Self-driving cars, drones, smartphones - as an electrical engineer you build chips, sensors & automation technology. As a student in the Electronics and Information Technology program, you study THE key technologies that define the 4.0 industrial revolution .
How do you build drones and electronic medical devices? How do you make technology and artificial intelligence fit into the smallest of spaces? How does software and hardware work together?
The Bachelor's degree program in Electronics and Information Technology (ELIT) focuses on learning how the smallest electronic devices are built, how they are networked, how they communicate, and how they process their data. You will learn how to feed them with artificial intelligence and integrate them into larger systems.
Chips, sensors, electrical circuits are your playground and you get to build them, get them to work and transmit the data. You will design new systems and solve the problems we encounter every day when it comes to our smartphones, laptops, cars, etc. in places such as at hospitals and at industry 4.0 companies. Electronics and Information Technology is what creates the basis to evaluate data, initially making everything our modern world possible.
The program is based on broad foundations of principles in engineering and natural sciences: Electrical engineering, computer science, physics, and mathematics.
Bachelor of Science (BSc)
German (Level B2)
Why This Degree is Particularly Attractive
- Our program structure gives undergraduate students a unique opportunity to work together with experienced colleagues in a laboratory environment to set up measurements and conduct experiments.
- Our faculty members have strong, networking connections with industry representatives from around the world. You actively take part in collaboration efforts with industries to conduct hands-on work and address real-world problems.
- If you have a specific area of interest, we can give you the space you need to pursue your interests. Learn more about different fields such as signal processing, become a big data analyst, discover circuit technology, or design computer chips.
- Joint lectures with classmates in other majors give you an opportunity to build up a cross-disciplinary network at the JKU campus and also provide the corresponding base-knowledge foundations you need in mathematics, computer sciences and physics.
Did You Know?
It's pretty safe to say that you can receive messages on your smartphone with the help of a chip developed in Linz. JKU spin-off companies developed these globally used chips. Vehicle radar distance sensors were also made in Linz and currently have a world market share of approximately 50%.
Main Areas of Focus
You will receive solid, well-grounded education in mathematics, electrical engineering and computer science as well as in hardware and software design:
- Microelectronics, Microsystems Technology and Circuit Technology: Chips (integrated circuits) are the main focus, along with very small electronic circuits and systems.
- Communications and High-Frequency Technolog: You are actively involved in saving, transmitting and storing data as well developing circuits.
- Signal and Information Processing: Here you will learn to evaluate received and measured technical information as well as correctly assess the acquired data.
- Measurement Technology and Sensor Technology: The focus here to measure changes in technical systems.
- Automation and Drive Technology: You learn how to control and regulate machines and make them "smarter".
- Medical and Bioelectronics: You will learn how to develop chips able to detect diseases even faster or build prostheses people can control themselves, such as an artificial hand.
- Modern Physics, Computer Science: In addition, you will acquire exciting knowledge from modern physics and important programming skills.
What You Will Learn in the Program
Solid, base-knowledge education is a main part of the Bachelor’s degree program ELIT. These foundations serve as a base for later scientific work and engineering activities. Graduates have:
- A comprehensive education and strong aptitude in the mathematical, scientific and theoretical disciplines. You can apply these skills efficiently to real-world tasks. You learn how to take the right approach to technical problems and heighten your intuition to know how to approach a situation, find solutions, and address the challenge.
- Learn how to use artificial intelligence in real-world systems such as smartphone chips and driver assistance systems.
- Analytical thinking skills and a technical understanding so that you can analyze, understand and solve problems from the ground up as well as across disciplines in all areas of business, administration, education and social issues.
- Specialize at an internationally recognized academic and scientific level in a sub-area of Electronics and Information Technology.
- A strong social skill set, the ability to work effectively as part of a team, leadership skills, and a high degree of personal responsibility.
ELIT allows you to specialize in many areas including chip development, communications engineering, sensor technology, control engineering, signal and information processing, and artificial intelligence. Students in the Master's degree program will then be able to focus more intensively on a preferred area of expertise. At this point, you will then also independently conduct your initial research work.
JKU student Sabrina talks about studying Electronics and Information Technology
Let ELIT major Sabrina give you an insight into everyday life at the university. See the Linz Institute of Technology for more videos and insight about the Bachelor's degree program in Electronics and Information Technology.
Your Career Prospects
As an engineer in Electronics and Information Technology, you can pursue a career in electronics or in the automotive industry as well as in medical technology or in communications. Your main skills include developing, producing and marketing components as well as systems and software. Here are a few concrete examples:
- Communication: Develop smartphone chips for the next generation of mobile smartphones.
- Medicine and Healthcare: You can develop chips to perform countless chemical operations or develop algorithms for ultrasound devices. You can actively revolutionize medical diagnostics.
- Self-Driving Vehicles: Together with artificial intelligence (AI) experts, you improve safety features in self-driving cars - such as radar sensors, for example - to reliably recognize others on the road.
- Development Engineer: The systems you develop may be able to solve tasks more efficiently and reliably or ensure that a company's products meet all the necessary requirements.
- System Designer: You make sure that a company's products fit well into a higher-level product or that components communicate smoothly with each other. You develop solutions for a customer's particular requests. You make sure that programmers, developers, and other experts work effectively together.
- Start-Up Company: Take your original idea and run with it by starting your own business.
The Bachelor's degree program in Electronics and Information Technology consists of the following areas:
Studies Introduction and Orientation Phase (StEOP)
New students will be required to complete the StEOP requirements at the beginning of the Bachelor's degree program. The StEOP requirements consists of certain courses that are outlined in the curriculum. Before completing the StEOP courses, you can only get limited academic credit when you take additional courses.
Admission to Studies
In order to be admitted to the Bachelor's degree program, you must fulfill the following requirements.
- Hold general higher education entrance qualifications (such as an Austrian "Matura" diploma )
- If your first language is not German, you will be required to submit proof of B2 level of language proficiency in German.
Advanced Degree Programs
After completing your undergraduate degree, you can continue your education by pursuing an advanced degree:
Frequently Asked Questions
Is ELIT a difficult program? What do I need to do in order to be successful?
The most important thing is to be interested in the field. A good engineer must also, of course, master his or her field well, but there is more to it: After graduation, our students work professionally as part of a team. In this regard, it is very important to be able to present solutions to various problems and learn how to be a team player.
How do I know if ELIT is a good fit for me?
Do you sometimes look at your smartphone and wonder how you get information from the internet on your phone? Do you look at your laptop or PC and wonder how all of the computer chips are made? Do you want to understand and help develop these kinds of chips? The most important thing is to have a sense of curiosity and to want to understand the technical basics behind all sorts of things we use in our everyday lives.
If you want to be absolutely sure you’re choosing the right major, you can also take part in the JKU Young Scientists Program for Electronics and Information Technology, Upper Austria's most comprehensive support program for gifted school students. You can start the JKU ‘Young Scientists’ programs as an upper level AHS or BHS student and learn more about this field. In your spare time, you can attend workshops at the JKU focusing on electronics and information technology. This gives you initial contact with professors and a taste of campus life.
What is the difference between studying
"Electronics & Information Technology (ELIT)" and the
degree programs in "Electrical Engineering" or "Mechatronics"?
ELIT focuses on smaller circuits as well as smaller voltages and currents.
Electrical engineering focuses on, among other things, large voltages and currents (such as those found in large electric motors; in power transmissions, etc).
Mechatronics ("Mechanics and Electronics") focuses on large, modern engineering systems made of mechanical, electrical and electronic parts and controlled by software (such as modern cars, household appliances, and robots). Core disciplines include mechanical engineering, electrical engineering, and computer sciences.
What is the difference between studying ELIT at a
university (JKU) and at a University of Applied Sciences (FH)?
In general, at the university you will learn how to not only apply scientific principles and existing technologies, but also develop them further. You learn how to work in a scientific and academic manner, how to conduct research, and how to break new ground. This makes you more flexible and allows you to quench your thirst for research to the fullest extent.
Can I work in addition to studying?
Oftentimes it can happen that in addition to studying, students begin working at a company or even at the university. In this case, however, these tend to be part-time jobs (only a few hours a week) rather than full-time jobs.
What can I do to better prepare myself for Bachelor's
degree program n Electronics and Information Technology?
The JKU offers preparation courses for this academic degree program. Material from higher-level schools is reviewed in a condensed format, designed to help you prepare for introductory, university-level courses. These courses are for newly enrolled students. Attendance is optional.
In addition, new students can take part in a mentoring program. Professors and other JKU faculty members meet in small groups with newly enrolled students provide tips and advice about studying in the program.
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