Overview of the study contents
Module 1 - Circuits and Devices (5 ECTS)
Prof. Dr. Andreas Bahr
Electronic circuits and devices:
- Analog basic circuits
- Differential amplifiers
- Power amplifiers
- Operational amplifiers and their applications
- Power supply circuits and digital basic circuits
- Combinatorial and sequential circuits
Module 2 - Semiconductor Technology I / II (10 ECTS)
Prof. Dr. Stefan Mannsfeld
Fabrication technology of semiconductor device
- Semiconductor basics
- IC device and design
- Semiconductor manufacturing processes
- Basic principles of fabrication and miniaturization
- thermal processes and lithography
- Interaction between physical fundamentals and function principles
Module 3 - Packaging in Microelectronics I / II (8 ECTS)
Prof. Dr. Thomas Zerna
- Trends in electronic packaging
- Packaging technologies for semiconductor devices and systems
- Thin-film & Thick-film technologies
- Printed circuit board (PCB) and interposer technologies
- Surface technologies for electronic components
Module 4 - Microsystems and Sensor Technology (5 ECTS)
Prof. Dr. Gerald Gerlach
- Microsystem technology
- Sensor technology
Module 5 - Operations & Logistics Management I/II (8 ECTS)
Prof. Dr. Rainer Lasch
- Logistics subsystem
- Aspects of process modelling and process
- performance
- Concepts to improve business processes
- Supply Chain Management
- Material requirement planning
Module 6 - Project Management (5 ECTS)
Prof. Dr. Thorsten Schmid
- Introduction to project fundamentals
- Industrial environment analysis
- Methods for job & project design
- Applicable to all project types
Module 7 - Investment and Financing (5 ECTS)
Prof. Dr. Mario Straßberger
- Investment appraisal: techniques to assess investment attractiveness
- Business case focus: justify costs by valuing benefits
Corporate finance: optimal financial decision-making
Master Thesis (15 ECTS)
- Thesis
- Kolloquium
Additonal Modul 1 - Practical Semester (30 ECTS)
Prof. Dr. Rainer Lasch
Completion of a concrete task within a professional environment.
Discussion of strategy development.
Additonal Modul 2 - Module Analysis (15 ECTS)
Prof. Dr. Rainer Lasch
A comprehensive self-study regarding the specific content of a module, their distinctions, and their relation to one another.
Admission requirements
- Bachelor’s Degree (4 years degree) in Electrical Engineering, Automation, Solid-State Physics, IT, Mechanical Engineering - 240 Credit Points
- Average Grades Exceeding 70 %
- Knowledge in English: IELTS 6.0 or TOEFL iBT 79
- Motivation for International and Intercultural Experience
- Minimum: 1 year of work experience
flexible learning
The lectures take place for the most part in presence and online. Study materials are made available to students to enable asynchronous self-organized learning.
Lecture-free period phases during the summer and Christmas periods.
in-depth expert knowledge
The team of lecturers in the program includes both top-class scientists and experienced practitioners. In this way, well-founded information from science and research is combined with a high degree of practical relevance.
extensive exchange
Participants in this course come from a wide variety of fields and can greatly benefit from diverse learning groups, to expand their horizon. We offer interdisciplinary exchange in a relaxed atmosphere.