Description
Training Description: GC-MS | Gas Chromatography–Mass Spectrometry
This training program provides a comprehensive understanding of Gas Chromatography–Mass Spectrometry (GC-MS), one of the most powerful analytical techniques used in pharmaceutical development, research, and quality control. Participants will learn the fundamental principles of chromatographic separation, mass spectrometric detection, ionization techniques, mass analyzers, data interpretation, and structure elucidation. The course also covers practical applications of GC-MS in impurity profiling, metabolite identification, degradation studies, bioanalysis, and quantitative analysis. Real-world case studies and industry-relevant examples are included to strengthen analytical problem-solving and interpretation skills.
Key Learning Outcomes
- GCMS in Pharmaceutical Analysis | Why GCMS? | Applications, Advantages & Limitations
- GCMS Working Principle | Concept, Key components such as Interface, Ion-sources (EI Vs CI), Quadrupole, Detectors, Data processor & their functions
- How to read a GCMS Chromatogram?
- SIM Vs MRM Mode GCMS
- GCMS Quantification Steps| Case Study
- GCMS Unknown Compound Structure Elucidation | Case Study
Target Audience
- Analytical Scientists
- Quality Control Analysts
- Pharmaceutical R&D Professionals
- Method Development Scientists
- Regulatory Affairs Professionals
- Research Scholars and Students in Pharmaceutical Sciences, Chemistry, and Biotechnology
Note: This training program is offered in flexible formats, including classroom (in-person), online courses (Foundation, Most Popular, and Advanced levels), as well as customised corporate training solutions for organisations.
Sessions: 2 sessions (3 hours / 180 minutes)
Target Audience: Analytical / QC / QA / RA / R&D
Mode of Training: Online (via Google Meet)
Certificate: Yes, a certificate of completion will be provided
Money-Back Guarantee: 30-day money-back guarantee
Language: English
Instructor: Dr Pramod Kumar Pandey (PhD in Chemistry) | 31+ years of experience in global and Indian pharmaceutical industries
Expected Competencies After Training
Participants will gain the ability to operate GC-MS concepts confidently, select appropriate analytical conditions, interpret mass spectra, identify impurities and degradation products, and apply GC-MS techniques effectively in pharmaceutical development and quality control environments.





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