The advancement of modern technology has presented analytical chemists with a wide range of new and increasingly intricate materials, along with more rigorous demands for heightened sensitivity, reliability, and speed. Concurrently, instrumental developments have equipped analysts with novel techniques, instruments, procedures, and reagents to address these challenges. However, this proliferation of equipment, reagents, and methodologies has significantly complicated the chemist's task when seeking the most effective approach to analyze a new or unfamiliar sample. This workshop aims to provide analytical chemists and professionals in related scientific fields with concise and easily accessible summaries of essential data and practical procedures pertinent to instrumental methods in analytical chemistry. By attending this workshop, participants can enhance their understanding and application of these methods, streamlining their analytical processes and improving overall efficiency.

Course Objectives:

Upon the successful completion of this workshop, participants will be able to:-

Understand the various techniques of Analytical Measurements
Calculate Uncertainty and Random Error
Aware of the Instrument Performance Characteristics which include types and interaction between different characteristics.
Prepare and handle Sample for different Analytical Instrumentations
Extract Analyses from complex matrices
Understand, use, maintain and troubleshoot Inductively Coupled Plasma - Optical Emission Spectroscopy
Understand, use, maintain and troubleshoot Ultraviolet, Visible Spectrophotometers
Understand, use, maintain and troubleshoot Infrared and Raman Spectroscopy
Increase understanding with the operational & performance qualification of data validation and be able to improve maintenance, calibration & performance testing
Determine the operational qualification of software and computer systems including its implementation & documentation
Learn the validation of analytical methods including quality control plan, revalidation and the parameters & strategies for method validation
Understand data validation and evaluation of uncertainty and be able to employ the measurement & reporting of uncertainty
Identify the requirements, guidelines & application of certified reference standards used in data validation for analytical laboratories and be able to learn the process of preparation, testing & the correct use of certified reference materials
Recognize the qualification, roles & responsibilities of the recruiting people for data validation and be able to conduct training for enhancement & development
Explain how to conduct proficiency testing for external laboratory qualification and identify who should participate in proficiency testing
Develop in-depth knowledge on the process of planning & implementing inspections & audits and be able to prepare an audit report & checklist
Understand, use, maintain and troubleshoot Capillary Electrophoresis
Understand, use, maintain and troubleshoot Electrolytic Conductance and pH
Understand, use, maintain and troubleshoot Gas Chromatography
Acquire insight and skills in general qualitative and quantitative analytical chemistry
Teach basic analytical principles and training preparation to instrumental, electrochemical, spectroscopic and separationally-oriented analysis.
Know the concept of visual spectrometry and become aware with its qualitative and quantitative analysis
Determine the practical application of atomic absorption spectrometry
Develop in-depth knowledge about electro-chemical analysis and differentiate absolute conductivity from cation conductivity
Understand the principle of analytical reaction chemistry by discussing the theory of titrimetry & gravimetry, identifying buffers, describing visual & electro-mechanical indication and identifying the other types of titrations
Become familiar with the theory of gas chromatography including columns and detectors and identify the effect of temperature and flow on analysis
Describe special water chemistry which includes total carbon, total organic & inorganic carbon & ion chromatography and recognize its importance in analytical chemistry & process analyzers
Understand Instrument and Method Validation

Who Should Attend?

This workshop is intended for all chemical laboratory professionals, Laboratory Managers, Superintendents, Supervisors, Engineers, Chemists, Analysts and Technicians. Laboratory Managers, Supervisors, Chemists, Analysts and Technicians. Further, the course is a must for Instrumentation personnel who are dealing with laboratory equipment and online process instruments and analyzers.

Course Outlines:

The program will cover an assortment of topics in Analytical Chemistry, including:

Separation Methods (CE, LC, GC and others)
Mass Spectrometry
Nanoscience’s in Analytical Chemistry
Bioanalytical Methods
Analytical Spectroscopy and Electrochemistry
Proteomics, Genomics and Metabolomics
Water Analytical Chemistry
Analytical Chemistry in Homeland Security
Forensic Analytical Chemistry
Sensors
Chemometry
Computerized Analytical Chemistry
Legal aspects of Analytical Chemistry
Regulatory and Metrology
Education of Analytical Chemistry

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