LC-MS/MS: Practical Method Development for the Pharmaceutical Industry

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2026 Course Dates will be available soon. Please join the wait list or if you have more than 10 who need training we can provide on-site course customization and delivery details.

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Course Fee

$1150.00 Regular Registration

$950.00 Early Bird Pricing (Register 30 Days in Advance)

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Future Live Stream Sessions (click to register)

Liquid chromatography mass spectrometry method development has become the gold standard analytical technique in pharmaceutical development, bioanalysis and drug discovery. From quantifying trace compounds in complex biological matrices to ensuring drug safety and efficacy, LC-MS/MS drives critical decisions at every stage of the pharmaceutical life cycle. Mastering this powerful technology requires hands-on expertise in small molecule LC-MS/MS method development, optimization and troubleshooting.



This practical LC-MS/MS training for pharmaceutical scientists bridges the gap between theory and practice, equipping you with the skills and strategic thinking needed to develop robust, fit-for-purpose methods in regulated environments.

Course Description

This comprehensive LC-MS/MS method development course delivers practical, application-focused training designed specifically for practicing scientists in pharmaceutical and analytical laboratories. Through a systematic, step-by-step approach, you'll master the essential concepts and techniques required in the pharmaceutical industry.



The course emphasizes small molecule LC-MS/MS method development and real-world problem-solving, drawing on authentic examples and challenges encountered in pharmaceutical settings. You'll gain an updated overview of LC-MS/MS technology while building solid working knowledge of instrumental fundamentals, operating principles, column selection strategies and key applications.

LC-MS/MS Applications Across Pharmaceutical Development

LC-MS/MS is a vital analytical technique that forms a fundamental basis for numerous pharmaceutical studies and processes. From early drug discovery to late-stage development and quality control, practical LC-MS/MS training for pharmaceutical scientists is crucial across all areas.



LC-MS/MS method development training empowers you to accurately identify and quantify drugs, impurities and metabolites. This course provides you with the foundational knowledge to address challenges in applications such as:


  • Drug metabolism and pharmacokinetics (DMPK): Understanding LC-MS/MS is essential for measuring drug concentrations in biological fluids over time, identifying drug metabolites, analyzing tissue samples and detecting analytes.
  • Absorption, distribution, metabolism and excretion (ADME) Studies: ADME studies require an understanding of LC-MS/MS to investigate the fate of a drug within a living organism. It allows for precise drug identification and quantification through superior sensitivity and selectivity.
  • Bioanalytical method development and validation: Pharmaceutical LC-MS/MS method development training helps you establish and understand the reliable, robust methods necessary for bioanalytical method development and validation.
  • Impurity analysis and characterization: LC-MS/MS is key in identifying, quantifying and characterizing impurities in drug substances and products. It's an important part of ensuring drug safety and quality throughout the development life cycle.


Register for an Upcoming Course

The LC-MS/MS method development course prepares you to develop LC-MS/MS methods with accuracy, speed and precision. The fundamentals covered in this training are vital to regulatory compliance, helping you understand how to meet industry standards. 


Register for a course or join our wait list to enhance your knowledge and skills.



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  • Learning Objectives

    At the end of this course attendees will:

    • Learn useful theoretical concepts, instrumental fundamentals and operating principles, column basics and selection guides.
    • Fully understand the master resolution equation and its application.
    • Be able to independently develop their own LC-MS/MS methods. 
    • Learn how to improve the throughput by taking advantage of LC and MS.
    • Learn how to use HILIC to deal with polar molecules, such as proteins and peptides.
    • Learn how to perform a qualitative and quantitative analysis by LC-MS/MS.

  • Agenda

    Section 1: Introduction and Overview

    • History of chromatography
    • Introduction of high-performance liquid chromatography
    • Introduction of mass spectrometry

    Section 2:  Key Concepts

    • Retention time (tR) 
    • Retention factor (k’)
    • Separation factor (α)
    • Column efficiency (N)
    • Chromatographic resolution (R)
    • pKa/pKb of analytes
    • van Deemter Equation
    • Fundamentals of mass spectrometry
    • Atmospheric pressure ionization (API) in mass spectrometry
    • Common ionization modes: ESI, APCI and APPI
    • Mass analyzers: quadrupole, time of flight, ion trap and orbitrap
    • Mass resolution and mass accuracy
    • Matrix effects

    Section 3: What you can Learn from the Course

    • What kind of columns should be selected?
    • How column physical and chemical property affects the resolution
    • How pH affects the separation
    • How to transfer HPLC methods to UHPLC/UPLC methods
    • Which mode should be selected – isocratic or gradient
    • How to select the best solvents for LC-MS
    • How to optimize a gradient profile
    • Separation mechanism: reversed-phase or HILIC or normal-phase
    • Mobile phase selection and organic modifiers
    • How pKa/pKb affect separation
    • How to eliminate and compensate matrix effects of MS
    • Validation consideration

    Section 4: Operating Parameters and Column Selection

    • Flow rate and gradient time
    • Column temperature (T) & packed columns (support type, dimensions, particle & pore size)
    • Monolithic and HILIC columns

    Section 5: Mass Spectrometer (MS)

    • Fundamental – charged species, mass resolution and mass accuracy
    • What kind of ionization should be selected – ESI, APPI or APCI 
    • Single and Triple quadrupole, TOF, Ion trap and Q-exactive
    • How to develop MS and MS-MS methods
    • How to perform a qualitative and quantitative analysis

    Section 6: Method Development Approaches

    • Finding or estimating pKa or pKb of the analytes
    • Defining method type (reversed phase or normal phase or HILIC)
    • Estimating buffer pH
    • Scouting gradient to get the first chromatogram
    • Fine-tuning and optimizing the method – solvent type and strength

    Section 7: Special Topics

    • Monolithic chromatography
    • Hydrophilic interaction liquid chromatography
    • Core-shell technology

Registrant Information:

Each person attending a course will be asked to set up an Attendee Profile Account during the registration process. Creating an Account helps you view your order history and manage your training programs. If you are registering for others, please set up an Account in the Attendee’s name. If you are registering more than one person, you’ll need to set up a separate account for each Attendee.