihres Projekts sicherzustellen.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
In taking part in the module “Design Methodology of Embedded Systems” the students learn how to describe and sketch the model-based design of embedded systems. The participants will be
enabled to build new methods and algorithms and to prove their correctness.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
The students identify different areas of application for compact high-frequency systems and microwave systems in telecommunication and sensors.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
This lecture goes along with the analog and digital CMOS circuit design lectures offered by the institute of microelectronics. In contrast to these more theoretical lectures on circuit design techniques, this lecture is focused on the implementation issues of application specific integrated circuits (ASICs).
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
This module imparts a general overview of monolithic microwave IC (MMIC) design techniques, design tools and models as well as practical design exercises. Students will also deal with substrate properties, packaging parasites and their influence on MMIC design and fundamental building blocks.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
The students gain an in-depth understanding of a significant analog simulation tool. They demonstrate their abilities to set up as well as to stream-line circuit simulations. Attendees employ ADS in high-frequency layout. They are used to ADS data structures and recognize ways to fully exploit their composition. Participants regularly scrutinize and critically judge their simulation results.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 4
Studiengebühr: 660 Euro | Teilnahmeentgelt: 780 Euro
Students can explain the essential requirements and unique challenges of wireless ad-hoc networking; they can identify differences to classical wired networks and explain them.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 4
Studiengebühr: 660 Euro | Teilnahmeentgelt: 780 Euro
This module imparts a general overview of biosensors with different points of focus, such as the basics of chemistry and molecular biology, biological detection methods, physical transduction methods, and immobilization techniques as well as biochip technologies.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Dieses Modul soll die Lernenden in die Thematik einführen und den Blickpunkt auch auf neuere Entwicklungen lenken. Nach Abschluss des Moduls sollen die Studierenden in der Lage sein, Prinzipien der Hochfrequenztechnik und Mikrowellentechnik zum Entwurf und der messtechnischen Überprüfung von Systemen der Funkmesstechnik (Radartechnik) anzuwenden.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 4
Studiengebühr: 660 Euro | Teilnahmeentgelt: 780 Euro
The students can identify the most relevant noise sources in sensors and sensor readout electronics and predict their effect on the achievable limit of detection.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
This module imparts a general overview of solid-state sensors with different points of focus, such as sensor system design, operational amplifiers, and solid-state physics. In addition, various semiconductor-based detection methods for radiation (ionizing and non-ionizing), magnetic fields, mechanical forces, and temperature. In addition, the students are intensively dealing with the fundamentals of MEMS.
Angebotszeitraum: Sommersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Students can explain the essential requirements and unique challenges of wireless ad-hoc networking; they can identify differences to classical wired networks and explain them.
Angebotszeitraum: Wintersemester
Leistungspunkte nach ECTS: 6
Studiengebühr: 990 Euro | Teilnahmeentgelt: 1.170 Euro
Die Studierenden erweitern im Rahmen dieses Moduls die Fähigkeit, ein Thema aus der aktuellen Forschung im Bereich der Sensorsystemtechnik unter Beachtung wissenschaftlicher Kriterien selbständig zu erarbeiten und darüber eine schriftliche Arbeit zu verfassen, welche in ihrer Form allen Ansprüchen an wissenschaftliche Texte genügt.
Leistungspunkte nach ECTS: 30
Studiengebühr: 4.500 Euro* oder 1.800 Euro**
* Bei Durchführung der Masterarbeit an der Universität wird den Studierenden für die Dauer der Arbeit ein komplett eingerichteter Büroraum mit Zugriff auf die Ressourcen des Instituts, in dem die Masterarbeit angefertigt wird, zur Verfügung gestellt.
** Bei Durchführung der Masterarbeit außerhalb der Universität steht die Infrastruktur des Instituts des betreuenden Dozenten für die Anfertigung der Arbeit nicht zur Verfügung.
Prof. Dr.-Ing.
Frank Slomka
Steffen Moser
Mihriban Demir
Telefon: +49 (0)731/50-32401
Telefax: +49 (0)731/50-32409
E-Mail: saps(at)uni-ulm.de
The master's degree programme Sensor Systems Engineering combines hardware, software and infrastructure aspects with design techniques and elements of the management of complex design processes. Through this interactive approach, results can be achieved that cannot be reached by considering the individual elements separately. Successful graduates master special fields of engineering, computer science and natural sciences as well as relevant management aspects.
After successfully completing the master's degree programme Sensor Systems Engineering with both research and practice-oriented studies, the students gain outstanding specialist knowledge and excellent skills for tasks in the technical environment and at the interface to management.
Successful graduates of the master's degree programme in sensor systems engineering are familiar with superordinate aspects of systems engineering, including project, risk, and quality management, which enable them to design and implement even more complex sensor systems. They are familiar with the relevant instruments of control engineering, they can apply procedures for the design of embedded systems in a targeted manner and know sensor components with sufficient profundity to apply them ideally in their systems.
| Degree of the programme | Master of Science (M.Sc.) | Diploma of Advanced Studies (DAS) | Contact studies (certificate) |
| Coursework | 90 ECTS-Punkte (incl. master thesis) | at least 30 credit points | modules within the scope from 4 to 6 credit points |
| Modules | 1 ECTS corresponds to approx. 30 hours workload | ||
| Standard period of study | 6 - 8 semesters | 2 - 3 semesters | 1 semester |
| Study organisation | approx. 80% self-study phases and 20% on-campus meetings | ||
| Structure/content | From each module group (basics of systems engineering, sensor technology, system design and management aspects) a minimum of 12 credit points must be proven. The remaining ECTS are covered by a master thesis of 30 credit points. | It can be chosen from three points of focus: Embedded Systems, Systems Engineering or Sensor Technology. In each case 4 (or 5) required (or elective) modules of 3 – 6 ECTS each must be taken. In addition, a final thesis of 6 credit points must be written. | Contact students can choose from all modules of the programme. |
| Application deadlines | January 15th or July 31st | March 15th or September 15th | |
| Costs | At the time of enrolment, tuition fees and various contributions must be paid. | Details of the DAS and the fees | For the certificate courses in contact studies, fees vary depending on the scope of the module. |
| Prerequisites | - academic degree with 210 ECTS + one year of qualified professional experience or - academic degree with 180 ECTS + two years of qualified professional experience | 1st academic degree | |
| Accreditation | Accredited until spring 2030 | ||
| Contact and advice | Pleas use our contact formula or send a message to saps(at)uni-ulm.de. You can reach us by phone under +49 (0)731/50-32401! | ||
