Development of competency-based syllabi
PC universities workув on the development of internationally recognized enhanced syllabi in CMSE for Bachelor and Master level. This work was based on the results of analyses fulfilled in WP1:Preperation and took in consideration the ECTS approach (YEREVAN COMMUNIQUÉ ). This lead to mutually recognized educational programs within the consortium members.
The Partner Universities from MY and RU developed new or updated the existing Syllabi for the engineering Curricula in their Universities. The basic – fundamental course was developed by the SPbPU - the leading specialists in the field of CMS in engineering education with the assistance of the European partners from UL and UNED. The course “Mathematical modeling for engineers” with light modifications is included as new Syllabi in the engineering curricula of all RU partner universities. The main elements of this course are also included in the updated courses of Malaysia Universities.
We developed:
Bachelor level: Eight new (29 ECTS) and six updated (18 ECTS)
Master Level: Four new (12 ECTS) and one updated (5 ECTS)
Doctor Level: Six courses for CMSE special disciplines with 2-5 ECTS
Recognised /Accredited Syllabi for bachelor level - 12
Recognised /Accredited Syllabi for master level - 5
14 Bachelor level Syllabi
5 Master level Syllabi
10 new Syllabi
7 updated Syllabi
|
Curriculum |
Syllabus |
ECTS |
New/ |
|
Bachelor courses |
|||
|
Mechanical Engineering |
3 |
Updated |
|
|
Mechanical Engineering |
3 |
Updated |
|
|
Mechanical Engineering |
3 |
Updated |
|
|
Mechanical Engineering |
Numerical Methods | 3 | Updated |
|
Engineering Technology in Naval Architecture and Shipbuilding |
5 |
New |
|
|
Technology in Naval Architecture and Shipbuilding |
Computer Modelling and Simulation in Engineering for Marine Applications |
5 |
New |
|
Fundamental informatics and informational technologies/ |
4 |
Updated |
|
|
Fundamental informatics and informational Technologies/ |
Modern technologies for modeling and simulation complex dynamical systems |
4 |
New |
|
Fundamental informatics and informational technologies/ |
3 |
New |
|
|
Applied Mathematics |
Computer Modeling and Simulation of Dynamic Systems using Wolfram SystemModeler |
3 |
New |
|
Computer Science and Computer Engineering |
3 |
New |
|
|
Computer Science and Computer Engineering |
|
3 |
New |
|
Master Courses |
|||
|
Computer Science and Computer Engineering |
2 |
New |
|
| Fundamental informatics and informational technologies/ Informatics and Computer Science | Modeling and simulation in Simulink | 3 | New |
| Fundamental informatics and informational technologies/ Informatics and Computer Science |
Object-Oriented Modeling | 4 | New |
| Fundamental informatics and informational technologies/ Informatics and Computer Science | Tools for modeling and simulations (Open Modelica) | 3 | New |
| Ship and Offshore Engineering | Dynamics of marine structures | 3 | Updated |
| Doctor Courses | |||
| Computer Science and Computer Engineering |
Mathematical modeling, numerical methods and program complexes |
4 | Updated |
| Computer Science and Computer Engineering | 4 | Updated | |
| Computer Science and Computer Engineering | Simulation of complex dynamic system | 2 | Updated |
| Computer Science and Computer Engineering | Numerical libraries | 2 | Updated |
| Computer Science and Computer Engineering | Computer-Aided Analysis of Hybrid Systems | 5 | Updated |
| Computer Science and Computer Engineering | Methods, technologies and program tools for integrated modeling of complex objects | 2 | Updated |
