This course covers multiple measurement techniques ranging from physical, thermal, electrical, and optical techniques through those utilized in electrochemistry, chromatography and spectroscopy. It also touches on maintenance, system packaging, and data handling consideration.
The objective of this course is to familiarize both online (site) and offline (lab) analyzers, and covers principle of analyzer concept, available systems, latest update and safety aspect related to them and method of selection based on required application.
DAY 1
- Pre Test
- Introduction
- Chemistry of Chemical Analyzers
- Continuous & Discrete Sample Preparation Techniques
- Measurement Devices Technology
- Calibration & Validation Methods
DAY 2
- Systems development lifecycles
- Lifecycle models
- Implications of using various lifecycles
- Systems development approaches and methods
DAY 3
- Purpose and use in the lifecycle
- Alternative approaches (data flow models, end-to-end process models, use cases)
- Use Case diagrams – concepts and notation
- <<include>> and <<extend>>
- Use Case descriptions
- Activity diagrams
- Decision tables
DAY 4
- Purpose and use in the lifecycle
- Alternative approaches (LDM/ERM, TNF/RDA, object class models)
- Top-down versus bottom-up
- Classes
- Attributes
- Abstraction and Encapsulation
- Associations
- Inheritance
DAY 5
- Events and Collaborations
- Event Modelling
- The effects of events on classes
- Collaboration Matrix
This course is intended for all who are regularly involved with process analyzer systems like instrument technicians and engineers, production, operation and laboratory staff involved with online & offline process.