Projects
Small Modular Reactor (SMR) Development – Duke Energy
Project Overview: Collaborated with Duke Energy on their initiative to explore and develop Small Modular Reactor (SMR) technology. Focused on optimizing reactor design, improving simulation models, and ensuring seamless integration with existing power grids to provide reliable, low-carbon energy solutions.
Key Contributions:
Developed simulation models for SMR thermal performance.
Conducted system integration studies for power grid compatibility.
Implemented optimization techniques to improve reactor efficiency.
Assisted in regulatory and compliance assessments.
Thermal Performance Optimization – GSE Solutions
Project Overview: Partnered with GSE Solutions to enhance the thermal performance of power plants through advanced simulation and process optimization. Focused on identifying inefficiencies and implementing predictive maintenance strategies to maximize plant reliability and cost-effectiveness.
Key Contributions:
Conducted heat balance analysis to identify system inefficiencies.
Optimized power plant operations through AI-driven analytics.
Implemented predictive maintenance using real-time condition monitoring.
Reduced operational costs by improving plant reliability.
Renewable Energy Integration – STEAG
Project Overview: Collaborated with STEAG to integrate renewable energy sources into existing power systems, developing hybrid energy models that combine conventional and renewable power for improved sustainability.
Key Contributions:
Designed and modeled hybrid energy systems incorporating solar and wind power.
Integrated digital twin technology for real-time plant monitoring.
Enhanced energy storage solutions to improve grid stability.
Developed feasibility studies for large-scale renewable energy adoption.
Advanced Control Systems Implementation – Emerson
Project Overview: Worked with Emerson to deploy advanced control systems in power generation facilities, implementing their Ovation™ Distributed Control System (DCS) for automation and operational optimization.
Key Contributions:
Designed and programmed advanced control systems for automation.
Optimized real-time monitoring and data analytics.
Integrated cybersecurity measures to protect infrastructure.
Enhanced process efficiency through SCADA, PLC, and DCS solutions.
High-Efficiency Gas Turbine Deployment – KOEN (Korea South-East Power Corporation)
Project Overview: Assisted KOEN in deploying high-efficiency gas turbines to replace older coal-fired units, contributing to the design and optimization of combined cycle power plants for reduced emissions and enhanced performance.
Key Contributions:
Conducted performance analysis for high-efficiency gas turbines.
Developed combined cycle power plant models for optimized operation.
Reduced carbon footprint through improved plant efficiency.
Provided training and technical support for operators.
Work Experience
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