Technical Physics

Kierunek Fizyka Techniczna nastawiony na kształcenie w zakresie nowoczesnych technologii oraz badań naukowych, łączący w sobie solidną wiedzę inżynierską z podstawami nauk ścisłych 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 inżynierowie w przemyśle oraz w firmach prywatnych sektora nowoczesnych technologii. Ponadto mogą znaleźć pracę w szeroko rozumianym sektorze informatycznym, w bankowości oraz w innych sektorach gospodarki wymagających jakościowej i ilościowej analizy danych oraz modelowania procesów.

Opiekun kierunku: prof. dr hab. inż. Andrzej Kozłowski

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

Subject	Number of hours	ECTS points	Form of verification
Quantum Mechanics	Lecture: 45 Auditorium classes: 30 Seminars: 15	8	Exam	O
Advanced Data Analysis	Lecture: 15 Laboratory classes: 30 Project classes: 10	4	Exam	O
Modern Electronics	Lecture: 30 Laboratory classes: 45	6	Assessment	O
Seminar (Technical Physics)	Seminars: 45	4	Assessment	O
Coordination and Funding of Scientific Research	Lecture: 15 Project classes: 15	2	Assessment	O
Scientific Text Edition and Presentation	Lecture: 15 Laboratory classes: 15 Seminars: 15	4	Assessment	O
Sum	340	28

Winter semester, 2021/2022

Subject	Number of hours	ECTS points	Form of verification
Laboratory of Advanced Nuclear Techniques	Laboratory classes: 30	3	Assessment	O
Modern Measurement Methods	Lecture: 30 Laboratory classes: 45 Conversation seminar: 15	7	Assessment	O
Thesis-internship programme	Thesis-internship programme: 0	5	Assessment	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
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
French B2+ course - compulsory course for students of SECOND-CYCLE STUDIES	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
Spanish B2+ course - compulsory course for students of SECOND-CYCLE STUDIES	Foreign language classes: 30	2	Exam	W
Electives Humanities II	Lecture: 30	2	Assessment	O
Zasady wyboru: Student wybiera dowolną liczbę godzin modułów obieralnych społeczno-humanistycznych z oferty UBPO o sumarycznym wymiarze ECTS nie mniejszym niż 2.
Humanistic or social subject	Total number of contact hours: 0	2	Assessment	W
Electives Humanities II	Lecture: 15 Auditorium classes: 15	3	Assessment	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	Assessment	W
Electives FT II.2	Total number of contact hours: 98	10	Assessment	O
Zasady wyboru grup/modułów: Student wybiera przedmioty obieralne o łącznej liczbie ECTS nie mniejszej od 10 z oferty przedstawionej poniżej, bądź z UBPO.
Methods of Structural and Diffractional Analysis of Aperiodic Systems	Lecture: 10 Laboratory classes: 20	2	Assessment	W
Global Biogeochemical Cycles	Lecture: 25 Project classes: 8 Seminars: 12	4	Assessment	W
Soft Matter Physics	Lecture: 28 Auditorium classes: 14 Seminars: 14	4	Exam	W
Introduction to Data Analysis in Experimental Particle Physics	Lecture: 15 Project classes: 15	3	Assessment	W
Environmental Monitoring	Lecture: 10 Seminars: 10 Fieldwork: 30	5	Exam	W
Magnetism and Physics of Metals	Lecture: 30 Laboratory classes: 10 Seminars: 5	3	Exam	W
Physics of Sailing	Lecture: 30	2	Assessment	W
Introduction to Eddy Covariance	Lecture: 16 Laboratory classes: 16 Fieldwork: 8	4	Exam	W
Solid State Structures and Symmetries	Lecture: 30 Laboratory classes: 15	4	Exam	W
Analytical Methods in Environmental Studies	Lecture: 30 Laboratory classes: 15 Practical classes: 6	4	Exam	W
X-ray Physics	Lecture: 30 Auditorium classes: 15 Laboratory classes: 15	6	Exam	W
Group Theory and Symmetries in Physics	Lecture: 30 Auditorium classes: 15	4	Assessment	W
Laboratory of Condensed Matter Physics	Laboratory classes: 45	5	Assessment	W
Introduction to synchrotron radiation and its applications	Lecture: 15 Project classes: 15	3	Assessment	W
Disperse Modelling in Physics of Atmosphere	Lecture: 4 Auditorium classes: 12 Fieldwork: 12	2	Assessment	W
X-Ray Applications	Lecture: 30 Laboratory classes: 15	3	Exam	W
Radioactivity in the Environment	Lecture: 30 Laboratory classes: 15	3	Assessment	W
Physics of Surface, Thin Films and Nanostructures	Lecture: 30 Practical classes: 15	4	Exam	W
Introduction to Quantum Optics	Lecture: 30 Auditorium classes: 30	4	Assessment	W
Introduction to Quantum Theory of Electronic Transport	Lecture: 30	4	Assessment	W
Introduction to Atomic and Molecular Physics	Lecture: 30 Auditorium classes: 30	4	Exam	W
Scattering Theory	Lecture: 30 Auditorium classes: 30	4	Exam	W
Semiconductor Materials and Devices	Lecture: 30 Auditorium classes: 10 Seminars: 20	5	Assessment	W
Physics of Disordered Matter	Lecture: 30 Laboratory classes: 15	4	Assessment	W
Design of CMOS Integrated Circuits	Lecture: 15 Laboratory classes: 30 Project classes: 15	5	Exam	W
Nuclear Electronics	Lecture: 45 Auditorium classes: 15 Laboratory classes: 30	7	Exam	W
Designing Electronic Modules	Lecture: 15 Laboratory classes: 30 Project classes: 15	5	Assessment	W
Position-sensitive Ionizing Particles and X-rays Detectors	Lecture: 15 Laboratory classes: 15 Seminars: 15	3	Assessment	W
Microprocessor Techniques	Lecture: 20 Laboratory classes: 25 Project classes: 15	5	Assessment	W
Digital Systems Design	Lecture: 30 Laboratory classes: 30 Project classes: 15	5	Assessment	W
Geochemistry	Lecture: 30 Auditorium classes: 15 Project classes: 15	5	Exam	W
Applications for Mobile Devices	Lecture: 15 Laboratory classes: 30	4	Assessment	W
VPython: 3D Simulations of Physical Processes for Everybody	Lecture: 15 Laboratory classes: 30	3	Assessment	W
Nanotechnologies and their Applications in Natural Sciences	Lecture: 15 Auditorium classes: 7 Laboratory classes: 7	3	Exam	W
Hardware Description Language	Lecture: 20 Laboratory classes: 22 Project classes: 15	6	Assessment	W
Trace Analysis	Lecture: 15 Laboratory classes: 15	3	Assessment	W
Python in the Enterprise	Lecture: 15 Laboratory classes: 20 Project classes: 10	5	Exam	W
Radiochemistry	Lecture: 30 Laboratory classes: 30	5	Assessment	W
Introduction to X-ray Fluorescence Analysis	Lecture: 30 Workshop classes: 21	4	Exam	W
Methodology of Air Quality Measurements	Lecture: 15 Laboratory classes: 12 Project classes: 6 Fieldwork: 15	4	Assessment	W
Modelling of environmental processes	Lecture: 15 Project classes: 30	4	Assessment	W
Design of integrated circuits in CMOS technology	Lecture: 15 Laboratory classes: 30 Project classes: 15	4	Exam	W
Microtomography	Lecture: 22 Laboratory classes: 15 Conversation seminar: 8	4	Assessment	W
Data Acquisition Systems	Laboratory classes: 20 Project classes: 20 Seminars: 20	6	Assessment	W
Parallel and Distributed Systems	Lecture: 30 Laboratory classes: 26 Project classes: 4	5	Exam	W
Multicore programming	Lecture: 15 Laboratory classes: 18 Project classes: 10	4	Assessment	W
Cryogenics	Lecture: 30 Laboratory classes: 15	4	Assessment	W
Photosynthesis	Lecture: 30 Laboratory classes: 20 Seminars: 8	5	Assessment	W
Small Course of Photosynthesis	Lecture: 22 Seminars: 6	3	Assessment	W
Introduction to Standard Model	Lecture: 30 Auditorium classes: 8 Project classes: 6	4	Assessment	W
CP Violation in Heavy Flavour Physics	Lecture: 16 Auditorium classes: 6 Project classes: 6	3	Assessment	W
Introduction to Hadron-Hadron Interactions	Lecture: 30 Auditorium classes: 15	4	Assessment	W
Particle Accelerators	Lecture: 30 Auditorium classes: 15	3	Assessment	W
Air Pollution	Lecture: 15 Laboratory classes: 15	4	Exam	W
Methods for the Analysis of Experimental Data	Lecture: 30 Auditorium classes: 15 Project classes: 15	5	Assessment	W
Machine learning on embedded systems	Lecture: 12 Laboratory classes: 12 Project classes: 12	3	Assessment	W
Introduction to the Particle Physics Data Analysis	Lecture: 15 Laboratory classes: 21 Seminars: 4	4	Assessment	W
Radiation damage in electronics	Lecture: 14	1	Assessment	W
Physics of Ultrarelativistic Heavy-ion Collisions	Lecture: 20 Auditorium classes: 8	3	Assessment	W
Selected issues of special and general relativity	Lecture: 30 Auditorium classes: 30	4	Assessment	W
Introduction to Game Theory	Lecture: 30	3	Exam	W
General theory of relativity	Lecture: 30 Auditorium classes: 15	4	Exam	W
Research of the connections between glass and metal, from excavation obiects and museum exhibitions	Lecture: 24 Workshop classes: 6	2	Assessment	W
Deep Learning with CUDA - advanced applications	Lecture: 14 Laboratory classes: 22 Project classes: 9	3	Assessment	W
Developed of stained glass window technology	Lecture: 24 Laboratory classes: 6	2	Assessment	W
SOLID programming basics	Laboratory classes: 30	2	Assessment	W
Functional Programming with Scala	Lecture: 30 Laboratory classes: 30	6	Assessment	W
Advanced data analysis in biophysics	Lecture: 30 Laboratory classes: 30	5	Assessment	W
Outline of Modern Cosmology	Lecture: 45	4	Exam	W
Sum	308	32

Summer semester, 2021/2022

Subject	Number of hours	ECTS points	Form of verification
Electives FT II.3	Total number of contact hours: 50	5	Assessment	O
Zasady wyboru grup/modułów: Student wybiera przedmioty obieralne o łącznej liczbie ECTS nie mniejszej od 5 z oferty przedstawionej poniżej, bądź z UBPO.
Methods of Structural and Diffractional Analysis of Aperiodic Systems	Lecture: 10 Laboratory classes: 20	2	Assessment	W
Soft Matter Physics	Lecture: 28 Auditorium classes: 14 Seminars: 14	4	Exam	W
Introduction to Data Analysis in Experimental Particle Physics	Lecture: 15 Project classes: 15	3	Assessment	W
Environmental Monitoring	Lecture: 10 Seminars: 10 Fieldwork: 30	5	Exam	W
Magnetism and Physics of Metals	Lecture: 30 Laboratory classes: 10 Seminars: 5	3	Exam	W
Physics of Sailing	Lecture: 30	2	Assessment	W
Introduction to Eddy Covariance	Lecture: 16 Laboratory classes: 16 Fieldwork: 8	4	Exam	W
Solid State Structures and Symmetries	Lecture: 30 Laboratory classes: 15	4	Exam	W
X-ray Physics	Lecture: 30 Auditorium classes: 15 Laboratory classes: 15	6	Exam	W
Analytical Methods in Environmental Studies	Lecture: 30 Laboratory classes: 15 Practical classes: 6	4	Exam	W
Group Theory and Symmetries in Physics	Lecture: 30 Auditorium classes: 15	4	Assessment	W
Laboratory of Condensed Matter Physics	Laboratory classes: 45	5	Assessment	W
Introduction to synchrotron radiation and its applications	Lecture: 15 Project classes: 15	3	Assessment	W
Disperse Modelling in Physics of Atmosphere	Lecture: 4 Auditorium classes: 12 Fieldwork: 12	2	Assessment	W
X-Ray Applications	Lecture: 30 Laboratory classes: 15	3	Exam	W
Radioactivity in the Environment	Lecture: 30 Laboratory classes: 15	3	Assessment	W
Physics of Surface, Thin Films and Nanostructures	Lecture: 30 Practical classes: 15	4	Exam	W
Introduction to Quantum Optics	Lecture: 30 Auditorium classes: 30	4	Assessment	W
Introduction to Quantum Theory of Electronic Transport	Lecture: 30	4	Assessment	W
Introduction to Atomic and Molecular Physics	Lecture: 30 Auditorium classes: 30	4	Exam	W
Scattering Theory	Lecture: 30 Auditorium classes: 30	4	Exam	W
Semiconductor Materials and Devices	Lecture: 30 Auditorium classes: 10 Seminars: 20	5	Assessment	W
Physics of Disordered Matter	Lecture: 30 Laboratory classes: 15	4	Assessment	W
Global Biogeochemical Cycles	Lecture: 25 Project classes: 8 Seminars: 12	4	Assessment	W
Design of CMOS Integrated Circuits	Lecture: 15 Laboratory classes: 30 Project classes: 15	5	Exam	W
Designing Electronic Modules	Lecture: 15 Laboratory classes: 30 Project classes: 15	5	Assessment	W
Position-sensitive Ionizing Particles and X-rays Detectors	Lecture: 15 Laboratory classes: 15 Seminars: 15	3	Assessment	W
Microprocessor Techniques	Lecture: 20 Laboratory classes: 25 Project classes: 15	5	Assessment	W
Digital Systems Design	Lecture: 30 Laboratory classes: 30 Project classes: 15	5	Assessment	W
Nuclear Electronics	Lecture: 45 Auditorium classes: 15 Laboratory classes: 30	7	Exam	W
Modelling of environmental processes	Lecture: 15 Project classes: 30	4	Assessment	W
VPython: 3D Simulations of Physical Processes for Everybody	Lecture: 15 Laboratory classes: 30	3	Assessment	W
Nanotechnologies and their Applications in Natural Sciences	Lecture: 15 Auditorium classes: 7 Laboratory classes: 7	3	Exam	W
Hardware Description Language	Lecture: 20 Laboratory classes: 22 Project classes: 15	6	Assessment	W
Trace Analysis	Lecture: 15 Laboratory classes: 15	3	Assessment	W
Python in the Enterprise	Lecture: 15 Laboratory classes: 20 Project classes: 10	5	Exam	W
Radiochemistry	Lecture: 30 Laboratory classes: 30	5	Assessment	W
Geochemistry	Lecture: 30 Auditorium classes: 15 Project classes: 15	5	Exam	W
Applications for Mobile Devices	Lecture: 15 Laboratory classes: 30	4	Assessment	W
Design of integrated circuits in CMOS technology	Lecture: 15 Laboratory classes: 30 Project classes: 15	4	Exam	W
Methodology of Air Quality Measurements	Lecture: 15 Laboratory classes: 12 Project classes: 6 Fieldwork: 15	4	Assessment	W
Microtomography	Lecture: 22 Laboratory classes: 15 Conversation seminar: 8	4	Assessment	W
Data Acquisition Systems	Laboratory classes: 20 Project classes: 20 Seminars: 20	6	Assessment	W
Parallel and Distributed Systems	Lecture: 30 Laboratory classes: 26 Project classes: 4	5	Exam	W
Multicore programming	Lecture: 15 Laboratory classes: 18 Project classes: 10	4	Assessment	W
Cryogenics	Lecture: 30 Laboratory classes: 15	4	Assessment	W
Introduction to X-ray Fluorescence Analysis	Lecture: 30 Workshop classes: 21	4	Exam	W
Photosynthesis	Lecture: 30 Laboratory classes: 20 Seminars: 8	5	Assessment	W
Small Course of Photosynthesis	Lecture: 22 Seminars: 6	3	Assessment	W
Introduction to Standard Model	Lecture: 30 Auditorium classes: 8 Project classes: 6	4	Assessment	W
Introduction to Hadron-Hadron Interactions	Lecture: 30 Auditorium classes: 15	4	Assessment	W
Particle Accelerators	Lecture: 30 Auditorium classes: 15	3	Assessment	W
Methods for the Analysis of Experimental Data	Lecture: 30 Auditorium classes: 15 Project classes: 15	5	Assessment	W
Air Pollution	Lecture: 15 Laboratory classes: 15	4	Exam	W
Introduction to the Particle Physics Data Analysis	Lecture: 15 Laboratory classes: 21 Seminars: 4	4	Assessment	W
Physics of Ultrarelativistic Heavy-ion Collisions	Lecture: 20 Auditorium classes: 8	3	Assessment	W
Machine learning on embedded systems	Lecture: 12 Laboratory classes: 12 Project classes: 12	3	Assessment	W
Radiation damage in electronics	Lecture: 14	1	Assessment	W
CP Violation in Heavy Flavour Physics	Lecture: 16 Auditorium classes: 6 Project classes: 6	3	Assessment	W
Introduction to Game Theory	Lecture: 30	3	Exam	W
Selected issues of special and general relativity	Lecture: 30 Auditorium classes: 30	4	Assessment	W
General theory of relativity	Lecture: 30 Auditorium classes: 15	4	Exam	W
Research of the connections between glass and metal, from excavation obiects and museum exhibitions	Lecture: 24 Workshop classes: 6	2	Assessment	W
Deep Learning with CUDA - advanced applications	Lecture: 14 Laboratory classes: 22 Project classes: 9	3	Assessment	W
Developed of stained glass window technology	Lecture: 24 Laboratory classes: 6	2	Assessment	W
SOLID programming basics	Laboratory classes: 30	2	Assessment	W
Functional Programming with Scala	Lecture: 30 Laboratory classes: 30	6	Assessment	W
Advanced data analysis in biophysics	Lecture: 30 Laboratory classes: 30	5	Assessment	W
Outline of Modern Cosmology	Lecture: 45	4	Exam	W
Diploma Thesis	Diploma Thesis: 0	20	Assessment	O
Seminar (M.Sc. Thesis)	Seminars: 45	5	Assessment	O
Sum	95	30