Microelectronics Profile for Y and D

Goal

The Microelectronics profile provides you with a competitive education in analog, mixed-signal, and radio‑frequency (RF) integrated circuit (IC) and system design, combined with in‑depth knowledge of signal processing, application‑specific integrated circuits (ASICs) and embedded systems, modern communication systems, and radio transceiver design.

Overview

Imagine a world without electronics. It would be a world without computers and processing units, gaming PCs, smartphones, the internet, AI, and software, since there would be no hardware to support them. Microelectronics is a subfield of electronics that plays a central role in today’s digital society. It focuses on the design and fabrication of integrated circuits (ICs), spanning from the system level down through circuits and transistors to device physics and layout. The field encompasses a broad range of domains, from analog to digital, and from RF to millimeter‑wave (mm‑wave) circuit design.

Reliable and efficient microelectronics have a huge impact on the development of modern society. The evolution of VLSI technology has enabled the design and implementation of highly complex circuits—sometimes entire systems—on small silicon‑based integrated circuits. In just a few years, the revolution in smartphones, smart homes, and the Internet of Things (IoT) has created a vast range of new applications, making microelectronics one of the world’s strongest markets. As a result, the demand for engineers with the knowledge required to design complex integrated circuits and systems is expected to remain high for the foreseeable future.

The microelectronics profile focuses on the design, development, and implementation of circuits and systems for a wide range of applications, mainly within signal and information‑processing systems such as data communication, radio systems, and computer‑based systems. Computer‑aided design methods, along with structural programming, verification, and prototyping, have become increasingly important in the field. The microelectronics profile is therefore also well suited for programmers who wish to combine software design with hardware. Skills in hardware‑oriented programming are highly sought after in industry.

As we all know, technological development in this field is extremely rapid, and the time between new research results being published and their use in practical applications is very short. This makes it essential to use highly structured design and development methods. A microelectronics designer must also possess strong theoretical knowledge in order to keep up with—and adapt to—new research findings within their area of specialization. At the same time, creativity and openness to new ideas are important. You should be prepared not only to propose unconventional or “wild” ideas for solving technical challenges but also to envision new and exciting applications for electronic systems. For these reasons, choosing the microelectronics profile provides you with a solid educational foundation that offers excellent global career opportunities. From there, you can complement the core curriculum with elective courses that allow you to specialize in the application areas you find most exciting.

The profile’s courses are taken together with students from international master’s programs and exchange students. This provides a relevant and natural environment to develop your intercultural skills and practice professional English. There are also opportunities to carry out your degree project in collaboration with companies.

Career Opportunities

There is a wide range of applications in this field, such as broadband communications, high‑speed computing, healthcare, automotive systems, artificial intelligence (AI), and the Internet of Things (IoT), and many fantastic job opportunities are available around the world. We can confidently state that microelectronics plays a crucial role in the vast majority of all industrial sectors:

• IT area,
• Energy technology,
• Medical technology,
• Engineering industry,
• Robotics,
• Communication industry, …

There are almost no limits to what can be achieved in this field! The profile therefore provides an excellent foundation for a wide range of roles within a highly dynamic and significant sector of the labor market. In addition, many degree projects are carried out each year in collaboration with industry, and several PhD students are admitted annually for those who wish to pursue an academic career. There is still a great deal to explore, as the number of application areas continues to grow rapidly.

Profile Courses

• Courses for Y

• Courses for D

The profile’s mandatory and elective courses may vary depending on which program you are following. Read more here:

• Profile for Y
• Profile for D

Profile Presentation Y/D

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Contact

Profile manager: Alireza Saberkari

Email: alireza.saberkari@liu.se