This topic introduces the fundamental principles of chromatographic separation, including analyte interactions with the stationary and mobile phases and the major separation mechanisms. It provides the theoretical foundation needed to understand and predict chromatographic behavior in analytical applications.

This topic provides an overview of modern chromatographic techniques, including TLC, HPLC, UHPLC, GC, MPLC, preparative chromatography, and hyphenated systems. It focuses on their principles, instrumentation, performance, and selection based on analytical needs and applications in pharmaceuticals, environment, and natural products.

This topic covers the operation of HPLC systems and the principles of method development and optimization for reliable chromatographic analysis. Learners will understand the functions of key HPLC components, optimize critical analytical parameters, and apply systematic troubleshooting techniques to improve method performance.

This topic introduces LC-MS as a hybrid analytical technique combining chromatographic separation with mass spectrometric detection for highly sensitive and selective analysis. It covers ionization methods, mass analyzers, quantitative workflows, and key applications in bioanalysis, pharmaceuticals, and metabolomics.

This topic covers gas chromatography (GC) and GC-MS for the separation and analysis of volatile and semi-volatile compounds. It explains key instrumentation, ionization and detection methods, and the use of spectral libraries for compound identification. Applications include environmental analysis, forensics, food safety, and petrochemical studies.

This topic covers the development, validation, and evaluation of analytical methods in line with international guidelines. It focuses on method design, validation parameters, and critical data assessment to ensure reliable, reproducible, and regulatory-compliant analytical results.

This topic introduces data integrity principles and regulatory compliance in analytical and pharmaceutical laboratories. It also covers GLP, GMP, laboratory information systems, and documentation practices to ensure traceable, ethical, and inspection-ready scientific data.