BSc in Engineering (Electronics)
Electronics engineers are facing an exceptionally bright future. Are you one of them?
With a Bachelor’s degree in Electronics Engineering, you can make a real-life impact in society. Electric cars, green energy technology such as wind turbines or solar panels, electronics for the intelligent home or energy reducing systems are just some of many options.
Are you dreaming about combining scientific and engineering knowledge with creativity to solve some of today's biggest electronic engineering challenges? Then continue reading.
In the programme, you will learn to design and develop electronic products across various fields. Within green energy technology, you will work on developing electronics for efficient wind turbines and solar power systems. You will also gain extensive knowledge about electric vehicles, including the design of advanced battery management systems and efficient electric motors.
When it comes to robotics, you will acquire skills in developing precise control systems and sensor integration. Medical equipment is another key area, where you will learn to design electronic components for diagnostic devices and patient monitoring systems. You will gain a wide range of skills in analog and digital electronics, signal processing, software development, and the use of advanced modeling and simulation tools. For example, you will be able to design a digital filter for signal processing in hearing aids and use software to simulate electronic circuits.
Additionally, you will work on developing smart home technologies, such as automated lighting and security systems for intelligent homes.
How is the programme structured?
The programme consists of a combination of theoretical courses and practical project work in groups. Each semester includes a semester project and follows a main theme that forms the basis of the teaching
During the first semesters, you build a solid foundation in electronic components, circuit analysis, and programming of embedded computer systems. You work with fundamental mathematics and physics, gradually progressing to more advanced topics such as active circuits, signal processing, and experimental design. Your foundation is further strengthened with complex digital circuits, electromagnetism, and digital signal processing.
In the final semesters, you work with complex systems like frequency converters and electric motors while deepening your knowledge of control engineering and power electronics.
You engage in interdisciplinary collaboration with students from other engineering disciplines to develop innovative products. Your studies culminate in a bachelor’s project that prepares you for further education in a master’s program. Along the way, you also have the option to study a semester abroad, enhancing your international competencies.
- Transcript of Records – If you have not yet completed Secondary School, you must upload a transcript showing your current grades. You can find the transcript template here.
- Secondary School Leaving Certificate – If you have already completed Secondary School, you do not need to upload a separate transcript. Simply upload your Secondary School Leaving Certificate to the application.
Important! View the full requirements on the university’s official website. Requirements may vary depending on your nationality and the country where you completed your previous education.
UniTest – SDU requires applicants to pass an entrance test in order to successfully complete the application process. The test takes place online in March/April (the university will provide information about registration in advance). The test assesses reading comprehension and logical thinking skills.
Note:
- Engineering programmes require a high level of mathematics knowledge. If the university considers your grades too low, you may be asked to complete a special online course.
- A motivation letter is not a required document when applying to the programmes at this university.
You may not need to take IELTS or TOEFL. University usually allow you to prove your English proficiency in one of the following ways:
- English Language Hours – The total number of English language hours completed in Grades 10, 11 and 12 should be at least 210 hours (1 hour = 60 minutes), and the English grade should be at least 5 on a 10-point grading scale.
- TOEFL iBT*
- IELTS Academic
- A Cambridge English qualification
- A national English examination listed on your secondary school leaving certificate
- An English subject and grade on your secondary school leaving certificate that meet the university’s requirements
- Secondary education completed in English in a country or school qualification accepted by the university
- An International Baccalaureate (IB) or European Baccalaureate (EB) diploma
- Other
Important: Accepted methods and minimum results depend on study programme, your secondary school qualification and the country where you completed your education. Check the official requirements for your chosen study programme.
*Use the Kastu promo code LTU1000102 when registering for TOEFL iBT and receive a 5% discount.
As a graduate engineer, you will typically find jobs in industries focused on the development of electronic products, green technology, renewable energy, and transport systems. You can work with:
- Development of sustainable energy technology: Designing and optimizing electronics for solar power systems and wind turbines.
- Medical equipment: Developing electronic components for MRI scanners and pacemakers.
- Robots and drones: Creating advanced control systems and sensor integration for precise operation.
- Software development: Designing integrated systems and software for electronic devices.
- Network technology: Working on the design and implementation of data and communication networks.
A Bachelor in Electronics will often continue the programme with a relevant master's degree in, for example, electronics.
