- Lead downstream process development of F&F products, utilizing various techniques such as extraction, distillation, and deodorization.- Collaborate with cross-functional teams to improve fermentation processes.- Optimize chemical oxidation processes for terpene-derived products from fermentation.- Manage technology transfer and scale-up activities from lab-scale to commercial production.- Coordinate with contract manufacturing organizations (CMOs) to ensure process transfers and quality standards.- Provide technical support for commercial manufacturing campaigns, focusing on data evaluation, troubleshooting, and optimization.- Collaborate with QC, QA, and regulatory teams to ensure compliance.- Drive continuous improvement initiatives to enhance manufacturing efficiency and productivity.

- Conducted custom synthesis of active pharmaceutical ingredients (APIs) for diverse projects.- Successfully synthesized numerous reference standards and building blocks utilized in the pharmaceutical and biotech industry.- Collected, analyzed, and provided comprehensive scientific data reports to external clients.

- Designed and developed innovative Magnetic Resonance Imaging (MRI) contrast agents.- Notably developed a hypoxia-sensitive MRI contrast agent, specifically designed to detect and visualize regions of insufficient oxygen supply in conditions such as stroke, where vascular interruption occurs.

- Designed and developed innovative supramolecular host-guest recognition systems.- Achieved significant results through the design and development of terpyridine Platinum-based self-assembled sensors. These sensors demonstrated the biological significance of iodine atoms in Thyroid Hormones, contributing to our understanding of their function.

- Led the design and development of innovative MRI contrast agents.- Accomplishments include: - Developed a cutting-edge Zinc-sensitive MRI contrast agent, designed to enable molecular imaging of Zinc ion imbalance for Alzheimer's disease diagnosis. - Created a state-of-the-art Glucose-sensitive MRI contrast agent, optimized for molecular imaging of Glucose uptake in cancers. These breakthroughs have the potential to significantly impact cancer detection and diagnosis.