What does CEDIX mean?
CEDIX means Concurrent Engineering based Design for Integrated X-methodologies
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Concurrent Engineering based Design for Integrated X-methodologies?
Concurrent Engineering based Design for Integrated X-methodologies can be abbreviated as CEDIX
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Most popular questions people look for before coming to this page
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What does CEDIX stand for? CEDIX stands for "Concurrent Engineering based Design for Integrated X-methodologies". |
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How to abbreviate "Concurrent Engineering based Design for Integrated X-methodologies"? "Concurrent Engineering based Design for Integrated X-methodologies" can be abbreviated as CEDIX. |
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What is the meaning of CEDIX abbreviation? The meaning of CEDIX abbreviation is "Concurrent Engineering based Design for Integrated X-methodologies". |
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What is CEDIX abbreviation? One of the definitions of CEDIX is "Concurrent Engineering based Design for Integrated X-methodologies". |
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What does CEDIX mean? CEDIX as abbreviation means "Concurrent Engineering based Design for Integrated X-methodologies". |
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What is shorthand of Concurrent Engineering based Design for Integrated X-methodologies? The most common shorthand of "Concurrent Engineering based Design for Integrated X-methodologies" is CEDIX. |
Abbreviations or Slang with similar meaning
- CE/IPD - Concurrent Engineering/Integrated Product Development
- DATICS - Design, Analysis and Tools for Integrated Circuits and Systems
- DMICS - Design Methods for Integrated Control Systems
- IDMM - Integrated Design for Marketability and Manufacturing
- INCIDE - Integrated Circuit Design for Signal Processing
- PORSIS - PORous Silicon-based Structures for Integrated Gas Sensing Applications
- CAEDE - Computer-Aided Engineering and Design for Electronics
- ICE - Integrated Concurrent Engineering
- CE/IPPD - Concurrent Engineering Integrated Product and Process Development
- COSIGA - Concurrent engineering Simulation Game using advanced multimedia and telecommunication for education of engineering students
- DFIEE - Design for Integrated Enterprise Excellence
- DINAS - Design and Implementation of CNMA-based Networks for CIM Applications in SMEs
- DLIC - Design Language for Integrated Circuits
- HOPE - Human-Oriented Production Engineering and design for small batches
- IAM - Integrated Audit Methodologies
- ICCEE - Integrated Collaboration and Concurrent Engineering Environment
- PORSIS - Investigation of Porous Si-based Structures for Integrated gas Sensing applications
- DMICS - Design Methods For Integrated Control Systems [propulsion]
- DFX - Design for Excellence (X = Manufacturability, Testability, Cost-Effectiveness)
- DFX - design for X