Core Viewpoint - The article promotes a training program focused on practical skills for method validation in chemical analysis, addressing common challenges faced by professionals in the field [1][2]. Group 1: Training Program Features - The program is designed to be practical, allowing participants to apply learned skills immediately through real case studies covering chromatography, spectroscopy, and conventional physical chemistry methods [2]. - It provides detailed calculation formulas and Excel templates for immediate use, along with solutions tailored to specific matrices such as food and environmental samples [2]. - The course covers eight core parameters for validation, including detection limit, quantification limit, linear range, recovery, precision, selectivity, sensitivity, and uncertainty [3]. Group 2: Instruction and Expertise - The training is conducted by experienced laboratory managers who share insights from years of auditing and frontline experience, explaining the rationale behind standards [2][3]. - Participants will learn practical techniques for various validation parameters, ensuring comprehensive coverage of the validation process [3]. Group 3: Enrollment Benefits - The first 50 registrants will receive a discounted price, and those who pass the assessment will be awarded a training certificate to enhance their professional competitiveness [3]. - The course is designed for laboratory testing personnel, quality control and assurance staff, and students in analytical chemistry, aiming to systematically improve method validation capabilities [10].