Job Description We are seeking a highly skilled professional with a strong background in biochemical engineering, biotechnology, or industrial chemistry. The ideal candidate will have demonstrated experience scaling up enzymatic or microbial bioreactors to industrial scale. This role focuses on multiple types of proprietary reactors for different enzymatic hydrolysis processes. Key Responsibilities Lead scale-up of enzymatic bioreactors from small-scale production to full-scale industrial production. Evaluate enzyme mix performance under industrial process conditions, including temperature, pH, and substrate variability. Design and optimize continuous enzymatic reaction modes for improved yield and stability. Conduct enzyme kinetics and conversion studies to guide process parameters. Collaborate with engineering teams to adapt biochemical requirements to reactor design and material constraints. Validate enzyme compatibility with process materials, solvents, and additives. Develop standard operating procedures and scale-up protocols to ensure reproducibility and operational ease. Establish process control and data-logging strategies for consistent batch performance and quality assurance. Requirements & Qualifications M.Sc. or Ph.D. in Biochemical Engineering, Biotechnology, Chemical Engineering, or Industrial Chemistry. 6+ years of proven experience scaling bioprocesses from small-scale to large-scale production. Strong practical experience with HPLC, GC-MS, and other analytical tools for enzymatic process validation. Demonstrated expertise in enzyme kinetics, process optimization, and reactor design. Familiarity with process modeling and scale-up principles. Excellent documentation and cross-functional communication skills. Experience in continuous enzymatic processing is highly desirable. Why Work with Us You'll join a dynamic team at the forefront of enzymatic innovation, where your work will directly impact the development of sustainable industrial bioprocesses. We foster a collaborative culture and offer competitive compensation.