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Pharmaceutical Laboratory Training

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Health and Medicine

Pharmacy

Pharmaceutical Laboratory Training

For all levels

Pharmaceutical Laboratory Training

Master the essential laboratory skills the pharmaceutical industry demands, from GMP compliance and analytical testing to microbiology and method validation. This comprehensive training covers every core technique you need to perform confidently in a regulated lab environment. Build the hands-on competency and compliance mindset that employers expect from day one.

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What you will learn:

This course covers pharmaceutical lab safety, GMP principles, and regulatory expectations before moving into precision measurement, reagent preparation, and analytical techniques including HPLC, UV-Vis, IR, and fluorescence spectroscopy. You will learn dissolution testing, physical characterization, and microbiological methods such as sterility testing and environmental monitoring. The curriculum also addresses method validation parameters, out-of-specification investigation workflows, and statistical tools for interpreting lab data. Supplementary topics include stability study design, LIMS data management, advanced instrumentation, and continuous improvement strategies. Every module is built around real pharmaceutical lab tasks and compendial requirements.

How you study in a practical way Pharmaceutical Laboratory Training

How you practice Pharmaceutical Laboratory Training

For companies who want to train their team

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Pharmaceutical Lab Foundations and Safety

Lesson 1 • Emergency Response and Incident Reporting
Trains spill response, first-aid actions, and formal incident documentation procedures. Ensures readiness for real-world lab emergencies from day one.
Lesson 2 • Personal Protective Equipment Usage
Teaches correct selection, donning, doffing, and disposal of PPE for pharmaceutical settings. Directly reduces exposure risk during all lab procedures.
Lesson 3 • GMP Principles and Regulatory Expectations
Introduces Good Manufacturing Practice concepts, documentation culture, and audit readiness. Frames the compliance mindset required across all core chapters.
Lesson 4 • Chemical and Biological Hazard Awareness
Identifies hazard classes, safety data sheet interpretation, and exposure routes. Builds risk-recognition skills applied throughout every lab chapter.
Lesson 5 • Lab Environment and Layout
Covers lab zones, equipment placement, and workflow design for contamination control. Provides spatial awareness essential for all subsequent hands-on activities.

Chapter 2See details

Measurement, Glassware, and Basic Techniques

Lesson 1 • Laboratory Notebook and Record Keeping
Establishes standards for contemporaneous, traceable, and complete lab records. Proper documentation supports GMP compliance and data integrity requirements.
Lesson 2 • Calibration and Use of Analytical Balances
Covers balance types, calibration procedures, and weighing best practices. Accurate mass measurement underpins every quantitative pharmaceutical analysis.
Lesson 3 • Pipetting Techniques and Micropipettes
Develops accurate manual and electronic pipetting skills for micro- to milliliter volumes. Precision pipetting is critical for sample preparation and assay performance.
Lesson 4 • Solution Preparation and Dilution
Explains molarity, percent concentration, and serial dilution calculations. These skills are prerequisites for reagent and standard preparation in later chapters.
Lesson 5 • Volumetric Glassware Selection and Use
Teaches correct use of pipettes, burettes, volumetric flasks, and graduated cylinders. Proper glassware selection directly affects solution accuracy.

Chapter 3See details

Reagent and Standard Preparation

Lesson 1 • Preparation of Buffers and Mobile Phases
Explains pH adjustment, ionic strength control, and filtration of aqueous solutions. Correctly prepared buffers and mobile phases are essential for chromatographic methods.
Lesson 2 • Preparation of Working Standards and Calibrators
Guides multi-level calibration standard preparation and bracketing strategies. Working standards directly determine the accuracy of quantitative analytical results.
Lesson 3 • Reagent Receipt and Verification
Teaches incoming reagent inspection, identity testing, and quarantine procedures. Verified reagents prevent downstream analytical failures and compliance deviations.
Lesson 4 • Reagent Labeling and Storage
Establishes labeling requirements, storage condition assignment, and expiry management. Proper storage preserves reagent integrity and supports traceability audits.
Lesson 5 • Reference Standard Qualification
Covers primary and secondary standard selection, certification review, and potency assignment. Qualified standards are the traceability anchor for all quantitative assays.

Chapter 4See details

Spectroscopic Analysis Techniques

Lesson 1 • Principles of UV-Vis Spectrophotometry
Explains Beer-Lambert law, chromophore theory, and instrument components. This foundational knowledge enables correct method setup and result interpretation.
Lesson 2 • Infrared Spectroscopy for Identification
Teaches IR spectrum acquisition using ATR and transmission modes for raw material ID. IR identification is a primary pharmacopeial identity test for pharmaceutical substances.
Lesson 3 • Instrument Qualification and Performance Checks
Covers wavelength accuracy, photometric linearity, and stray light verification. Routine performance checks ensure data reliability and regulatory compliance.
Lesson 4 • Fluorescence Spectroscopy Applications
Introduces excitation-emission principles and fluorescence detector operation for trace analysis. Fluorescence extends detection sensitivity beyond UV-Vis capabilities.
Lesson 5 • UV-Vis Method Execution and Quantification
Covers sample preparation, wavelength selection, and absorbance-to-concentration conversion. Builds practical skills for identity and assay testing of active ingredients.

Chapter 5See details

Chromatographic Separation and Analysis

Lesson 1 • Chromatographic Troubleshooting
Identifies and resolves common HPLC problems including peak tailing, ghost peaks, and pressure issues. Troubleshooting skills minimize downtime and protect data integrity.
Lesson 2 • HPLC System Setup and Operation
Teaches pump priming, column installation, detector setup, and system suitability testing. Correct system setup is prerequisite to generating valid chromatographic data.
Lesson 3 • Thin-Layer Chromatography Techniques
Covers TLC plate preparation, spotting, development, and visualization for rapid screening. TLC provides quick identity and purity checks before HPLC confirmation.
Lesson 4 • HPLC Method Execution for Assay and Purity
Guides sample injection, run sequencing, peak integration, and result calculation. Accurate execution ensures reliable assay and related-substance test outcomes.
Lesson 5 • Chromatography Fundamentals
Explains retention, selectivity, efficiency, and resolution as core separation parameters. These concepts guide all method development and troubleshooting decisions.

Chapter 6See details

Dissolution and Physical Testing

Lesson 1 • Hardness, Friability, and Disintegration
Teaches tablet hardness, friability, and disintegration testing per compendial standards. These tests verify tablet mechanical integrity and in-vivo release potential.
Lesson 2 • Particle Size and Morphology Analysis
Introduces sieve analysis, laser diffraction, and microscopy for particle characterization. Particle size affects bioavailability, blend uniformity, and manufacturing performance.
Lesson 3 • Viscosity and Density Measurements
Covers rotational viscometry, density meter operation, and specification interpretation for liquids. These tests are critical for liquid and semi-solid dosage form quality control.
Lesson 4 • Dissolution Testing Principles and Setup
Explains dissolution mechanisms, apparatus types, and media preparation for solid dosage forms. Dissolution testing is the primary in-vitro release performance indicator.
Lesson 5 • Dissolution Test Execution and Sampling
Covers timed sampling, filtration, and UV or HPLC quantification of dissolution samples. Proper execution ensures accurate release profiles and regulatory compliance.

Chapter 7See details

Microbiological Testing in Pharma Labs

Lesson 1 • Aseptic Technique and Cleanroom Conduct
Establishes gowning, airflow awareness, and manipulation skills for aseptic environments. Aseptic technique is the foundation of all microbiological testing reliability.
Lesson 2 • Culture Media Preparation and Sterilization
Covers media formulation, autoclave sterilization, and growth promotion testing. Validated media performance is prerequisite to valid microbiological test results.
Lesson 3 • Sterility Testing Procedures
Covers direct inoculation and membrane filtration sterility test methods per compendial requirements. Sterility testing is the final microbiological release criterion for sterile products.
Lesson 4 • Environmental Monitoring Programs
Introduces active and passive air sampling, surface monitoring, and trend analysis. Environmental monitoring data supports contamination control and regulatory submissions.
Lesson 5 • Total Aerobic Microbial Count Methods
Teaches pour plate, spread plate, and membrane filtration methods for microbial enumeration. Accurate counts determine product compliance with bioburden specifications.

Chapter 8See details

Method Validation and Out-of-Specification Handling

Lesson 1 • OOS Investigation and Result Reporting
Teaches Phase I laboratory investigation, Phase II full investigation, and result disposition. Structured OOS handling protects product quality and satisfies regulatory expectations.
Lesson 2 • Accuracy, Precision, and Specificity Testing
Covers spike recovery, repeatability, intermediate precision, and placebo interference studies. These parameters confirm the method measures the correct analyte reliably.
Lesson 3 • Executing Linearity and Range Studies
Guides multi-level standard preparation, regression analysis, and range determination. Linearity data confirms the method responds proportionally across the working range.
Lesson 4 • Analytical Method Validation Concepts
Defines validation parameters including specificity, linearity, accuracy, and precision. Understanding these parameters is essential before executing any validation study.
Lesson 5 • Robustness and Ruggedness Evaluation
Introduces deliberate parameter variation and multi-analyst studies to assess method resilience. Robust methods maintain performance under normal operational variability.

Certification

Your valid completion certificate

This course is for you:

Recent science graduates: eager to break into pharmaceutical manufacturing roles.
Lab technicians from food or chemical industries: transitioning into regulated pharma environments.
Quality control assistants: looking to formalize and deepen their analytical testing knowledge.
Biology or chemistry students: preparing for internships or entry-level industry positions.
Career changers with a science background: pursuing stable, high-demand pharmaceutical careers.
Pharmacy technicians: seeking to expand their role into laboratory testing and compliance work.

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