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Fermentation Scientist
Full Time
Norton, Virginia, United States (This job is on-site)
Job description
- Lead fermentation process of new biomaterials as the material portfolio of the company grows
- Design, execute and optimize microbial fermentation processes for yeast-, fungi-, microalgae-, and bacterial-bioproduction
- Evaluate and integrate new technologies to improve fermentation efficiency and sustainability
- Proficient in microbial metabolism, fermentation kinetics, and bioreactor operations from bench through pilot to commercial scales
- Strong analytical and problem-solving skills with proficiency in data analysis software (e.g. JMP, Python, MATLAB)
- Interpret fermentation data to troubleshoot process challenges and implement solutions
- Develop SOPs, batch records and process documentation for scale-up and tech transfer
- Collaborate with strain engineering, downstream processing and analytical teams to enhance product yield and quality
- Work with project management partners to manage functionally integrated project timelines, work plans, interdependencies and budgets
- Work closely with manufacturing team to facilitate process scale-up and commercial production
- Ensure compliance with industry regulations, biosafety standards, and FDA/GMP/GLP guidelines
- Excellent communication and teamwork skills in a fast-paced environment
- Proven experience in running microbial bioreactors from Pilot to 20K L scales. Microbes can be any of microalgae, fungi, yeast, bacterial
- Proficient in Statistical Analysis
- Ideally, experience in early-stage companies, demonstrating flexibility innovation and a hands-on approach
- Masterβs or Ph.D. in Biotechnology, Biochemical Engineering, Microbiology, Chemical Engineering, Process Engineering or a related field
- 3-5+ years of experience post-graduation including at least 3 years in a fermentation team in Industry
- Proven track record of running bioreactors, process optimization, and troubleshooting/problem solving for pilot to large-scale projects
- In-depth knowledge of microbial metabolism and upstream processing