I specialize in designing and optimizing chemical and biological processes that drive efficiency, lower costs, and support long-term sustainability. Whether it's developing novel bioprocesses or refining existing production systems, I ensure seamless integration from lab to pilot to commercial scale—focusing on yield improvement, process robustness, and resource efficiency. My approach combines advanced modeling, hands-on experimental validation, and rigorous risk assessment to deliver scalable, industrial-grade solutions.

Data-driven decision-making is key to scaling sustainable technologies. I develop Techno-Economic Analysis (TEA) models that align CapEx, OpEx, and market positioning with investment and commercialization strategies. Whether it's assessing financial viability, optimizing production costs, or evaluating market competitiveness, I provide actionable insights that drive capital efficiency and long-term success.

I provide end-to-end support for capital project development in the industrial biotech, cleantech, and climatetech sectors. I independently lead FEL-1 (feasibility) studies to establish clear technical and economic direction, and I guide FEL-2 and FEL-3 phases in close collaboration with EPC firms. My focus is on cost-effective, compliant, and sustainable plant design—ensuring every project is aligned with operational goals and regulatory standards.

Data-driven decision-making is key to scaling sustainable technologies. I develop Techno-Economic Analysis (TEA) models that align CapEx, OpEx, and market positioning with investment and commercialization strategies. Whether it's assessing financial viability, optimizing production costs, or evaluating market competitiveness, I provide actionable insights that drive capital efficiency and long-term success.