• Led multiple new project introductions, coordinating with R&D, manufacturing, and quality teams to ensure smooth scale-up and product release.• Conducted risk assessments, mitigating potential issues to ensure safety, compliance, and product quality throughout scale-up.• Analyzed process data, identified inefficiencies, and implemented corrective actions to optimize production performance.• Developed and managed project timelines, budgets, and resources, aligning with organizational goals.• Led process improvements, reducing automation procedure creation time by 40% and decreasing FIT failure rate by >90% based on initial results.• Supported pre-sales efforts, providing client-facing guidance and facility fit assessments to over 10 clients providing a path for their scale up process.• Developed new process modeling tools using VBA, enabling complex Monte Carlo forecasting uncertainty for process design.• Maintained effective communication with project stakeholders, ensuring successful batch releases and on-time delivery.

• Engineered full upstream and downstream process for bench scale biologics production.• Developed plasmids for baculoviral strains with tagged proteins for purification.• Utilized XL-MS/MS, Cryo-EM, and Crystallography for 3D reconstructions.• Deployed Linux-based system for protein 3D reconstructions at CNIO.

• Developed biodegradable polymer nanoparticles for therapeutic delivery in oncology.• Researched complex drug conjugation for therapeutic proteins with co-delivery targeted strategies. • Published 3 first author papers and collaborated on 8 journal publications.• Mastered scientific method, analytical techniques, and production methods.

• Systematically tested and optimized catalytic reaction conditions to enhance efficiency and productivity.• Automated the logging and control of reaction conditions in the scaled reactor, streamlining processes.• Participated in the scale-up of benchtop operations into the pilot plant setup, gaining hands-on experience in technology transfer.