• Led the validation efforts for a non-targeted analysis method, ensuring the detection of drugs of abuse and various pharmaceuticals in urine using a UHPLC-QToF system in compliance with the ISO/IEC 17025 standard.• Actively participated as a member of the Scientific Committee within the laboratory.• Played a pivotal role in the procurement of cutting-edge analytical instruments.• Provided leadership and oversight in guiding laboratory technicians through the development and… Show more • Led the validation efforts for a non-targeted analysis method, ensuring the detection of drugs of abuse and various pharmaceuticals in urine using a UHPLC-QToF system in compliance with the ISO/IEC 17025 standard.• Actively participated as a member of the Scientific Committee within the laboratory.• Played a pivotal role in the procurement of cutting-edge analytical instruments.• Provided leadership and oversight in guiding laboratory technicians through the development and validation experiments of a non-targeted analysis method involving UHPLC-QToF technology. Show less

• Leading the charge in GC-MS/MS, LC-MS/MS, and LC-HRMS analyses, specializing in VOCs, PAHs, toxins, pharmaceuticals, and pesticides.• Driving analytical development to quantify emerging contaminants, placing a strong emphasis on developing non-targeted analytical methods able to identify organic contaminants within environmental complex matrices.• Fulfilling an advisory role, overseeing and providing training to Ph.D. and postdoctoral fellows engaged in the development of analytical… Show more • Leading the charge in GC-MS/MS, LC-MS/MS, and LC-HRMS analyses, specializing in VOCs, PAHs, toxins, pharmaceuticals, and pesticides.• Driving analytical development to quantify emerging contaminants, placing a strong emphasis on developing non-targeted analytical methods able to identify organic contaminants within environmental complex matrices.• Fulfilling an advisory role, overseeing and providing training to Ph.D. and postdoctoral fellows engaged in the development of analytical methods.• Providing strategic guidance and recommendations to managers for the acquisition of state-of-the-art analytical equipment, crucial for the successful preparation of CFI and NSERC grant applications.• Proactively initiating calls for tenders to facilitate the acquisition of cutting-edge instruments, ensuring our laboratory stays at the forefront of analytical capabilities. Show less

• Conducting analysis and monitoring of diverse volatile and semi-volatile organic compounds in water matrices using GC-MS/MS.• Innovating analytical methods through micro-extraction coupled with GC-MS/MS.• Coordinating sampling activities for GC-MS/MS analysis in the ATRAPP project (Genome Canada).• Performing weekly maintenance, calibration, and troubleshooting of analytical instruments.

• Training undergraduate students in analytical chemistry laboratory courses using various analytical tools (GC-FID, LC-UV, AAS)• Coordination of lab sessions

• Analyse des antibiotiques vétérinaires par spectrométrie de masse liés à l'élevage porcin / Veterinary antibiotics analysis by mass spectrometry related to swine farming

• Conducting qualitative and quantitative analysis of veterinary antibiotics and their associated metabolites using LC-MS/MS and LC-HRMS.• Pioneering an untargeted analytical strategy to identify veterinary antibiotics and metabolites.• Innovating extraction methods tailored for the comprehensive analysis of veterinary antibiotics in water, soil, and slurry.

• Measurement of several parameters in wastewater matrices using various analytical tools: AAS, UV/visible spectrophotometry and IR