Course Page ✏️
- Value Analysis under extreme constraints (EN)
- CS01A
- Description
-
The need to design systems in perfect harmony with the economic, environmental and socio-cultural environment requires the measurement and control of the value of technological systems under extreme constraints.
Program:
-identify et specify a multi-constrained environment (steps 1 and 2 of value analysis VA)
-master the methods of functional analysis and cost analysis to specify the just necessary of a system under extreme constraints (Step 3 of VA)
-master methods of modeling and problem solving of systems under extreme constraints (steps 1, 4 to 6 of VA)
-master the methods of multi-criteria analysis to decide and implement a technological proposal under extreme constraints according to operational and managerial point of view (steps 6 and 7 of VA) - ECTS credits
- 6
- Teaching Language
- English
- Exam Language
- English
- Support Materials Language
- English
- Basic Learning Outcomes
-
- Business organization and management (B4.3 - MEB - Business organization and management)
- Foundations of engineering economics (B4.5 - MEB - Foundations of engineering economics)
- Include social, human, and technical constraints, norms and regulations in engineering design projects (B7.2 - MEB - Include social, human, and technical constraints, norms and regulations in engineering design projects)
- Finding solutions to practical mechanical problems using a multidisciplinary approach (B12.5 - MEB - Finding solutions to practical mechanical problems using a multidisciplinary approach)
- Mastering design principles based on sustainability for the implementation of reliable mechanical systems (B14.2 - MEB - Mastering design principles based on sustainability for the implementation of reliable mechanical systems)
- Final Learning Outcomes
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- Handle basic concepts of business and management in engineering projects (F4 - MEB - Handle basic concepts of business and management in engineering projects)
- Show cross-cultural skills from a global perspective of the career (F7 - MEB - Show cross-cultural skills from a global perspective of the career)
- Design and test machines and mechanical systems using innovative solutions and multidisciplinary approaches (F12 - MEB - Design and test machines and mechanical systems using innovative solutions and multidisciplinary approaches)
- Implement reliable mechanical systems applying design principles based on sustainability and environmental technologies. (F14 - MEB - Implement reliable mechanical systems applying design principles based on sustainability and environmental technologies.)
- Course categorized
- Managing Entity (faculty)