Computer aided engineering CAE II

___________________________________________________________________________
Mechanical Engineering
Master Degree Studies
Subject:
Subject type:
Subject code:
Year:
Semester:
Form of studies:
Type of classes and hours per semester:
Lecture
Exercise
Laboratory practice
Project
ECTS points:
Form of credit:
Lecture language:
Computer Aided Engineering CAE II
Compulsory
I
2
Full-time course
60
30
30
4
Assessment
English
Subject objective
C1 Getting acquainted with the subject of Computer Aided Engineering
C2 Preparing for the use of advanced class CAE software
Get to know the possibilities of realization of calculations and engineering analysis
C3
using computer technology
1
2
Prerequisites in knowledge, skills and other competencies
Fundamentals of mathematics
Fundamentals of mechanics
Educational effects
EK 1
EK 2
EK3
EK4
EK5
EK6
W1
W2
Knowledge:
Student knows the advanced class CAE software
Student selects appropriate tools of computer technology to solve engineering tasks
Skills:
Student performs engineering calculations using advanced CAE software class
Student is able to analyze and interpret the results of technical calculations, applying
computer tools
Social competencies:
Student is prepared for professional work with use of support computer techniques
Student has the ability to think critically, analyze and interpret the results of testing,
measurement, data analysis in engineering activities, etc..
Curriculum content of Subject
Form of classes - Lecture
Curriculum content
Introduction to CAE.
Introduction to Matlab, examples of software capabilities, simple calculations,
Projekt współfinansowany ze środków Unii Europejskiej
w ramach Europejskiego Funduszu Społecznego
___________________________________________________________________________
document creation, the directory structure, system commands, data types, complex
commands, expressions.
Introduction to Matlab, examples of software capabilities, simple calculations,
creating a document - definitions, variables, range variables, etc. Editing tools,
W3
texts, equations and calculations.
Introduction to Matlab, sample algebra calculations, matrices and chains, matrix
W4
operators.
Introduction to Matlab - cont., Numbers, functions and mathematical constants,
W5
basic functions and constants, Elemental operations, matrix and array arithmetic.
Issues of mathematical statistics in MATLAB, signal analysis.
W6
Two-dimensional and three-dimensional graphics. Symbolic and numerical
W7
computation and in Matlab. Toolbox Library.
Class form: laboratory practice
Curriculum content
Introductory classes, safety training, credit rules, the division into subgroups,
L1
schedule of classes, introduction to CAE.
Introduction to Matlab, examples of software capabilities, simple calculations,
L2
document creating, the directory structure, system commands.
Introduction to Matlab, examples of software capabilities, commands, data types,
L3
complex commands, expressions.
Introduction to Matlab, examples of software capabilities, simple calculations,
creating a document - definitions, variables, range variables, etc. Editing tools,
L4
texts, equations and calculations.
Introduction to Matlab, sample algebra calculations, matrices and chains, matrix
L5
operators.
Introduction to Matlab - cont., Numbers, functions and mathematical constants,
L6
basic functions and constants, Elemental operations, matrix and array arithmetic.
Introduction to Matlab - cont., numerical issues.
L7
Complex data types, the use of functions and operators.
L8
Basic concepts of mathematical statistics in MATLAB, signal analysis.
L9
Descriptive statistics in Matlab.
L10
Two-dimensional graphics and three-dimensional graphics
L11
Symbolic and numerical computation and in Matlab.
L12
Toolbox Library.
L11
Examples of use MATLAB to analyze data obtained in the engineering
L13
measurements.
Refresher classes - MATLAB.
L14
Credit with knowledge of MATLAB.
L15
Teaching methodology
1 Multimedia lecture
2 Laboratory exercises using the computer and specialized software.
Student workload
Form of activity
Average hours to complete
activity
Projekt współfinansowany ze środków Unii Europejskiej
w ramach Europejskiego Funduszu Społecznego
___________________________________________________________________________
Teacher contact hours, including:
Hours of contact with the teacher as teaching
60
activities : total hours per semester
Hours of contact with the teacher as reference
consultations: total hours per semester
Total student work time, including:
Individual preparation for laboratory practice:
total hours per semester
Individual preparation for classes: total hours
per semester
Total student work time
4
Total ECTS for the subject:
Total of ECTS for practical classes (exercise,
2
laboratory practice, projects)
1
2
3
4
1
2
3
4
Basic reference literature
B. Mrozek, Z. Mrozek, Matlab i Simulink – poradnik użytkownika. Warszawa 2004.
A. Kamińska, B. Pańczyk, Matlab – przykłady i zadania. Warszawa 2002.
W. Regel, Wykresy i obiekty graficzne w programie Matlab. Warszawa 2003.
J. Brzózka, Matlab: środowisko obliczeń naukowo-technicznych. Warszawa 2005.
Complementary reference literature
P. Kłosowski, Metody numeryczne w mechanice konstrukcji : z przykładami w programie
MATLAB. Gdańsk 2011.
W. Treichel, Matlab dla studentów: Exercise, zadania, rozwiązania. Warszawa 2009.
E. Szymczak, Matlab dla mechaników. Warszawa 2006.
P. Drozdowski, Wprowadzenie do MATLAB-a : skrypt dla studentów wyższych szkół
technicznych. Kraków 1995.
Educational
effect
EK 1
EK 2
EK 3
Specific educational effect
reference to curriculum-wide
effects (PEK)
MBM2A_W01 (+++),
MBM2A_W03 (++),
MBM2A_W04 (+),
MBM2A_W06 (+++).
MBM2A_W01 (+++),
MBM2A_W03 (++),
MBM2A_W04 (+),
MBM2A_W06 (+++),
MBM2A_W11 (+).
MBM2A_U06 (+++),
MBM2A_U08 (+++),
MBM2A_U12 (+++),
MBM2A_U16 (+),
Subject
objective
Curriculum
content
Teaching
methodology
C1
W1-W7, L1L15
1, 2
C2, C3
W1-W7, L1L15
1, 2
C2, C3
L1-L15
1, 2
Projekt współfinansowany ze środków Unii Europejskiej
w ramach Europejskiego Funduszu Społecznego
___________________________________________________________________________
EK4
EK5
EK6
MBM2A_U18 (++).
MBM2A_U06 (+++),
MBM2A_U07 (++),
MBM2A_U08 (+++),
MBM2A_U13 (++).
MBM2A_K01 (+),
MBM2A_K04 (+).
MBM2A_K01 (+),
MBM2A_K04 (+).
C2, C3
C1, C2, C3
C1, C2, C3
W1-W7, L1L15
1, 2
W1-W7, L1L15
W1-W7, L1L15
1, 2
1, 2
Evaluation methods and criteria
Evaluation
method
symbol
O1
O2
O3
Curriculum
author:
E-mail:
Unit:
Evaluation method description
Pass threshold
Short task problem which results are discussed in
groups.
Written test (tasks for independent solution on the
computer) from the scope of the first part of the
course - 50% of the final grade.
Written test (tasks for independent solution on the
computer) from the scope of the second part of the
course - 50% of the final grade.
Dariusz Mazurkiewicz, PhD (hab.) Eng.
[email protected]
Department of Production Engineering
Projekt współfinansowany ze środków Unii Europejskiej
w ramach Europejskiego Funduszu Społecznego
60%
60%
60%