Medical Physics

Kierunek Fizyka Medyczna nastawiony na kształcenie w zakresie nowoczesnych technologii medycznych oraz badań naukowych, łączący w sobie solidną wiedzę inżynierską z podstawami nauk ścisłych oraz wybranych elementów medycznych doskonale wpisuje się w rozwój zakładanej zarówno w strategii AGH, jak i promowanej przez MNiSW gospodarki opartej na wiedzy. Kształtowanie programu studiów odbywa się we współpracy z działającą przy WFiIS Radą Społeczną, a także poprzez bilateralne kontakty z przedstawicielami firm, z którymi wydział współpracuje na poziomie prowadzenia zajęć przez pracowników tych firm, czy też wykonywania prac dyplomowych pod opieką tych pracowników. Absolwenci mogą pracować jako fizycy medyczni w szpitalach, jako inżynierowie w firmach sektora związanego z aparaturą medyczną, inspektorzy w placówkach Sanepidu, inspektorzy ochrony radiologicznej, statystycy w firmach biomedycznych. Ponadto mogą znaleźć pracę w szeroko rozumianym sektorze informatycznym, także w szpitalach oraz w sektorach gospodarki związanych z produkcją lub dystrybucją aparatury medycznej, w instytucjach wymagających jakościowej i ilościowej analizy danych oraz modelowania procesów.

Opiekun kierunku: dr hab. inż. Aleksandra Jung

Zobacz pełny opis kierunku

Program ustalony Uchwałą Senatu nr 70/2019 z dnia 29 maja 2019 r., zmieniony Uchwałą Senatu nr 93/2020 z dnia 8 maja 2020 r.

Summer semester, 2020/2021

Course	Number of hours	ECTS credits	Form of verification
First aid	Lectures: 5 Practical classes: 9	1	Exam	O
Magnetic Resonance Imaging	Lectures: 30 Laboratory classes: 20	4	Completing the classes	O
Imaging diagnostics and quality control	Lectures: 30 Laboratory classes: 20	4	Exam	O
Detection of Nuclear Radiation in Medicine	Lectures: 20 Laboratory classes: 45	5	Completing the classes	O
Dosimetry of Non-ionizing Radiation	Lectures: 30 Laboratory classes: 30 Project classes: 15	5	Completing the classes	O
Electronic Medical Devices	Lectures: 30 Laboratory classes: 30	5	Completing the classes	O
Legal and organizational issues in medicine	Lectures: 15 Seminars: 15	2	Completing the classes	O
Thesis-internship programme	Thesis-internship programme: 0	5	Completing the classes	O
Sum	344	31

Winter semester, 2021/2022

Course	Number of hours	ECTS credits	Form of verification
Clinical Dosimetry	Lectures: 15 Workshop classes: 5	2	Exam	O
Foreign language B2+	Foreign language classes: 30	2	Exam	O
Zasady wyboru: Jeden przedmiot z grupy
English B2+ course - compulsory ESP course for students of SECOND-CYCLE STUDIES at the Faculty of Physics and Applied Computer Science	Foreign language classes: 30	2	Exam	W
French B2+ course - compulsory course for students of SECOND-CYCLE STUDIES	Foreign language classes: 30	2	Exam	W
Spanish B2+ course - compulsory course for students of SECOND-CYCLE STUDIES	Foreign language classes: 30	2	Exam	W
German B2+ course - compulsory course for students of SECOND-CYCLE STUDIES at the Faculty of Physics and Applied Computer Science	Foreign language classes: 30	2	Exam	W
Russian B2+ course - compulsory course for students of SECOND-CYCLE STUDIES	Foreign language classes: 30	2	Exam	W
Medical Laboratory	Lectures: 10 Laboratory classes: 20 Seminars: 15	3	Completing the classes	O
Electives FM2 - sem. 2	Total number of contact hours: 135	12	Completing the classes	O
Artificial Organs	Lectures: 16	1	Completing the classes	W
Biosensors	Lectures: 15	1	Completing the classes	W
Trace Analysis	Lectures: 15 Laboratory classes: 15	3	Completing the classes	W
Software for imaging systems	Lectures: 15 Laboratory classes: 15	2	Completing the classes	W
Methodology of Air Quality Measurements	Lectures: 15 Laboratory classes: 12 Project classes: 6 Fieldwork: 15	4	Completing the classes	W
Radioactivity in the Environment	Lectures: 30 Laboratory classes: 15	3	Completing the classes	W
Designing Electronic Modules	Lectures: 15 Laboratory classes: 30 Project classes: 15	5	Completing the classes	W
Optical Imaging	Lectures: 12 Laboratory classes: 15 Project classes: 6	2	Completing the classes	W
Nanotechnologies and their Applications in Natural Sciences	Lectures: 15 Auditorium classes: 7 Laboratory classes: 7	3	Exam	W
Computer support for medical diagnosis and therapy	Lectures: 20 Project classes: 12	3	Completing the classes	W
Membrane techniques	Lectures: 15	1	Completing the classes	W
Electronic Dosimetry Devices	Lectures: 10 Laboratory classes: 20	4	Completing the classes	W
Microtomography	Lectures: 22 Laboratory classes: 15 Discussion seminars: 8	3	Completing the classes	W
Introduction to X-ray Fluorescence Analysis	Lectures: 30 Workshop classes: 21	4	Exam	W
Neuroelectronics	Lectures: 15 Seminars: 18	3	Completing the classes	W
Design of integrated circuits in CMOS technology	Lectures: 15 Laboratory classes: 30 Project classes: 15	4	Exam	W
Design of CMOS Integrated Circuits	Lectures: 15 Laboratory classes: 30 Project classes: 15	5	Exam	W
Cryogenics	Lectures: 30 Laboratory classes: 15	4	Completing the classes	W
Physical methods in diagnostics and therapy	Lectures: 30 Laboratory classes: 15 Seminars: 15	5	Exam	O
Methods of Structural and Diffractional Analysis of Aperiodic Systems	Lectures: 10 Laboratory classes: 20	2	Completing the classes	W
X-ray Physics	Lectures: 30 Auditorium classes: 15 Laboratory classes: 15	6	Exam	W
Superconductivity and Superfluity	Lectures: 30 Laboratory classes: 15	4	Completing the classes	W
Spectroscopy and microscopy in bio-medicine	Lectures: 20 Project classes: 16 Seminars: 4	3	Completing the classes	W
Photosynthesis	Lectures: 30 Laboratory classes: 20 Seminars: 8	5	Completing the classes	W
Selected aspects of Atomic law	Discussion seminars: 30	2	Completing the classes	W
Air Pollution	Lectures: 15 Laboratory classes: 15	4	Exam	W
Global Environmental Changes	Lectures: 30 Seminars: 15	5	Exam	W
Advanced data analysis in biophysics	Lectures: 30 Laboratory classes: 30	5	Exam	W
Fundamentals of Environmental Physics	Lectures: 30 Project classes: 15 Seminars: 15	5	Exam	W
Small Course of Photosynthesis	Lectures: 22 Seminars: 6	3	Completing the classes	W
Introduction to Astrophysics and Cosmology	Lectures: 45	3	Completing the classes	W
Introduction to Standard Model	Lectures: 30 Auditorium classes: 8 Project classes: 6	4	Completing the classes	W
Modelling of environmental processes	Lectures: 15 Project classes: 30	4	Completing the classes	W
Antioxidants in healthcare	Lectures: 30 Seminars: 15	4	Completing the classes	W
Magnetism in medicine	Lectures: 15	1	Completing the classes	W
Radiotherapy Treatment Planning	Laboratory classes: 30	2	Completing the classes	O
Radiobiology	Lectures: 15 Workshop classes: 5	2	Completing the classes	O
Ion radiotherapy	Lectures: 6 Workshop classes: 9	2	Completing the classes	O
Conventional radiotherapy	Lectures: 15 Workshop classes: 5	2	Exam	O
Statistics in Medicine	Lectures: 30 Project classes: 15	3	Completing the classes	O
Sum	360	30

Summer semester, 2021/2022

Course	Number of hours	ECTS credits	Form of verification
Nuclear Medicine	Lectures: 18 Laboratory classes: 22	3	Exam	O
Diploma Seminar	Seminars: 45	2	Completing the classes	O
Diploma Thesis	Diploma Thesis: 0	20	Completing the classes	O
Electives Humanities II	Lectures: 15 Auditorium classes: 15	3	Completing the classes	O
Zasady wyboru: Student wybiera dowolną liczbę godzin modułów obieralnych ekonomicznych (jak np.: Finanse i ubezpieczenia; Nowoczesne działania marketingowe; Podstawy rachunkowości finansowej dla przyszłych menedżerów; Psychologia przedsiębiorczości; Psychologia reklamy i marketingu; Socjologia i organizacja pracy; Warsztaty rekrutacyjne; Zarządzanie rozwojem startupu) z oferty UBPO o sumarycznym wymiarze ECTS nie mniejszym niż 3.
Humanistic or social subject	Total number of contact hours: 0	3	Completing the classes	W
Electives FM2 - sem. 3	Total number of contact hours: 135	2	Completing the classes	O
Zasady wyboru: Student wybiera przedmiot za co najmniej 2 ECTS.
Artificial Organs	Lectures: 16	1	Completing the classes	W
Biosensors	Lectures: 15	1	Completing the classes	W
Trace Analysis	Lectures: 15 Laboratory classes: 15	3	Completing the classes	W
Software for imaging systems	Lectures: 15 Laboratory classes: 15	2	Completing the classes	W
Methodology of Air Quality Measurements	Lectures: 15 Laboratory classes: 12 Project classes: 6 Fieldwork: 15	4	Completing the classes	W
Radioactivity in the Environment	Lectures: 30 Laboratory classes: 15	3	Completing the classes	W
Designing Electronic Modules	Lectures: 15 Laboratory classes: 30 Project classes: 15	5	Completing the classes	W
Optical Imaging	Lectures: 12 Laboratory classes: 15 Project classes: 6	2	Completing the classes	W
Nanotechnologies and their Applications in Natural Sciences	Lectures: 15 Auditorium classes: 7 Laboratory classes: 7	3	Exam	W
Computer support for medical diagnosis and therapy	Lectures: 20 Project classes: 12	3	Completing the classes	W
Membrane techniques	Lectures: 15	1	Completing the classes	W
Electronic Dosimetry Devices	Lectures: 10 Laboratory classes: 20	4	Completing the classes	W
Microtomography	Lectures: 22 Laboratory classes: 15 Discussion seminars: 8	3	Completing the classes	W
Introduction to X-ray Fluorescence Analysis	Lectures: 30 Workshop classes: 21	4	Exam	W
Neuroelectronics	Lectures: 15 Seminars: 18	3	Completing the classes	W
Design of integrated circuits in CMOS technology	Lectures: 15 Laboratory classes: 30 Project classes: 15	4	Exam	W
Design of CMOS Integrated Circuits	Lectures: 15 Laboratory classes: 30 Project classes: 15	5	Exam	W
Cryogenics	Lectures: 30 Laboratory classes: 15	4	Completing the classes	W
Physical methods in diagnostics and therapy	Lectures: 30 Laboratory classes: 15 Seminars: 15	5	Exam	O
Methods of Structural and Diffractional Analysis of Aperiodic Systems	Lectures: 10 Laboratory classes: 20	2	Completing the classes	W
X-ray Physics	Lectures: 30 Auditorium classes: 15 Laboratory classes: 15	6	Exam	W
Superconductivity and Superfluity	Lectures: 30 Laboratory classes: 15	4	Completing the classes	W
Spectroscopy and microscopy in bio-medicine	Lectures: 20 Project classes: 16 Seminars: 4	3	Completing the classes	W
Photosynthesis	Lectures: 30 Laboratory classes: 20 Seminars: 8	5	Completing the classes	W
Selected aspects of Atomic law	Discussion seminars: 30	2	Completing the classes	W
Air Pollution	Lectures: 15 Laboratory classes: 15	4	Exam	W
Global Environmental Changes	Lectures: 30 Seminars: 15	5	Exam	W
Small Course of Photosynthesis	Lectures: 22 Seminars: 6	3	Completing the classes	W
Advanced data analysis in biophysics	Lectures: 30 Laboratory classes: 30	5	Exam	W
Fundamentals of Environmental Physics	Lectures: 30 Project classes: 15 Seminars: 15	5	Exam	W
Introduction to Astrophysics and Cosmology	Lectures: 45	3	Completing the classes	W
Introduction to Standard Model	Lectures: 30 Auditorium classes: 8 Project classes: 6	4	Completing the classes	W
Modelling of environmental processes	Lectures: 15 Project classes: 30	4	Completing the classes	W
Antioxidants in healthcare	Lectures: 30 Seminars: 15	4	Completing the classes	W
Magnetism in medicine	Lectures: 15	1	Completing the classes	W
Outline of Modern Cosmology	Lectures: 45	4	Exam	W
Laboratory of Modern Materials and Technology	Laboratory classes: 45	4	Completing the classes	W
Sum	250	30