Metals Engineering

Program studiów II stopnia na kierunku Inżynieria Metali został opracowany w oparciu o zapotrzebowanie krajowego przemysłu na absolwentów posiadających zaawansowaną wiedzę z zakresu inżynierii materiałowej tworzyw metalicznych oraz umiejętności i kompetencje umożliwiające im swobodne wejście na rynek pracy.

W zależności od wybranej specjalności: Inżynieria jakości, Inżynieria powierzchni, Inżynieria spajania lub Materiały inżynierskie, absolwenci mogą znaleźć zatrudnienie jako specjaliści z zakresu analityki i kontroli jakości, technologii spajania materiałów, projektowania, wytwarzania i charakterystyki stali i innych materiałów o specjalnych własnościach dla potrzeb różnych gałęzi nowoczesnego przemysłu.

Wydział Inżynierii Metali i Informatyki Przemysłowej AGH poszczycić się może współpracą z wieloma zakładami przemysłowymi do których należą m.in. Pratt & Whitney, General Electric Poland, ArcelorMittal Poland, KGHM Polska Miedź, CELSA GROUP, Toyota Motor Manufacturing Poland, CMC Zawiercie, ABB, Silvermedia, Asseco Poland, Comarch i Macrologic. Ponadto współpracuje z wieloma instytutami naukowymi oraz badawczymi, w tym z Instytutem Metalurgii i Inżynierii Materiałowej PAN oraz instytutami wchodzącymi w skład Sieć Badawczej Łukasiewicz.

Opiekun kierunku: dr hab. inż. Adam Kruk, prof. AGH

Zobacz pełny opis kierunku (Inżynieria jakości)

Zobacz pełny opis kierunku (Inżynieria powierzchni)

Zobacz pełny opis kierunku (Inżynieria spajania)

Zobacz pełny opis kierunku (Materiały inżynierskie)

Program ustalony Uchwałą Senatu nr 15/2022 z dnia 2 marca 2022 r.

Engineering materials

Subject	Number of hours	ECTS points	Form of verification
Sintered metal engineering	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Phase transformations in metals and alloys	Lecture: 18 Auditorium classes: 18	4	Exam	O
Steels and special alloys	Lecture: 18 Laboratory classes: 18	4	Exam	O
Heat and Mass Transfer	Lecture: 18 Laboratory classes: 18	4	Exam	O
Advanced Materials Research Methods	Lecture: 18 Laboratory classes: 18	4	Exam	O
Management of production, services and personnel	Lecture: 18	2	Assessment	O
Język angielski B2+ - STUDIA NIESTACJONARNE - obowiązkowy kurs języka specjalistycznego na studiach II stopnia dla studentów Wydziału Inżynierii Metali i Informatyki Przemysłowej	Foreign language classes: 30	2	Exam	W
Sum	228	24

Joining engineering

Subject	Number of hours	ECTS points	Form of verification
Sintered metal engineering	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Phase transformations in metals and alloys	Lecture: 18 Auditorium classes: 18	4	Exam	O
Steels and special alloys	Lecture: 18 Laboratory classes: 18	4	Exam	O
Heat and Mass Transfer	Lecture: 18 Laboratory classes: 18	4	Exam	O
Advanced Materials Research Methods	Lecture: 18 Laboratory classes: 18	4	Exam	O
Management of production, services and personnel	Lecture: 18	2	Assessment	O
Język angielski B2+ - STUDIA NIESTACJONARNE - obowiązkowy kurs języka specjalistycznego na studiach II stopnia dla studentów Wydziału Inżynierii Metali i Informatyki Przemysłowej	Foreign language classes: 30	2	Exam	W
Sum	228	24

Quality engineering

Subject	Number of hours	ECTS points	Form of verification
Sintered metal engineering	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Phase transformations in metals and alloys	Lecture: 18 Auditorium classes: 18	4	Exam	O
Steels and special alloys	Lecture: 18 Laboratory classes: 18	4	Exam	O
Heat and Mass Transfer	Lecture: 18 Laboratory classes: 18	4	Exam	O
Advanced Materials Research Methods	Lecture: 18 Laboratory classes: 18	4	Exam	O
Management of production, services and personnel	Lecture: 18	2	Assessment	O
Język angielski B2+ - STUDIA NIESTACJONARNE - obowiązkowy kurs języka specjalistycznego na studiach II stopnia dla studentów Wydziału Inżynierii Metali i Informatyki Przemysłowej	Foreign language classes: 30	2	Exam	W
Sum	228	24

Surface engineering

Subject	Number of hours	ECTS points	Form of verification
Sintered metal engineering	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Phase transformations in metals and alloys	Lecture: 18 Auditorium classes: 18	4	Exam	O
Steels and special alloys	Lecture: 18 Laboratory classes: 18	4	Exam	O
Heat and Mass Transfer	Lecture: 18 Laboratory classes: 18	4	Exam	O
Advanced Materials Research Methods	Lecture: 18 Laboratory classes: 18	4	Exam	O
Management of production, services and personnel	Lecture: 18	2	Assessment	O
Język angielski B2+ - STUDIA NIESTACJONARNE - obowiązkowy kurs języka specjalistycznego na studiach II stopnia dla studentów Wydziału Inżynierii Metali i Informatyki Przemysłowej	Foreign language classes: 30	2	Exam	W
Sum	228	24

Engineering materials

Subject	Number of hours	ECTS points	Form of verification
Quantitative metallography	Lecture: 18 Laboratory classes: 18	4	Exam	O
Crystal structure defects	Lecture: 18 Auditorium classes: 9 Laboratory classes: 9	4	Assessment	O
Functional materials	Lecture: 18 Laboratory classes: 9 Seminars: 9	4	Assessment	O
Obcojęzyczny przedmiot obieralny	Total number of contact hours: 27	4	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Amorphous and nanocrystalline metallic materials	Lecture: 18 Laboratory classes: 9	4	Assessment	W
Materials for Energy Systems and Aeronautics	Lecture: 9 Seminars: 18	4	Assessment	W
Surface Engineering	Lecture: 9 Seminars: 18	4	Assessment	W
Sum	135	16

Joining engineering

Subject	Number of hours	ECTS points	Form of verification
Quantitative metallography	Lecture: 18 Laboratory classes: 18	4	Exam	O
Welding metallurgy	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Designing and testing of welded joints	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Obcojęzyczny przedmiot obieralny	Total number of contact hours: 27	4	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Amorphous and nanocrystalline metallic materials	Lecture: 18 Laboratory classes: 9	4	Assessment	W
Materials for Energy Systems and Aeronautics	Lecture: 9 Seminars: 18	4	Assessment	W
Surface Engineering	Lecture: 9 Seminars: 18	4	Assessment	W
Sum	135	16

Quality engineering

Subject	Number of hours	ECTS points	Form of verification
Quantitative metallography	Lecture: 18 Laboratory classes: 18	4	Exam	O
Statistical quality control	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Quality management systems	Lecture: 18 Project classes: 9 Seminars: 9	4	Assessment	O
Obcojęzyczny przedmiot obieralny	Total number of contact hours: 27	4	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Amorphous and nanocrystalline metallic materials	Lecture: 18 Laboratory classes: 9	4	Assessment	W
Materials for Energy Systems and Aeronautics	Lecture: 9 Seminars: 18	4	Assessment	W
Surface Engineering	Lecture: 9 Seminars: 18	4	Assessment	W
Sum	135	16

Surface engineering

Subject	Number of hours	ECTS points	Form of verification
Quantitative metallography	Lecture: 18 Laboratory classes: 18	4	Exam	O
Hardfacing and spraying of coatings	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Advanced technologies in surface engineering	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Obcojęzyczny przedmiot obieralny	Total number of contact hours: 27	4	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Amorphous and nanocrystalline metallic materials	Lecture: 18 Laboratory classes: 9	4	Assessment	W
Materials for Energy Systems and Aeronautics	Lecture: 9 Seminars: 18	4	Assessment	W
Surface Engineering	Lecture: 9 Seminars: 18	4	Assessment	W
Sum	135	16

Engineering materials

Subject	Number of hours	ECTS points	Form of verification
Damage and failure analysis	Lecture: 18 Laboratory classes: 18	4	Exam	O
Material degradation and diagnostics	Lecture: 18 Laboratory classes: 18	4	Exam	O
Designing the structure and properties of sintered materials	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Tool materials	Lecture: 28 Laboratory classes: 28	4	Assessment	O
High-temperature materials	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Przedmiot obieralny HES	Lecture: 18 Seminars: 18	3	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Cold weapons. History and Modernity	Lecture: 18 Seminars: 18	3	Assessment	W
History of technology and material culture	Lecture: 18 Seminars: 18	3	Assessment	W
Sum	236	23

Joining engineering

Subject	Number of hours	ECTS points	Form of verification
Quality control and assurance in welding processes	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Mechanization and automation of welding processes	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Non-destructive testing methods for welded joints	Lecture: 18 Laboratory classes: 18	4	Exam	O
Weldability of special materials	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Steel weldability	Lecture: 18 Laboratory classes: 18	4	Exam	O
Przedmiot obieralny HES	Lecture: 18 Seminars: 18	3	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Cold weapons. History and Modernity	Lecture: 18 Seminars: 18	3	Assessment	W
History of technology and material culture	Lecture: 18 Seminars: 18	3	Assessment	W
Sum	216	23

Quality engineering

Subject	Number of hours	ECTS points	Form of verification
Operational research	Lecture: 18 Laboratory classes: 9 Seminars: 9	4	Assessment	O
Maintenance and reliability	Lecture: 18 Laboratory classes: 18	4	Exam	O
Logistics and production engineering	Lecture: 18 Laboratory classes: 9 Project classes: 9	4	Assessment	O
Stereology and fractography	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Advanced methods in quality engineering	Lecture: 18 Laboratory classes: 18	4	Exam	O
Przedmiot obieralny HES	Lecture: 18 Seminars: 18	3	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Cold weapons. History and Modernity	Lecture: 18 Seminars: 18	3	Assessment	W
History of technology and material culture	Lecture: 18 Seminars: 18	3	Assessment	W
Sum	216	23

Surface engineering

Subject	Number of hours	ECTS points	Form of verification
Innovative coating materials	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Surface layers and coatings research methods	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Decorative and special coatings technologies	Lecture: 18 Laboratory classes: 18	4	Exam	O
Welding technologies in surface engineering	Lecture: 18 Laboratory classes: 18	4	Exam	O
Surface treatment devices	Lecture: 18 Laboratory classes: 18	4	Assessment	O
Przedmiot obieralny HES	Lecture: 18 Seminars: 18	3	Assessment	O
Zasady wyboru: Student wybiera jeden przedmiot
Cold weapons. History and Modernity	Lecture: 18 Seminars: 18	3	Assessment	W
History of technology and material culture	Lecture: 18 Seminars: 18	3	Assessment	W
Sum	216	23

Engineering materials

Subject	Number of hours	ECTS points	Form of verification
Material technologies in the aviation and energy industry	Project classes: 18 Seminars: 18	4	Assessment	O
Diploma seminar in the field of engineering materials	Seminars: 18	3	Assessment	O
Diploma Thesis	Diploma Thesis: 0	20	Assessment	O
Sum	54	27

Joining engineering

Subject	Number of hours	ECTS points	Form of verification
Filler metals and consumables for welding	Project classes: 18 Seminars: 18	4	Assessment	O
Diploma seminar in the field of joining engineering	Seminars: 18	3	Assessment	O
Diploma Thesis	Diploma Thesis: 0	20	Assessment	O
Sum	54	27

Quality engineering

Subject	Number of hours	ECTS points	Form of verification
Quality engineering - case study	Project classes: 18 Seminars: 18	4	Assessment	O
Diploma seminar in the field of quality engineering	Seminars: 18	3	Assessment	O
Diploma Thesis	Diploma Thesis: 0	20	Assessment	O
Sum	54	27

Surface engineering

Subject	Number of hours	ECTS points	Form of verification
Current trends in surface engineering	Project classes: 18 Seminars: 18	4	Assessment	O
Diploma seminar in the field of surface engineering	Seminars: 18	3	Assessment	O
Diploma Thesis	Diploma Thesis: 0	20	Assessment	O
Sum	54	27