• Possess U.S. Security Clearance• Implement Mathematical models leveraging data analytics to assess/ characterize missile functionality and performance• Conduct MC (Monte Carlo) Simulations and performed Operations Research analysis for government customers• Became the designated 6 DoF analyst to assess missile trade-offs and performance analysis running and testingHigh-Fidelity simulations• Utilize Azure DevOps software to leverage an Agile & SCRUM approach to capture business requirements andmaintain efficiency/effectiveness in product turn around• Instrumental in creating a Systems Architecture/Pipeline design• Proficient with MySQL Workbench/Python and Database concepts including DB Normalization

• Model and predict energy output of residential photo-voltaic systems.• Analyze data to find equipment malfunctions and monitoring problems of solar energy and storage products.• Investigate and explain discrepancies in historical data as well as energy models.• Evaluate Issues at individual and portfolio installations and create and implement action plans.• Contribute to creating, developing, and implementing operating procedures/protocol.• Familiar with energy storage calculations, design, and implementation• Knowledge of AC/DC circuits, series/parallel, and solar energy design, and efficiency

My role involves conducting mathematical fire modeling analysis using computational fluid dynamics software FDS (fluid dynamic simulator) for simulating/modeling real-world fire scenarios. The ultimate goal is increasing occupational life safety/ egress by utilizing a performance-based design approach within the fire protection engineering paradigm, decreasing manufacturing material/ product cost, and developing a more efficient viable solution for the client. This was achieved by adhering to ASTM, NFPA, and local building code standards within strict accordance of the guidelines set forth by AHJ and all parties involved with the project. The result was a safer, better, and more efficiently designed building, often with substantial cost savings of thousands to hundreds of thousands of dollars.• Familiar with structural fire engineering utilizing the finite element method (FEM/FEA) analysis software SAFIR• My work is in Performance-Based Design with a primary focus on occupational life safety and property protection/value• Conduct air-flow analysis on various building types (high-rise, parking structures, commercial/ residential projects)• Perform smoke control rational analysis on large-scale projects• Knowledge of various NFPA, ASTM, and local building codes/ regulations relevant to the respective AHJ• Proficient in technical engineering report writing