2018/2019 - Zaawansowana mechanika obliczeniowa (Advanced Computational Mechanics) (stacjonarne)

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

Lp.	Rok ak. wejścia planu: 2018/2019 Data aktualizacji: 27-04-2018	Suma godz.	ECTS	Kod kierunku: M						semestry
				Kod kierunku: M						I							II							III							IV							V							VI							VII
				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	W	C	L	K	P	S	E	W	C	L	K	P	S	E	W	C	L	K	P	S	E	W	C	L	K	P	S	E
A	Przedmioty ogólne	330	20	84	225				21		60					2	45	60				15	6		30					2		30					2		30					4								39	15				6	4
1	Selected aspects of human growth (choice: 1.1 or 1.2 and 1.3) )	60			60						30							30
2	Foreign language	150	12		150						30					2		30					2		30					2		30					2		30					4E
3	Fundamentals of enterprise	30	2	15	15																																															15	15					2
4	Ethics, psychology and sociology	30	2	30													30						2
5	Presentation	15	1	15													15						1
6	Fundamentals of law and ergonomy	15	1	15																																																15						1
7	Intellectual property	15	1	9					6																																											9					6	1
8	Introduction to scientific research	15	1						15													15	1
B	Przedmioty kierunkowe	675	67	345	75	120	90	45		30		15		15		6				15	15		3	30	15	30				7	75		30	15			8	75	30	30	15	15		15	75	30	15	30			19	60			15			9
1	Technical drawing	45	4	15				30		15				15		3					15		1
2	3D modelling in enginneering problems	15	2				15													15			2
3	Machine design I	90	7	45		15	15	15																							30			15			3	15		15		15		4E
4	Plastics and composites	30	2	15		15																		15		15				2
5	Production engineering	45	3	30		15																									30		15				3
6	Fundamentals of automatics	45	5	15	15	15																		15	15	15				5E
7	Fundamentals of robotics	30	2	15		15																																							15		15				2E
8	Metrology	30	3	15		15				15		15				3
9	Experimental methods in mechanics	30	2	15		15																									15		15				2
10	Means of transport	30	2	15		15																																15		15				2
11	Optinal modules A, B, C, D	240	24	120	60		60																															45	30		15			9	60	30		30			12	15			15			3
12	Optional modules A, B, C	45	6	45																																																45						6
13	Professional training		5																																																5
B2	Fizyka	360	29	165	120	75				15	15					3	75	30	45				12	45	45					7	15	15	15				4	15	15	15				3
1	General mechanics	75	7	45	30												30	15					4E	15	15					3E
2	Fluid mechanics	45	4	15	15	15																									15	15	15				4E
3	Thermodynamics	45	3	15	15	15																																15	15	15				3E
4	Electronics and electrical engineering	45	3	15	15	15											15	15	15				3
5	Material science I	75	7	30	15	30				15	15					3	15		30				4E
6	Introduction to physics	15	1	15													15						1
7	Elements of contemporary physics	60	4	30	30																			30	30					4
C	Przedmioty specjalnościowe	305	38	120			120	5	60																						30			30			6	45			45			6	45			45		30	9					5	30	17
1	Computer aided design of structures	30	3	15			15																								15			15			3E
2	Computer aided machining of structures	30	3	15			15																								15			15			3E
3	Optional modules A, B, C	180	12	90			90																															45			45			6	45			45			6
4	Individual activity	30	3						30																																									30	3
5	Diploma seminar II	30	2						30																																																30	2
6	BSc thesis preparation	5	15					5																																																5		15
D	Przedmioty podstawowe	720	56	330	195	30	120	45		120	75		30			19	45	30		15			9	90	45		60	15		14	45	15	30	15	30		10	15	15					2	15	15					2
1	Mathematics I	225	18	120	105					90	75					12E	30	30					6E
2	Engineering mathematics I	30	2	15	15																			15	15					2
3	Theory of probability / Variational analysis	30	2	15	15																			15	15					2
4	Statistics / Distribution and transforms	30	2	15	15																										15	15					2
5	Vibrations and waves	45	3	15		15	15																								15		15	15			3
6	Strength of materials	120	9	45	15	15		45																30	15			15		4	15		15		30		5E
7	Theory of elasticity	30	2	15	15																																	15	15					2E
8	Theory of plasticity	30	2	15	15																																								15	15					2
9	Information technology	30	3	15			15			15			15			3
10	Informatics	30	4	15			15			15			15			4E
11	Numerical methods I	75	6	30			45										15			15			3	15			30			3
12	Finite element method I	45	3	15			30																	15			30			3
Razem		2390	210	1044	615	225	330	95	81	165	150	15	30	15		30	165	120	45	30	15	15	30	165	135	30	60	15		30	165	60	75	60	30		30	150	90	45	60	15		30	135	45	15	75		30	30	99	15		15	5	36	30
Razem		2390	210	2390						375							390							405							390							360							300							170
Egzaminy				16						2							3							2							4							4							1
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

Selected aspects of human growth (choice: 1.1 or 1.2 and 1.3) )
A1a	Physical education
A1b	Relaxation training
A1c	Emotional training
Foreign language
A2a	English
A2c	Polish
Fundamentals of enterprise
A3a	Business economics
A3b	Fundanentals of invention
A3c	Fundamentals of management
Ethics, psychology and sociology
A4a	Labour psychology and sociology
A4b	Ethics for engineers
Presentation
A5a	Interpersonal communication
A5b	Autopresentation
A5c	Rhetoric and presentation techniques
Fundamentals of law and ergonomy
A6a	Industrial safety and ergonomics
A6b	Fundamentals of law for enginners
Optinal modules A, B, C, D
B14a	Acoustics, structural acoustics and control of vibrations
B14b	Advanced mechanics of structures with constitutive modeling
B14c	Introduction to mechatronics and MEMS technology
B14d	Modeling of materials in extremal temperatures and rheology
B14e	Optimization and stability of structures
B14f	Quantum mechanics and fundamentals of accelerator design
B14g	Theory of mechanisms and machines, manipulators
B14h	Vehicle constructions and combustion engines
B14i	Heat and mass transfer and power planty
B14j	Biomechanics, biomaterials and haptic structures
Optional modules A, B, C
B15a	Noise and vibration protection
B15b	Recycling
B15c	Renewable natural energy sources
B15d	Energy modelling in mechanics
B15e	Environmental protection
B15f	Engineering databases in mechanics
C3a	Computer programming and computer programs for mechanics
C3c	Identification and simulation of dynamical systems
C3c	FEM II and CFD in fluid mechanics
C3d	Theory of signals and analysis of mechanical systems by computer packages
C3e	Coordinate measuring systems and programming of coordinate systems
Individual activity
C1a	Diploma seminar I
C1b	Students research activity
C1c	Scientific project
Theory of probability / Variational analysis
D3a	Theory of probability
D3b	Variational analysis
Statistics / Distribution and transforms
D4a	Statistics
D4b	Distribution and transforms