HPLC Training Course

The course covers fundamentals such as chromatographic theory, mobile and stationary phases, pump types, sample injection systems, detectors, and column chemistry. Learners will explore operational functions like gradient programming, flow rate control, degassing techniques, pressure monitoring, and system calibration. The training focuses on how factors like particle size, pH range, solubility, and polarity influence retention time and separation efficiency.

Participants will learn how to handle sample preparation techniques such as dissolution, filtration, dilution, sonication, and sample stability considerations. The course explains detector variations including UV/VIS, PDA, RI, fluorescence, and MS interface basics. Students will gain an understanding of chromatogram interpretation—peak symmetry, retention time, resolution, theoretical plates, and tailing factor. Concepts like quantification using calibration curves, linearity, precision, accuracy, and LOQ/LOD are extensively covered.

The training includes real-time exposure to HPLC operations such as system startup, purging, column equilibration, mobile phase preparation, leak checks, and baseline stabilization. Learners are trained on Good Laboratory Practices (GLP), data integrity compliance (ALCOA+), documentation standards, and regulatory expectations from USFDA, WHO, ICH, and EU guidelines.

Method validation concepts—specificity, robustness, ruggedness, system suitability testing (SST), intermediate precision, and forced degradation sample analysis are also explained to strengthen technical skills. Participants will understand preventive maintenance procedures including piston seal care, lamp intensity checks, flow cell cleaning, tubing replacement, and air bubble elimination.

The course teaches how to troubleshoot common HPLC issues such as noisy baseline, pressure fluctuations, ghost peaks, peak broadening, split peaks, shortened retention, and low theoretical plates. Case studies demonstrate how to identify root causes and implement corrective actions. Additionally, learners will explore chromatography software usage, audit trails, secure login, and electronic record management to ensure compliance with 21 CFR Part 11 requirements.

By the end of this course, students will be fully familiar with HPLC system architecture, operational workflows, chromatographic problem-solving, and analytical data interpretation needed for QC, R&D, and analytical labs. With strong demand for analytical chemists worldwide, this certification opens rewarding career paths in pharmaceutical companies, CROs, environmental labs, food testing facilities, and forensic research.

This course builds valuable expertise for freshers entering laboratory careers and working professionals seeking upgrades in analytical responsibilities. With hands-on exposure and practical insights, learners gain confidence to independently perform HPLC analysis in regulated laboratory environments.