| Sem. | Module | Area | CP |
|---|---|---|---|
| 1 |
Introduction to Computer Science (EI)
1. Semester | 5 CP |
Computer Science
Understand the World of Computer Science: Gain an initial overview of the field of computer science, understand the fundamental concepts of computer architecture, operating systems, and networks, and develop the mindset needed to systematically analyze and solve simple problems.
|
Computer Science
|
5 CP |
| 1 |
Math for Computer Scientists 1 (MA1)
1. Semester | 5 CP |
Mathematics
Think logically and systematically: You will learn set theory, relations, functions, and logic, apply proof techniques, and use graph theory to reason mathematically and solve simple computer science problems in a structured manner.
|
Mathematics
|
5 CP |
| 1 |
Medicine 1 (MG1)
1. Semester | 5 CP |
Medicine
Understand what happens when the body becomes ill: You get to know the most important organ systems such as the heart, lungs and liver and gain an overview of common diseases as well as diagnostic and treatment methods. You also learn how medical institutions work and how physicians and nurses make decisions in everyday practice to provide the best possible care for patients.
|
Medicine
|
5 CP |
| 1 |
Medical Informatics 1 (MI1)
1. Semester | 5 CP |
Medical Informatics
Understand how computer science supports healthcare: Gain an overview of how medical data, workflows, and information systems are organized in hospitals and other healthcare settings. You will learn the fundamentals of healthcare information systems, standards, and interfaces, as well as the key processes involved in patient care. In addition, you will explore how engineering and scientific principles are applied in medical technology and how digital solutions are transforming healthcare.
|
Medical Informatics
|
5 CP |
| 1 |
Programming 1 (PR1)
1. Semester | 10 CP |
Computer Science
Write your first programs: You will learn the fundamentals of imperative and object-oriented programming in Java, use typical development tools, and independently implement algorithms to develop software applications.
|
Computer Science
|
10 CP |