New products, changing feedstocks and tightening regulations regularly require African laboratories to develop or adapt analytical methods rather than rely on standard procedures alone. This course guides analysts and method development chemists through a structured approach to method development, validation parameters such as accuracy, precision and linearity, and the documentation needed to defend a method to auditors and regulators.
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Explain the stages of analytical method development from feasibility to finalisation.
Design experiments that establish accuracy, precision, linearity and range for a new method.
Determine limit of detection and limit of quantitation for trace level methods.
Assess method robustness and ruggedness under realistic operating variations.
Compile validation reports and supporting data that withstand audit scrutiny.
Plan revalidation activities when methods, instruments or matrices change.
Course outline
01Stages of Method Development
02Defining Method Scope and Requirements
03Accuracy, Precision and Linearity Studies
04Detection and Quantitation Limits
05Robustness and Ruggedness Testing
06Statistical Evaluation of Validation Data
07Validation Documentation and Reporting
08Method Transfer and Revalidation Triggers
Who should attend
This course is intended for method development chemists, R&D scientists, quality control analysts and laboratory managers responsible for introducing or revalidating analytical methods.
Fees are per delegate. South African venues are priced in rand; other locations and online in US dollars. Fees exclude 15% VAT where applicable. Group bookings of three or more delegates from the same organisation qualify for a reduced rate; contact us for a quotation.
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