General Engineering Introduction/CDIO/design

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The Design Process[edit | edit source]

Requirements for each element or component derived from system level goals and requirements[edit | edit source]
Alternatives in design[edit | edit source]
The initial design[edit | edit source]
Experiment prototypes and test articles in design development[edit | edit source]
Appropriate optimization in the presence of constraints[edit | edit source]
Iteration until convergence[edit | edit source]
The final design[edit | edit source]
Accommodation of changing requirements[edit | edit source]

The Design Process Phasing and Approaches[edit | edit source]

The activities in the phases of system design (e.g. conceptual, preliminary, and detailed design)[edit | edit source]
Process models appropriate for particular development projects (waterfall, spiral, concurrent, etc.)[edit | edit source]
The process for single, platform and derivative products[edit | edit source]

Utilization of Knowledge in Design[edit | edit source]

Technical and scientific knowledge[edit | edit source]
Creative and critical thinking, and problem solving[edit | edit source]
Prior work in the field, standardization and reuse of designs (including reverse engineer and redesign)[edit | edit source]
Design knowledge capture[edit | edit source]

Disciplinary Design[edit | edit source]

Appropriate techniques, tools, and processes[edit | edit source]
Design tool calibration and validation[edit | edit source]
Quantitative analysis of alternatives[edit | edit source]
Modeling, simulation and test[edit | edit source]
Analytical refinement of the design[edit | edit source]

Multidisciplinary Design[edit | edit source]

Interactions between disciplines[edit | edit source]
Dissimilar conventions and assumptions[edit | edit source]
Differences in the maturity of disciplinary models[edit | edit source]
Multidisciplinary design environments[edit | edit source]
Multidisciplinary design[edit | edit source]

Multi-Objective Design (DFX)[edit | edit source]

Performance, life cycle cost and value[edit | edit source]
Aesthetics and human factors[edit | edit source]
Implementation, verification, test and environmental sustainability[edit | edit source]
Operations[edit | edit source]
Maintainability, reliability, and safety[edit | edit source]
Robustness, evolution, product improvement and retirement[edit | edit source]