What does CEREV mean?
CEREV means Design, development, implementation, testing and validation of hydraulic-engineering training tools
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Design, development, implementation, testing and validation of hydraulic-engineering training tools?
Design, development, implementation, testing and validation of hydraulic-engineering training tools can be abbreviated as CEREV
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Most popular questions people look for before coming to this page
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What does CEREV stand for? CEREV stands for "Design, development, implementation, testing and validation of hydraulic-engineering training tools". |
| Q: A: |
How to abbreviate "Design, development, implementation, testing and validation of hydraulic-engineering training tools"? "Design, development, implementation, testing and validation of hydraulic-engineering training tools" can be abbreviated as CEREV. |
| Q: A: |
What is the meaning of CEREV abbreviation? The meaning of CEREV abbreviation is "Design, development, implementation, testing and validation of hydraulic-engineering training tools". |
| Q: A: |
What is CEREV abbreviation? One of the definitions of CEREV is "Design, development, implementation, testing and validation of hydraulic-engineering training tools". |
| Q: A: |
What does CEREV mean? CEREV as abbreviation means "Design, development, implementation, testing and validation of hydraulic-engineering training tools". |
| Q: A: |
What is shorthand of Design, development, implementation, testing and validation of hydraulic-engineering training tools? The most common shorthand of "Design, development, implementation, testing and validation of hydraulic-engineering training tools" is CEREV. |
Abbreviations or Slang with similar meaning
- DMVIS - Design, Modelling and Validation of Interactive Systems
- ADDIE - Analysis, Design, Development, Implementation and Evaluation
- TAIC - Testing and Auditing of Internal Controls
- TMCE - Tools and Methods of Competitive Engineering
- AQUA-CHIP - Development and Validation of a Dna-CHIP Technology for the Assessment of the Bacteriological Quality of Bathing and Drinking Water
- ARISSTON - Development and Validation of an integrated numerical tool for Scaling Control and Squeeze Treatment Optimisation
- BIOMORPH - Development and validation of techniques for Brain Morphometry
- CEMBA - Testing and Assessment of Marble and Limestone
- DEVILS - Design and Validation of Imperfection tolerant Laminated Shell Structures
- DECADE - Development and validation of a highly accurate Emissions simulation tool capable of Comparatively Assessing vehicles operating unDEr dynamic conditions
- DMTA - Development and validation of a new calibration device for Dynamic Mechanical and Thermal Analysis systems for rubbers, plastics and bitumen
- IMPRESS - Implementation Maintenance and Promotion of the EDILIBE/EDITEUR Standards Sets
- SOLEIL - Development, testing and distribution of solar technology modules in the initial vocational training of plumbers and electricians
- TALON - Testing and Analysis of Local area Optical Networks
- TEAM - TEsting and Assessment of Marble and limestone
- TIEPERA - Testing and Improvement of Extrudability for Primary Equivalent Recycled Aluminium
- VINO - Diagnosis of Oyster herpes-like Virus: development and Validation of molecular, Immunological and cellular tools
- VESCA - Development and Validation of Educational Softwareand Courses for continuing Active self-training in computer aided engineering
- VIP TED - Manufacturing and Validation of Industrial Prototypes of biaxial creep and shear Testing machines
- ADDIE - Analysis, Design, Development, Implementation, Evaluation. The process of innovation, any field at all. Deviate from it at your peril. (Ack. Don Clark)