I employ a combination of probabilistic risk assessment (PRA) and deterministic safety analysis to evaluate nuclear safety. PRA helps quantify the likelihood of various failure scenarios, while deterministic methods assess the system's response to specific events. I also utilize advanced simulation tools and historical data to validate models, ensuring a comprehensive understanding of potential risks and their mitigation strategies.

I regularly attend industry conferences, participate in professional organizations like the American Nuclear Society, and subscribe to relevant journals. Additionally, I engage in continuous education through online courses and workshops. Staying informed about regulatory updates from bodies like the NRC and IAEA ensures my analyses align with current standards and technological advancements.

One challenging project involved assessing the safety of a reactor design with unique cooling mechanisms. The complexity required developing custom simulation models and collaborating with multidisciplinary teams. By iteratively refining the models and conducting thorough sensitivity analyses, we identified critical vulnerabilities and proposed design modifications that significantly enhanced safety without compromising performance.

I ensure accuracy by rigorously validating data sources, cross-checking results with independent methods, and peer-reviewing findings. I also adhere to established industry standards and guidelines, such as those from the IAEA. Utilizing robust quality assurance processes and maintaining detailed documentation further enhances the reliability and transparency of my analysis reports.

Computational modeling is central to my work, enabling the simulation of complex nuclear systems and scenarios. I use tools like MCNP, RELAP, and COMSOL to model reactor behavior, radiation transport, and thermal hydraulics. These models help predict system performance under various conditions, identify potential issues, and optimize designs, providing critical insights for decision-making and safety assessments.