• Utilizing MCNP, I obtained detailed power distribution data within the IMSR, ensuring optimal energy output. For instance, the average power density across critical regions was maintained at X kW/m³.• My analysis revealed temperature profiles across key reactor components. Notably, the maximum temperature observed at critical points was Y°C, ensuring operational safety margins.• Employing OpenFOAM for CFD simulations, we visualized coolant flow patterns within the reactor loops. The simulation indicated fluid velocities ranging from Z m/s to W m/s, crucial for understanding heat transfer dynamics.• Leveraging the Nuclear Fuel Cycle Simulation System (NFCSS), we projected burnup and depletion rates for Thorium-based fuel assemblies. The estimated burnup rate was A GWd/tHM over a specified operational period, validating the efficiency of the fuel cycle.• Acted as the secondary point of contact for the Nuclear Regulatory Commission (NRC), ensuring compliance with safety standards. Coordinating technical meetings with regulatory bodies, we addressed safety concerns and provided comprehensive reports on IMSR operations, contributing to regulatory transparency and adherence. I was responsible of generating technical documents conducting meetings results.• I collaborated with a multidisciplinary team comprising nine scientists and engineers specializing in Mechanical, Health Physics, electrical engineers, and nuclear domains. Our collective efforts addressed multifaceted challenges and provided technical assistance such as material compatibility and waste management within MSRs.

• Designed and customized bioreactors for anaerobic fermentation processes, ensuring optimal growth conditions for microorganisms.• Collaborated with cross-functional teams to develop and implement process improvements, resulting in a 12% increase in production efficiency over a one-year period.• Conducted rigorous quality control assessments, ensuring the purity and consistency of anaerobically fermented products.• Played a key role in scaling up fermentation processes from laboratory to pilot and industrial scales, adapting equipment and processes accordingly.• Utilized 3D modeling tools to create and modify bioreactor designs, incorporating safety features and optimizing space utilization.• Led troubleshooting efforts to resolve equipment malfunctions and process deviations, minimizing downtime and ensuring continuous production.• Managed documentation and compliance with safety regulations and quality standards.

• Ensured health and safety compliance, achieving zero violations over a 2-year period. • Maintained EPA regulatory compliance, with thorough documentation with 100% accuracy. • Conducted LCAs to evaluate environmental impacts, resulting in a 25% decrease in waste generation. • Led sustainability initiatives, reducing carbon footprint by 15%.