Overview:
In this lab-based role, you apply cell and molecular biology methods to advance target validation and drug optimization in oncology. You will work within the xDC Biotherapeutics group of Oncology Drug Discovery to generate impactful data and support translational efforts that feed into the Novartis portfolio. You collaborate across Biomedical Research and multidisciplinary project teams to design, execute, and interpret in vitro experiments on small molecules and biologics. This position offers hands-on growth in a dynamic discovery environment with meaningful impact. Compensation / Benefits health, life and disability benefits 401(k) with company contribution and match performance-based cash incentive eligibility for annual equity awards generous time off package
Responsibilities:
Generate and test hypotheses; design and execute follow-up experiments with input from senior team members Independently and collaboratively design, execute, and analyze in vitro assays to profile compounds and elucidate mechanisms of action Perform cell and molecular biology assays (cell viability assays, flow cytometry, JESS, western blot, MSD) Culture cells using sterile techniques including genetic engineering and validation of cell lines Utilize lab automation (liquids handlers, plate readers, dispensers) for screening Maintain organized, detailed experimental records Collaborate across teams and train others in technical areas as needed Communicate findings clearly and present to multidisciplinary project teams Support lab operations including materials management, instrument maintenance, and general duties
Key requirements:
BS/MS Degree in biology or related field Minimum 5+ years of industry experience (preferred) Extensive experience with cellular assay development and execution; high throughput screening experience strongly preferred Ability to analyze and present data clearly and use data to generate new hypotheses Highly self-motivated, collaborative, well-organized, curious to expand skillset Level commensurate with experience collaboration communication curiosity cellular assay development and execution high-throughput screening workflows flow cytometry