As a Chemistry Analyst I, I play a crucial role in conducting comprehensive testing of cannabis samples for terpenes, potency, residual solvents, pesticides, and mycotoxins using advanced analytical instrumentation. Analysis of cannabis samples is performed using HPLC, LCMS, and GCMS techniques. I am proficient at accurately quantifying terpene profiles and cannabinoid potency to assess the quality and consistency of cannabis products. Detection and quantification of residual solvents, pesticides, and mycotoxins is ensured for compliance with regulatory standards and consumer safety. Development and optimization of analytical methods is crucial to improve efficiency and accuracy in cannabis testing procedures.I collaborate with cross-functional teams to troubleshoot analytical challenges and implement solutions and maintain detailed records of analytical data, adhering to quality control protocols to ensure reliable results.

As an analyst, I conduct analysis of heavy metals, such as lead, arsenic, mercury, and cadmium, utilizing ICPMS instrumentation. Execution of sample preparation procedures includes CEM digestion techniques employing acidic solutions for efficient extraction of target analytes. I ensure the accuracy and reliability of analytical results by regularly maintaining and calibrating analytical instruments. Documentation and reporting of analytical findings is meticulously performed and in accordance with established protocols. I am able to collaborate closely with team members to troubleshoot analytical challenges and streamline laboratory processes.

As a water quality analyst, I collect water samples from the Swatara Creek and perform testing to determine heavy metal contamination due to acid mine drainage. Acidity levels are measured and concentrations of heavy metals are determined using atomic absorption spectroscopy.

Relating bacterial cell wall synthesis to Bacterial Antibiotic susceptibility using brightfield and fluorescence microscopy. The overall purpose of the lab is to investigates bacterial cell wall synthesis and aquatic environmental conditions and their influence on bacterial morphology, bacteria motility, antibiotic resistance and biofilm formation.