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Cube Hub Inc. in Santa Monica, CA is seeking a Process Engineer (Autologous Cell Therapy) to design and execute laboratory studies for cell therapy process development.
The role involves working on autologous design and development within the Life Cycle Management Team, transferring technologies to GMP manufacturing, and delivering technical reports for regulatory filings. The position requires hands-on lab experience, knowledge of cGMP, and the ability to analyze data and present results to
Job Title: Process Engineer (Autologous Cell Therapy)
Location: On site in Santa Monica, California, onsite 5 days/wk
Schedule: M-F 9:00-17:00, occasional weekends depending on business needs
Job Duration: 12 months
Contract/CTH: Potential for conversion depending on needs of business at the end of 12 month contract
We are seeking a highly motivated and detail-oriented individual with process development experience to work on innovative T cell therapies for cancer treatment.
The Process Engineer I or II will be responsible for designing and executing experiments in the lab, help process development, process characterization, technology transfer activities, support or improve existing technologies, implement innovative solutions in commercial, and clinical manufacturing to advance client product portfolio.
Additional responsibilities include analyzing and presenting experimental results, drafting / reviewing protocols, production procedures, and technical reports including documentation for regulatory filings.
Process Engineer I or II will work on Autologous Process Design and Development within the Life Cycle Management Team.
MS Degree in Biochemical Engineering, Chemical Engineering, Biomedical Engineering, Biotechnology, or related discipline with pharmaceutical / biotechnology manufacturing & process development with 2+ year of experience or
BS Degree in Biochemical Engineering, Chemical Engineering, Biomedical Engineering, Biotechnology or related discipline with pharmaceutical / biotechnology manufacturing & process development with 4+ years of experience or
AS Degree in Biochemical Engineering, Chemical Engineering, Biomedical Engineering, Biotechnology or related discipline with pharmaceutical / biotechnology manufacturing & process development with 5+ years of experience or
High School diploma with 6+ years of pharmaceutical / biotechnology manufacturing & process development experience.
Working experience on automated cell therapy platforms
Established cell culture lab techniques and aseptic processing in an ISO 5 environment such as cell passaging, sampling, fluid handling, media formulation, managing reagents, and cryopreservation.
Practical knowledge of cGMP manufacturing and regulatory regulations and requirements for pharmaceuticals and devices.
Practical demonstration of hands-on process development including use of bioreactors and use of statistical design of experiments is required.
Mastery of scientific and engineering principles related to bioprocessing including scale-up / scale-out approaches, hydrodynamics, mass transfer, and bioreactor design and monitoring fundamentals.
Fundamental understanding of cell biology principles, sub-population types, differentiation, phenotype markers and metabolic pathways.
Knowledge of material science and material compatibility for cell culture applications
Demonstrated knowledge of pharmaceutical manufacturing of biotechnology products, aseptic processing, cell therapy products and process development.
Ability to think critically, troubleshoot, and problem solve in a timely manner.
Excellent interpersonal, verbal and written communication skills are required.
Ability to function efficiently and independently in a changing environment.
Self-motivated, strong sense of responsibility, and willing to accept temporary responsibilities outside of initial job description.
High energy level and a positive outlook coupled with the requisite “can do” attitude and a willingness to do what it takes to achieve personal and organizational goals and overcome obstacles.
Comfortable in a fast-paced environment with minimal direction and able to adjust workload based upon changing priorities.
Ability to work and collaborate in a fast pace dynamic cross-functional team setting across research, development, and manufacturing departments.
Flow cytometry knowledge is a plus
mRNA handling and process knowledge is a plus.