Teaching

• BP-8115, Medical Imaging (Graduate)
• PCS-230, Photonics and Optical Devices (Undergrad)
• PCS-213, Physics: Light and Modern Physics Undergrad)
• PCS-623, Biostatistics (Undergrad)
• PCS-125, Physics: Waves and Fields (Undergrad)
•  (google sheet) BP-8101, Stats for the Health Sciences (external link, opens in new window)  (Graduate)
• BP-8108, Special Topics I (Graduate) 
• BP8119, BIOCLINICAL OPTICS AND BIOPHOTONICS (opens in new window)  (Graduate)

Teaching (Curriculum, Audience, Contact Hours, FS: Fall Semester, WS: Winter Term, SS: Summer Term)

Undergraduate Courses

1. Biostatistics, for the 3d year Physics and Engineering, PCS 623 (opens in new window) , TMU.(3h/week+2h/week (tutorial), 12 weeks), (FS18, FS19, FS20, FS23)
2. Light and Modern Physics for 2nd year Physics and Engineering, PCS 213 (opens in new window) , TMU (3h/week+3h/week (lab), 12 weeks), (FS15, FS16, SS17, FS17, FS18, SS21, SS22, FS23)
3. Biophysics for 3d year Physics and Engineering, PCS 227, TMU (3h/week, 12 weeks), (WS16)
4. Waves and Fields for 1st year Physics and Engineers, PCS 125, TMU, (3h/week+3h/week (lab), 12 weeks), (WS14, WS15, WS17, WS20, WS21, WS22)
5. Optics and Photonic Devices for 2nd year Physics and Engineering, PCS 230 (opens in new window) ,, TMU (3h/week+3h/week (lab), 12 weeks), (WS12-17, WS20)
6. Physics in the News, for 1st year Introductory, PCS 111 (opens in new window) , TMU, (2h/week, 12 weeks), (FS15, FS16, FS17, FS18, FS21, FS22)
7. Introduction to Medical Physics for 2nd year Engineering, BME 229, TMU, (3h/week, 13 weeks), (FS14)
8. Radiation Therapy Devices for 2nd year Engineering, BME 704 (opens in new window) , TMU, 3h/week, 13 weeks), (FS12)

Graduate Courses

1. Medical Imaging BP-8115, (3h/week, 12 weeks, FS25)
2. Medical Statistics BP-8101 (3h/week, 12 weeks, SS18, W20)
3. Biophotonics Graduate Course BP-8108, TMU (6h/week, 6 weeks), (SS14, SS16, FS18, F20)
4. Biophotonics for Biomedical Engineering, Montpellier University, France (12h, 1 week), (FS15)
5. Fundamentals of Biophotonics (6h/week, 6 weeks), (SS08, SS09, SS10, SS11), FAU, Germany
6. Photodynamic Therapy and Fluorescence Diagnostics, for Electrical and Biomedical Engineering, National Research Nuclear University (MEPhI), Moscow, Russia (8h, 1 week) (WS 2015)
7. Advanced Biophotonics (6h/week, 6weeks), (WS 9-10, WS10-11, WS11-12), FAU, Germany
8. Remote driving and diagnostics in education and Medicine (35 h course and practicum, 1 week, WS14), SAOT Winter Academy, FAU, Oberhof, Germany
9. Theoretical Nanobiophotonics, DDSCAT simulation (35 h course and practicum, 1 week, SS12, SAOT Summer Academy, Nice, France
10. Microendiscopy and spatially resolved biospectroscopy, (6h, 1 week), Kagoshima University, Japan, April-May 2012
11. Super resolution and remote imaging (35 h course and practicum, 1 week, WS12), SAOT Winter Academy, Hintertux, Austria
12. Monte-Carlo simulation in light diagnostics and therapy (35 h course and practicum, 1 week, SS10), SAOT Summer Academy, Cologne, Germany
13. Advanced Imaging in Biophotonics (35 h course and practicum, 1 week, SS09), SAOT Summer Academy, Rostock, Germany