Computer Aided Medical Procedures I
Computer Aided Medical Procedures (IN2021)
Lecturer (assistant) | |
---|---|
Number | 240971481 |
Type | lecture |
Duration | 4 SWS |
Term | Wintersemester 2025/26 |
Language of instruction | English |
Position within curricula | See TUMonline |
Dates | See TUMonline |
- 14.10.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 16.10.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 21.10.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 23.10.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 28.10.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 30.10.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 04.11.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 06.11.2025 14:00-16:00 Hörsaal im Galileo nur Mo-Do 7-19 Uhr
- 11.11.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 13.11.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 18.11.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 20.11.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 25.11.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 27.11.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 02.12.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 09.12.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 11.12.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 16.12.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 18.12.2025 14:00-16:00 00.04.011, MI Hörsaal 2
- 23.12.2025 14:15-16:00 00.04.011, MI Hörsaal 2
- 08.01.2026 14:00-16:00 00.04.011, MI Hörsaal 2
- 13.01.2026 14:15-16:00 00.04.011, MI Hörsaal 2
- 15.01.2026 14:00-16:00 00.04.011, MI Hörsaal 2
- 20.01.2026 14:15-16:00 00.04.011, MI Hörsaal 2
- 22.01.2026 14:00-16:00 00.04.011, MI Hörsaal 2
- 27.01.2026 14:15-16:00 00.04.011, MI Hörsaal 2
- 29.01.2026 14:00-16:00 00.04.011, MI Hörsaal 2
- 03.02.2026 14:15-16:00 00.04.011, MI Hörsaal 2
- 05.02.2026 14:00-16:00 00.04.011, MI Hörsaal 2
Admission information
Description
Medical imaging has become an indispensable tool in modern healthcare. From early diagnosis to guiding interventions, it enables physicians to visualize structures and functions of the human body in ways that were unimaginable a century ago. Advances in computer science have further transformed this field, introducing powerful methods for image acquisition, processing, and analysis. Together, medical imaging and computational techniques form the backbone of today’s diagnostic and interventional medicine—supporting more precise diagnoses, personalized treatment planning, and safer procedures.
This course, Computer-Aided Medical Procedures I (CAMP1), provides a comprehensive introduction to the foundations and applications of medical imaging. It is structured around modality blocks, which integrate the following lectures:
- Technical lectures on physical principles
- Application lectures on computational methods
- Hands-on exercises for implementation
- Clinical lectures that connect theory to real-world practice.
By combining these perspectives, the course emphasizes both the scientific underpinnings and the clinical relevance of imaging technologies.
Students will be introduced to the history and evolution of medical imaging, covering modalities such as X-ray, CT, MRI, ultrasound, OCT, and functional imaging. The schedule includes topics ranging from image segmentation and registration to filtering, compounding, and visualization. In addition, the program features practical days where students can directly experience imaging modalities, as well as a field trip to industry or research labs working on computer applications in the medical field.
To support active learning, each exercise session concludes with a short Moodle quiz, allowing students to consolidate their knowledge while also earning a bonus toward the final exam. The evaluation consists of a closed-book written exam, which includes material from technical, clinical, and application lectures as well as exercises.
In summary, CAMP1 offers a unique blend of medical and computational perspectives, equipping students with essential knowledge and practical experience to understand and contribute to the field of computer-aided medical procedures.
This course, Computer-Aided Medical Procedures I (CAMP1), provides a comprehensive introduction to the foundations and applications of medical imaging. It is structured around modality blocks, which integrate the following lectures:
- Technical lectures on physical principles
- Application lectures on computational methods
- Hands-on exercises for implementation
- Clinical lectures that connect theory to real-world practice.
By combining these perspectives, the course emphasizes both the scientific underpinnings and the clinical relevance of imaging technologies.
Students will be introduced to the history and evolution of medical imaging, covering modalities such as X-ray, CT, MRI, ultrasound, OCT, and functional imaging. The schedule includes topics ranging from image segmentation and registration to filtering, compounding, and visualization. In addition, the program features practical days where students can directly experience imaging modalities, as well as a field trip to industry or research labs working on computer applications in the medical field.
To support active learning, each exercise session concludes with a short Moodle quiz, allowing students to consolidate their knowledge while also earning a bonus toward the final exam. The evaluation consists of a closed-book written exam, which includes material from technical, clinical, and application lectures as well as exercises.
In summary, CAMP1 offers a unique blend of medical and computational perspectives, equipping students with essential knowledge and practical experience to understand and contribute to the field of computer-aided medical procedures.
Prerequisites
Interest in medical image processing