Key Responsibilities:
- Analyze and interpret LC-MS data (primarily QTOF) for qualitative and semi-quantitative chemical characterization studies.
- Evaluate mass spectral data using a weight-of-evidence approach including critical assessment of database matches fragmentation patterns isotopic distributions and chromatographic behavior.
- Collaborate with technical analysts chemists and project managers to communicate findings resolve discrepancies and meet client expectations.
- Ensure data integrity and compliance with regulatory and accreditation standards (e.g. ISO 10993 ISO 17025 GLP).
- Document findings in established systems supporting traceability and reporting.
- Contribute to method development and optimization by providing feedback on spectral data trends and anomalies.
- Support improvement of SOPs templates and data analysis workflows.
- Identify and troubleshoot potential prep or instrument-related issues affecting data integrity.
- Participate in continuous improvement initiatives and inter-laboratory collaborations.
- Other duties as assigned by management.
Additional Knowledge/ Qualifications:
- BS/ in Chemistry or a related field with 5 years relevant experience or MSc./PhD with 2 years of relevant experience.
- Proficient in interpreting LC-MS/MS and chromatographic data.
- Experience working in a regulated environment (ISO 17025 ISO 10993 GLP/GMP).
- Familiarity with Microsoft Excel for data documentation and review.
Preferred Candidate:
- Background in organic chemistry including functional group recognition and mass fragmentation behavior.
- Experience with extractables & leachables particularly in a medical device or pharmaceutical context.
- Understanding of instrumental analysis workflows and solution preparation.
- Awareness of how sample prep or instrument anomalies affect data outcomes.
- Familiarity with relevant databases and software for compound identification.
Required Skills:
Organic ChemistryFunctional group recognitionmass fragmentation behavior
Key Responsibilities: Analyze and interpret LC-MS data (primarily QTOF) for qualitative and semi-quantitative chemical characterization studies. Evaluate mass spectral data using a weight-of-evidence approach including critical assessment of database matches fragmentation patterns isotopic distribu...
Key Responsibilities:
- Analyze and interpret LC-MS data (primarily QTOF) for qualitative and semi-quantitative chemical characterization studies.
- Evaluate mass spectral data using a weight-of-evidence approach including critical assessment of database matches fragmentation patterns isotopic distributions and chromatographic behavior.
- Collaborate with technical analysts chemists and project managers to communicate findings resolve discrepancies and meet client expectations.
- Ensure data integrity and compliance with regulatory and accreditation standards (e.g. ISO 10993 ISO 17025 GLP).
- Document findings in established systems supporting traceability and reporting.
- Contribute to method development and optimization by providing feedback on spectral data trends and anomalies.
- Support improvement of SOPs templates and data analysis workflows.
- Identify and troubleshoot potential prep or instrument-related issues affecting data integrity.
- Participate in continuous improvement initiatives and inter-laboratory collaborations.
- Other duties as assigned by management.
Additional Knowledge/ Qualifications:
- BS/ in Chemistry or a related field with 5 years relevant experience or MSc./PhD with 2 years of relevant experience.
- Proficient in interpreting LC-MS/MS and chromatographic data.
- Experience working in a regulated environment (ISO 17025 ISO 10993 GLP/GMP).
- Familiarity with Microsoft Excel for data documentation and review.
Preferred Candidate:
- Background in organic chemistry including functional group recognition and mass fragmentation behavior.
- Experience with extractables & leachables particularly in a medical device or pharmaceutical context.
- Understanding of instrumental analysis workflows and solution preparation.
- Awareness of how sample prep or instrument anomalies affect data outcomes.
- Familiarity with relevant databases and software for compound identification.
Required Skills:
Organic ChemistryFunctional group recognitionmass fragmentation behavior
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