Yaswanthi Nelluri

•Designed a MATLAB-based computational tool adhering to DNV Guidelines to calculate ship propeller thrust, integrating real-time propulsion system data with ship-specific design parameters. •Optimized input variables for real-time thrust computations, ensuring accuracy while simplifying the model for operational applicability. •Delivered actionable insights for optimizing ship operations by analyzing key parameters such as trim, and draft, contributing to enhanced fuel efficiency and reduced CO₂ emissions.

•Performed detailed structural and computational fluid dynamics (CFD) analysis on viscometers to enhance design and performance. •Created an advanced MATLAB interface for calculating the Carbon Intensity Indicator (CII), supporting environmental compliance. •Established key performance indicators (KPIs) to monitor and optimize fuel performance systems.

Managed the design and optimization of diffuser inlets using CAD tools to enhance turbine performance and airflow efficiency, aligning with quality control objectives. •Conducted CFD simulations to analyze aerodynamic performance to improve overall system reliability. •Collaborated with interdisciplinary teams to prototype and implement design improvements for critical turbine components. •Achieved a 15% reduction in vibrations through dynamic turbine balancing, improving engine reliability.