Mechanical Engineer in the Generator Service Engineering Department:- Supporting Generator Auxiliary group with obtaining details for spare-parts for various projects and creating specs with those details in order to help the drafters create drawing for those parts.- Working as a support Engineer for Long Term Project plants in order to analyze the on-going issues and figuring out the possible solutions.

Finite element analysis of thermal barrier coatings on aircraft engines-Creating models for thermal-mechanical fatigue which include nonlinear effects such as oxide growth and bond coat creep-Validating models with in-situ strain measurements from thermal-mechanical cycling-Simultaneously, developing these models as large stiffness matrices with highest densities attainable for use in testing solver efficiency while maintaining real world application.

Aeroelastic analysis of a turbine blade-Modeling and performing µ analysis of the turbine blade flutter problem. -CAD modeling of various types of turbine blade configurations and performing flutter analysis using STAR-CCM+

•In-situ strain analysis of EB-PVD Thermal Barrier Coatings to analyze the effect of Thermo-Mechanical loading-Obtaining both qualitative and quantitative in-situ data on the strain evolution under a thermal cycle with mechanical loading for EB-PVD Thermal Barrier Coatings on aircraft engines, using Synchrotron X-ray diffraction at sector 1-ID at the Argonne National Laboratory.-Correlating measured strains to accurately predict life cycles until failure using Stress-Life (S-N) cycle relationships-Verifying stress using alternative methods such as Piezospectroscopy

Studying microstructural effects of Trimodal Metal Matrix Composites under Thermal Mechanical Conditions using Synchrotron Radiation-Performing in-situ synchrotron study to examine the microstructural features that influence the mechanical properties of tri-modal Aluminum Metal Matrix Composites-Analyzing the nano-Aluminum grain size as a function of temperature and strain -Obtaining quantitative values for the growth in nano-Aluminum grain size under thermo-mechanical conditions

In-situ strain analysis of EB-PVD Thermal Barrier Coatings to analyze the effect of Thermo-Mechanical loadingObtaining both qualitative and quantitative in-situ data on the strain evolution under a thermal cycle with mechanical loading for EB-PVD Thermal Barrier Coatings on aircraft engines, using Synchrotron X-ray diffraction at sector 1-ID at the Argonne National Laboratory.Correlating measured strains to accurately predict life cycles until failure using Stress-Life (S-N) cycle relationshipsVerifying stress using alternative methods such as PiezospectroscopyFinite element analysis of thermal barrier coatings on aircraft enginesCreating models for thermal-mechanical fatigue which include nonlinear effects such as oxide growth and bond coat creepValidating models with in-situ strain measurements from thermal-mechanical cyclingSimultaneously, developing these models as large stiffness matrices with highest densities attainable for use in testing solver efficiency while maintaining real world application.Aeroelastic analysis of a turbine bladeModeling and performing µ analysis of the turbine blade flutter problem. CAD modeling of various types of turbine blade configurations and performing flutter analysis using STAR-CCM+Studying microstructural effects of Trimodal Metal Matrix Composites under Thermal Mechanical Conditions using Synchrotron RadiationPerforming in-situ synchrotron study to examine the microstructural features that influence the mechanical properties of tri-modal Aluminum Metal Matrix CompositesAnalyzing the nano-Aluminum grain size as a function of temperature and strain Obtaining quantitative values for the growth in nano-Aluminum grain size under thermo-mechanical conditions

Computer-Aided Design for Manufacture:- Assisted to teach the labs and grade assignments on introductory material covered in topics such as computer modeling for the synthesis, simulation, design and manufacture of mechanical, thermal, and aerospace systems using the software NX 7.5

-Setting up and maintaining computer peripheral equipment e.g. printers, scanners, and projectors-Diagnosing and troubleshooting hardware failures, checking new computer equipment and installing as expected-Maintaining wired and wireless networks, desktop and server computers

Evaluated homework, helped students with course work, conducted quizzes and exams