2015/2016 - Zaawansowana mechanika obliczeniowa (Advanced Computational Mechanics) (stacjonarne)

Wydział Mechaniczny
Kierunek: Mechanika i Budowa Maszyn Specjalność: Zaawansowana mechanika obliczeniowa (Advanced Computational Mechanics)
Stopień: drugi Profil: Ogólnoakademicki Tryb: stacjonarne

Lp.	Rok ak. wejścia planu: 2015/2016 Data aktualizacji: 13-05-2015	Suma godz.	ECTS	Kod kierunku: M						semestry
				Kod kierunku: M						I							II							III
				W	C	L	K	P	S	W	C	L	K	P	S	E	W	C	L	K	P	S	E	W	C	L	K	P	S	E
A	Przedmioty ogólne	60	6	15	45						15					2		15					2	15	15					2
1	Large scale European projects	15	1	15																				15						1
2	Foreign language	30	4		30						15					2		15					2E
3	Physical aspects of human development	15	1		15																				15					1
B	Przedmioty podstawowe	180	13	105	75					105	75					13
1	Mathematics II	45	4	30	15					30	15					4E
2	Engineering mathematics II	30	2	15	15					15	15					2
3	Solid state physics	30	2	15	15					15	15					2
4	Solid mechanics	30	2	15	15					15	15					2
5	Analytical mechanics	45	3	30	15					30	15					3E
C	Przedmioty kierunkowe	450	36	225	45	60	90	30		90	15	45	45	15		15	120	30	15	30	15		19	15			15			2
1	Numerical methods II	30	2	15			15			15			15			2
2	Object oriented programming	15	1				15													15			1
3	Materials science II	45	4	15	15	15				15	15	15				4E
4	Modern structural materials	30	2	15	15												15	15					2
5	Advanced modelling of materials and structures	45	3	15	15	15											15	15	15				3E
6	Machine design II	45	3	30				15									30				15		3E
7	Integrated processing systems	45	3	15			30			15			30			3
8	Advanced FEM modelling	60	4	30			30										15			15			2	15			15			2
9	Strength of materials II	30	2	15				15		15				15		2
10	Dynamics of systems	30	2	15		15				15		15				2
11	Experimental methods of deformable body	30	2	15		15				15		15				2
12	Optional modules A, B, C	45	3	45													45						3
13	Individual activity		5																				5
D	Przedmioty specjalnościowe	255	35	75	30		150										45			90			9	30	30		60			26
1	Optional modules A, B, C, D, E	225	15	75			150										45			90			9	30			60			6
2	Diploma seminar	30	3		30																				30					3
3	MSc Thesis		17																											17
Razem		945	90	420	195	60	240	30		195	105	45	45	15		30	165	45	15	120	15		30	60	45		75			30
Razem		945	90	945						405							360							180
Egzaminy				6						3							3
Litera "E" przy liczbie punktów ECTS wskazuje egzamin z danego przedmiotu.
Legenda: W - Wykład, C - Ćwiczenia, L - Laboratorium, K - Laboratorium komputerowe, P - Projekt, S - Seminarium.

Pobierz ten plan w pliku XLS

Linki do przedmiotów z list

Foreign language
A2a	English
A2b	German
A2c	Polish
A2d	French
A2e	Russian
Physical aspects of human development
A3a	Health education
A3b	Physical education
A3c	Rehabilitation
Individual activity
C1a	Mid-course project
C1b	Students research activity
C1c	Scientific project
Optional modules A, B, C
C12a	Damage mechanics
C12b	Control of systems
C12c	Design of materials
C12d	Intelligent structures
C12e	Machine diagnosis
C12f	Fracture mechanics
C12g	Optimisation of materials
Optional modules A, B, C, D, E
D1a	Computational control of systems
D1b	Computational design of structures
D1d	Computational mechatronics
D1e	Computational optimisation of structures
D1f	Computational stability of structures
D1g	Computational thermodynamics and heat transfer
D1h	Computational vibroacoustics
D1i	Computational fluid mechanics