Synthetic Chemist - High Throughput Experimentation

Make Your Mark with a Job at Alphanumeric Job Details Synthetic Chemist – High Throughput Experimentation Location: Upper Providence / Collegeville, PA | Onsite Compensation: $58.00 - $66.00/hour | Long-Term Contract Opportunity No third-party agencies please. Alphanumeric is hiring Synthetic Chemists to support our long-standing client, a global biopharmaceutical organization committed to advancing science and improving patient outcomes. This opportunity supports a cutting-edge Predictive Synthesis team focused on high-throughput nano-scale chemistry experimentation in a fast-paced laboratory environment. Key Responsibilities Execute nano-scale high-throughput synthetic chemistry experiments Generate, analyze, and document experimental data in Electronic Lab Notebooks (ELN) Operate laboratory automation platforms such as Mosquito, Bravo, and/or Tecan Prepare analysis plates and support LCMS workflows Participate in scientific discussions and Predictive Synthesis team meetings Support laboratory operations including consumable management, lab organization, and equipment issue reporting Ensure all work is performed in accordance with safety, workflow, and data integrity standards Qualifications Bachelor's or Master's degree in Chemistry or related scientific discipline 3+ years of experience in synthetic chemistry, preferably within high-throughput or nano-scale experimentation environments Experience working in pharmaceutical, biotech, CRO, or advanced academic laboratory settings Familiarity with laboratory automation systems (Mosquito, Bravo, Tecan) preferred Experience with ELN platforms and scientific data documentation Strong attention to detail, organization, and communication skills Preferred Experience High-throughput experimentation workflows Spotfire or scientific data analysis tools ACD Katalyst or similar ELN systems Supporting fast-paced discovery or predictive chemistry programs This is an excellent opportunity to join an innovative scientific team supporting advanced chemistry workflows in a highly collaborative environment. #J-18808-Ljbffr