Scientist II

Note: This role is currently part of our general interest pool. We are not actively recruiting for it at this time, but we are reviewing submissions. If a strong fit emerges and the role is prioritized, a member of our team will reach out.

Thank you for your interest in Multiply Labs.

We are seeking a highly motivated scientist who will contribute significantly to the advancement and validation of our automated processes. This role primarily involves hands‑on laboratory work, where you will directly contribute to improving the efficiency, accuracy, and reliability of our robotic systems. Beyond the lab, you will also serve as a key Multiply Labs representative during system deployments at customer sites.

This will involve working directly with clients to ensure seamless integration and optimal performance of our robotic solutions, offering an exciting opportunity to apply your expertise in real‑world settings and to contribute directly to customer success.

• Experiment Planning and Execution: Assist in experiment design and execution, perform statistical analysis, and present data.
• Cluster Deployment Support: Act as the onsite biology team representative during the deployment of robotic systems at both domestic and international customer sites, providing assistance and training to customer personnel on automated processes.
• Cross‑functional
  
  Collaboration:
  
  Work with other teams to improve and implement automated processes.
• Laboratory Maintenance: Assist with routine laboratory tasks, such as maintaining cell cultures, equipment, inventory, and documentation.

• Degree in a relevant scientific discipline (e.g., cell and molecular biology, biochemistry, immunology, biomedical engineering).
• Education and experience:
  • Bachelor’s degree and 4+ years of relevant experience; OR
  • Master’s degree and 2+ years of relevant experience.
• Proficiency in an experimental biology laboratory, including:
  • Hands‑on experience performing experiments
  • Data analysis and interpretation of results
  • Ability to plan and execute experiments independently
  • Expertise in common laboratory techniques (e.g., cell culture, media preparation)
  • Familiarity with standard safety procedures and sterile techniques (e.g., proper PPE, aseptic handling)
  • Effective troubleshooting of experimental issues and technical failures
• Proficiency in aseptic techniques: including working efficiently within a Biological Safety Cabinet (BSC), proper handling of sterile reagents and supplies, and routine visual and microscopic monitoring to prevent microbial and cross‑contamination of cell lines.
• Proficiency in human blood processing, including:
  • Experience in handling and manipulating whole blood or apheresis‑collected components (e.g., PBMCs, stem cells)
  • Post‑collection processing for downstream cell expansion protocols (e.g., isolating specific cell populations, immediate culture initiation, or cell cryopreservation)
• Proficiency in T cell isolation from peripheral blood or apheresis products using both positive and negative selection methods, coupled with experience in T cell activation and expansion protocols.
• Proficiency using Google Workspace for managing large collaborative data trackers (Sheets) and creating formal technical reports (Docs/Slides).
• Proficiency using Graph Pad Prism to independently perform advanced statistical tests (e.g., ANOVA) and generate publication‑quality data figures.
• Excellent verbal and written communication skills with the ability to clearly convey complex scientific information (including customer processes and technical requirements) to both scientific audiences and non‑scientific internal staff to ensure alignment and effective collaboration.
• Organizational, time‑management, administrative, and data‑recording skills.
• Ability to prioritize tasks, multi‑task, and coordinate work tasks with others and meet multiple deadlines.
• Ability to travel to international and domestic customer sites as needed.
• Ability to stand for long periods of time and move comfortably in confined systems within our robotic systems (~2.5m x 1m, with further restrictions depending on robot location).
• Hands‑on…