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., zmieniony Uchwałą Senatu nr 70/2021 z dnia 30 czerwca 2021 r.

Winter semester, 2021/2022

Subject	Number of hours	ECTS points	Form of verification
Mechanics	Lecture: 45 Auditorium classes: 60	8.0	Exam	O
Mathematics 1	Lecture: 45 Auditorium classes: 45	7.0	Exam	O
Mathematical Methods of Physics 1	Lecture: 30 Auditorium classes: 45	7.0	Exam	O
Fundamentals of Computer Science	Lecture: 15 Laboratory classes: 45	5.0	Assessment	O
Physical Education 1	Physical Education: 30	-	Assessment	O
Sum	360	27.0

O - Obligatory
W - Elective

Summer semester, 2021/2022

Subject	Number of hours	ECTS points	Form of verification
Electromagnetism and Optics	Lecture: 60 Auditorium classes: 60	8.0	Exam	O
Mathematics 2	Lecture: 45 Auditorium classes: 45	6.0	Exam	O
Statistics for Engineers	Lecture: 15 Auditorium classes: 10 Laboratory classes: 20	3.0	Assessment	O
Chemistry	Lecture: 30 Auditorium classes: 15 Laboratory classes: 30	7.0	Exam	O
Procedure-oriented Programming	Lecture: 30 Laboratory classes: 45	6.0	Assessment	O
Physical Education 2	Physical Education: 15	-	Assessment	O
Foreign language	Foreign language classes: 30	-		O
Zasady wyboru: Jeden przedmiot z grupy
English B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 1/3	Foreign language classes: 30	-	Assessment	W
Russian B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 1/3	Foreign language classes: 30	-	Assessment	W
Spanish B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 1/3	Foreign language classes: 30	-	Assessment	W
French B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 1/3	Foreign language classes: 30	-	Assessment	W
German B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 1/3	Foreign language classes: 30	-	Assessment	W
Humanities Electives I (Faculty of Management)	Lecture: 15 Auditorium classes: 15	3.0		O
Zasady wyboru: Student wybiera dowolną liczbę godzin modułów obieralnych ekonomicznych (jak np.: Biznes Plan; Ekonomia menedżerska; Kształtowanie wizerunku menedżera; Podstawy przedsiębiorczości; Rachunek kosztów dla inżynierów; Zarządzanie przedsiębiorstwem; Zarządzanie własnym rozwojem) z oferty UBPO o sumarycznym wymiarze ECTS nie mniejszym niż 3.
Humanistic or social subject		3.0	Assessment	W
Sum	480	33.0

O - Obligatory
W - Elective

Winter semester, 2022/2023

Subject	Number of hours	ECTS points	Form of verification
Fundamentals of Quantum and Statistical Physics	Lecture: 45 Auditorium classes: 60	6.0	Exam	O
Laboratory of Physics 1	Laboratory classes: 30	4.0	Assessment	O
Mathematics 3	Lecture: 30 Auditorium classes: 45	5.0	Exam	O
Programming in C++	Lecture: 30 Laboratory classes: 45	6.0	Assessment	O
Computational Software	Lecture: 15 Laboratory classes: 30	4.0	Assessment	O
Computer-controlled Measurements	Lecture: 15 Laboratory classes: 30 Project classes: 15	5.0	Assessment	O
Physical Education 3	Physical Education: 15	-	Assessment	O
Foreign language	Foreign language classes: 45	-		O
Zasady wyboru: Jeden przedmiot z grupy
German B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 2/3	Foreign language classes: 45	-	Assessment	W
English B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 2/3	Foreign language classes: 45	-	Assessment	W
Spanish B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 2/3	Foreign language classes: 45	-	Assessment	W
Russian B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 2/3	Foreign language classes: 45	-	Assessment	W
French B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 2/3	Foreign language classes: 45	-	Assessment	W
Sum	450	30.0

O - Obligatory
W - Elective

Summer semester, 2022/2023

Subject	Number of hours	ECTS points	Form of verification
Fundamentals of Nuclear Physics	Lecture: 30 Auditorium classes: 15	3.0	Exam	O
Laboratory of Physics 2	Laboratory classes: 45	6.0	Assessment	O
Mathematical Methods of Physics 2	Lecture: 30 Auditorium classes: 45	5.0	Assessment	O
Mathematical Statistics	Lecture: 30 Auditorium classes: 30 Project classes: 15	5.0	Exam	O
Circuits and Signals Theory	Lecture: 30 Auditorium classes: 30	4.0	Exam	O
Foreign language	Foreign language classes: 60	5.0		O
Zasady wyboru: Jeden przedmiot z bloku
Russian B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 3/3	Foreign language classes: 60	5.0	Exam	W
French B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 3/3	Foreign language classes: 60	5.0	Exam	W
German B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 3/3	Foreign language classes: 60	5.0	Exam	W
English B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 3/3	Foreign language classes: 60	5.0	Exam	W
Spanish B2 course - compulsory course of 135 hours for students of FIRST-CYCLE studies - semester 3/3	Foreign language classes: 60	5.0	Exam	W
Humanities Electives I (Faculty of Humanities)	Lecture: 30	2.0		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		2.0	Assessment	W
Sum	390	30.0

O - Obligatory
W - Elective

Winter semester, 2023/2024

Subject	Number of hours	ECTS points	Form of verification
Fundamentals of Solid State Physics	Lecture: 30 Auditorium classes: 15 Laboratory classes: 15	5.0	Exam	O
Fundamentals of Environmental Physics	Lecture: 30 Project classes: 15 Seminars: 15	5.0	Exam	O
Laboratory of Nuclear Techniques	Laboratory classes: 30	3.0	Assessment	O
Electronic Systems	Lecture: 30 Auditorium classes: 30 Laboratory classes: 30	7.0	Exam	O
Electives FT I.5	Total number of contact hours: 120	9.0		O
Zasady wyboru: Student wybiera moduły za co najmniej 9 ECTS, w tym przedmiot w całości prowadzony w języku obcym, za który może uzyskać co najmniej 3 ECTS.
Introduction to X-ray Fluorescence Analysis	Lecture: 30 Workshop classes: 21	4.0	Exam	W
Multicore programming	Lecture: 15 Laboratory classes: 18 Project classes: 10	4.0	Assessment	W
Applications for Mobile Devices	Lecture: 15 Laboratory classes: 30	4.0	Assessment	W
Geant4 programming environment	Lecture: 15 Laboratory classes: 15 Project classes: 15	4.0	Assessment	W
Programming in UNIX systems	Lecture: 30 Project classes: 15	5.0	Exam	W
Microprocessor Techniques	Lecture: 20 Laboratory classes: 25 Project classes: 15	5.0	Assessment	W
Methodology of Air Quality Measurements	Lecture: 15 Laboratory classes: 12 Project classes: 6 Fieldwork: 15	4.0	Assessment	W
Hardware Description Language	Lecture: 20 Laboratory classes: 22 Project classes: 15	6.0	Assessment	W
Scripting Languages	Lecture: 10 Laboratory classes: 20 Project classes: 10	4.0	Assessment	W
Digital Systems Design	Lecture: 30 Laboratory classes: 30 Project classes: 15	5.0	Assessment	W
Fundamentals of Data Science	Lecture: 15 Laboratory classes: 15 Project classes: 15	5.0	Exam	W
Microtomography	Lecture: 22 Laboratory classes: 15 Conversation seminar: 8	4.0	Assessment	W
Python in the Enterprise	Lecture: 15 Laboratory classes: 20 Project classes: 10	5.0	Exam	W
Metody Lagrange'a i Hamiltona w Mechanice	Lecture: 30 Auditorium classes: 30	4.0	Assessment	W
Introduction to the Particle Physics Data Analysis	Lecture: 15 Laboratory classes: 21 Seminars: 4	4.0	Assessment	W
Selected issues of special and general relativity	Lecture: 30 Auditorium classes: 30	4.0	Assessment	W
Elementary Particles and Interactions	Lecture: 26 Auditorium classes: 6 Laboratory classes: 8 Project classes: 6 Seminars: 14	5.0	Exam	W
Disperse Modelling in Physics of Atmosphere	Lecture: 4 Auditorium classes: 12 Fieldwork: 12	2.0	Assessment	W
Introduction to Eddy Covariance	Lecture: 16 Laboratory classes: 16 Fieldwork: 8	4.0	Exam	W
About Rotations - the Minimum Necessary for Physicists	Lecture: 30 Auditorium classes: 30	4.0	Exam	W
Group Theory and Symmetries in Physics	Lecture: 30 Auditorium classes: 15	4.0	Assessment	W
Physics of Sailing	Lecture: 30	2.0	Assessment	W
Introduction to Quantum Theory of Electronic Transport	Lecture: 30	4.0	Assessment	W
Introduction to Astrophysics and Cosmology	Lecture: 45	3.0	Assessment	W
Interdisciplinary Seminar on Complex Systems	Seminars: 15	2.0	Assessment	W
Econophysics	Lecture: 20 Seminars: 10	2.0	Assessment	W
Trace Analysis	Lecture: 15 Laboratory classes: 15	3.0	Assessment	W
Introduction to Standard Model	Lecture: 30 Auditorium classes: 8 Project classes: 6	4.0	Assessment	W
Semiconductor Materials and Devices	Lecture: 30 Auditorium classes: 10 Seminars: 20	5.0	Assessment	W
Introduction to programmable devices for physicists	Lecture: 12 Laboratory classes: 12 Project classes: 12	3.0	Assessment	W
Scientific Text Edition and Presentation	Lecture: 15 Laboratory classes: 15 Seminars: 15	4.0	Assessment	W
Cryogenics	Lecture: 30 Laboratory classes: 15	4.0	Assessment	W
Introduction to Hadron-Hadron Interactions	Lecture: 30 Auditorium classes: 15	4.0	Assessment	W
Sum	360	29.0

O - Obligatory
W - Elective

Summer semester, 2023/2024

Subject	Number of hours	ECTS points	Form of verification
Fundamentals of Theoretical Physics	Lecture: 30 Auditorium classes: 18 Laboratory classes: 12	4.0	Exam	O
Radiation Protection	Lecture: 30 Auditorium classes: 15 Project classes: 6	4.0	Exam	O
Digital Signal Processing	Lecture: 30 Laboratory classes: 33 Project classes: 12	5.0	Assessment	O
Work Placement	Practical placement: 0	6.0	Assessment	O
Blok tematyczny BT6	Total number of contact hours: 180	12.0		O
Zasady wyboru: Student wybiera dwa z czterech bloków tematycznych: * Badania i monitoring środowiska * Oddziaływania i detekcja cząstek * Nowoczesne materiały i technologie * Symulacje komputerowe w fizyce i technice
Oddziaływania i detekcja cząstek (sem.6)	Total number of contact hours: 91	6.0		W
Computer-based analysis of electronic circuits	Laboratory classes: 30 Project classes: 15	3.0	Assessment	W
Elementary Particles and Interactions	Lecture: 26 Auditorium classes: 6 Laboratory classes: 6 Project classes: 8	3.0	Exam	W
Nowoczesne materiały i technologie (sem.6)	Lecture: 60 Auditorium classes: 30	6.0		W
Fundamentals of Solid State Physics 2	Lecture: 30 Auditorium classes: 15	3.0	Exam	W
Real Structure of Materials	Lecture: 30 Auditorium classes: 15	3.0	Exam	W
Symulacje komputerowe w fizyce i technice (sem.6)	Total number of contact hours: 90	6.0		W
Computational Methods of Physics and Technics 1	Lecture: 30 Project classes: 15	3.0	Assessment	W
Mathematical Methods of Physics 3	Lecture: 30 Auditorium classes: 15	3.0	Exam	W
Badania i monitoring środowiska (sem.6)	Total number of contact hours: 90	6.0		W
Environmental Chemistry	Lecture: 15 Laboratory classes: 30	3.0	Exam	W
Transportation Phenomena in the Environment	Lecture: 30 Auditorium classes: 15	3.0	Exam	W
Sum	366	31.0

O - Obligatory
W - Elective

Winter semester, 2024/2025

Subject	Number of hours	ECTS points	Form of verification
Final Project	Diploma Thesis: 0	15.0	Assessment	O
Blok tematyczny BT7	Total number of contact hours: 177	16.0		O
Zasady wyboru: Student wybiera dwa z czterech bloków tematycznych, będące kontynuacją bloków z semestru szóstego.
Oddziaływania i detekcja cząstek (sem.7)	Total number of contact hours: 87	8.0		W
Radiation Detectors	Lecture: 15 Laboratory classes: 30	4.0	Assessment	W
Interaction of ionizing radiation with matter	Lecture: 18 Auditorium classes: 8 Laboratory classes: 8 Project classes: 8	4.0	Exam	W
Nowoczesne materiały i technologie (sem.7)	Total number of contact hours: 90	8.0		W
Superconductivity and Superfluity	Lecture: 30 Laboratory classes: 15	4.0	Assessment	W
Laboratory of Modern Materials and Technology	Laboratory classes: 45	4.0	Assessment	W
Symulacje komputerowe w fizyce i technice (sem.7)	Total number of contact hours: 93	8.0		W
Modeling of Flow Systems	Lecture: 30 Laboratory classes: 15	4.0	Exam	W
Computational Methods of Physics and Technics 2	Lecture: 18 Laboratory classes: 15 Project classes: 15	4.0	Assessment	W
Badania i monitoring środowiska (sem.7)	Total number of contact hours: 90	8.0		W
Modelling of Environmental Transport Processes	Lecture: 15 Laboratory classes: 20 Project classes: 10	4.0	Assessment	W
Instrumental Analysis Methods	Lecture: 30 Laboratory classes: 15	4.0	Assessment	W
Sum	177	31.0

O - Obligatory
W - Elective