Program Overview

The Microelectronics Design and Semiconductor Engineering program is an international program taught entirely in English, designed to prepare students for the global semiconductor industry and equip them with the skills needed to thrive in international work cultures and environments. This program focuses on the design of advanced microelectronic circuits, emphasizing analog, mixed-signal, and high-frequency circuits for cutting-edge applications, including high-speed digital communications, wireless communications, industrial and consumer IoT, embedded systems, sensor technology, power electronics, smart cities, and smart vehicles.

Students gain a solid foundation in semiconductor principles, complemented by an overview of fabrication technologies. The program’s core emphasis lies in circuit design, preparing graduates to develop innovative, efficient, and high-performance solutions for today’s and tomorrow’s technological challenges.

Hands-on learning is integral to the program, with students gaining experience using industry-standard tools and technologies. They engage in the design, testing, and application phases of the semiconductor product development cycle, guided by collaborations with industry leaders. These collaborations provide invaluable opportunities to address real-world challenges and learn about the development of technologies that shape the future.

A unique feature of the program is the 4+1 Bachelor/Master pathway, which enables students to extend their studies and obtain a Master’s degree for a deeper understanding of this rapidly advancing field. This pathway also offers the possibility of earning a dual degree in Electrical Engineering and Information Technology from RWTH Aachen University, one of Europe’s most prestigious technical universities.

As the semiconductor industry continues to drive innovations in technologies like artificial intelligence, telecommunications, consumer electronics, smart cities, and automotive systems, this program positions graduates at the forefront of this fast-growing global sector. By fostering technical expertise and real-world experience, graduates are fully prepared for successful, dynamic careers in one of the most significant industries of the future.

Highlighted Subject in Microelectronics Design and Semiconductor Engineering

The curriculum covers a variety of essential subjects including:

• Digital and Logic Design Laboratory
• Semiconductor Devices
• Signals and Systems
• Principles of Communications
• Design of CMOS Mixed-Signal Integrated Circuits
• Embedded Systems
• Design of Radio-Frequency Integrated Circuits
• Internet of Things
• Integrated-Circuit Testing and Design for Testability
• Antenna Technology for Smart Devices
• Advanced Wireless Communications and Metering Infrastructure
• VLSI Architecture
• Introduction to Integrated-Circuit Fabrication
• Data Science and Machine Learning
• Data Engineering
• Artificial Intelligence

Graduate Outcomes

Graduates from this program are equipped with advanced technical expertise, practical experience, and a global perspective, enabling them to:

• Innovate in the design of analog, mixed-signal, and high-frequency integrated circuits for cutting-edge technologies.
• Drive advancements in wireless communications, IoT systems, and smart technologies, including smart cities and vehicles.
• Contribute to the semiconductor product lifecycle, from design to testing and application, addressing real-world challenges.
• Lead in international work environments, leveraging a strong foundation in engineering and cross-cultural collaboration.

The Bachelor of Engineering International Program in Microelectronics Design and Semiconductor Engineering serves as a launchpad for impactful careers in industries shaping the future, such as telecommunications, consumer electronics, industrial automation, and artificial intelligence.