‒ Lead research and development on novel project focused on chemical recycling of high value polymers from multilayer plastic waste‒ Understand and utilize various characterization techniques for analyzing material properties (Experience in Melt Rheology, TGA, FTIR, DSC, Raman spectroscopy, NMR, and BET)‒ Developed a time-resolved rheology protocol to better understand the temporal dynamics of various grades of ethylene vinyl alcohol during to thermo-oxidative… Show more ‒ Lead research and development on novel project focused on chemical recycling of high value polymers from multilayer plastic waste‒ Understand and utilize various characterization techniques for analyzing material properties (Experience in Melt Rheology, TGA, FTIR, DSC, Raman spectroscopy, NMR, and BET)‒ Developed a time-resolved rheology protocol to better understand the temporal dynamics of various grades of ethylene vinyl alcohol during to thermo-oxidative degradation‒ Extensively used a HAAKE Minilab extruder to elucidate the effects of melt processing, reprocessing, and compounding effects on common polymer found in multilayer food packaging systems including LDPE, tie layers, and EVOH‒ Experience operating variable volume and fixed volume reactors for supercritical processing of polymers Show less

‒ Collaborate with SGCOE and VCOM faculty researchers on joint shape memory alloy/biomechanics project.‒ Review and analyze various biomechanical literature.‒ Support laboratory functions as necessary.‒ Design processing code to analyze and plot various biomechanical parameters.

‒ Utilize SPC and MSA tools to determine process stability, capability, and required inspection rate.‒ Model the rheology and kinetics of resins to optimize cure cycles.‒ Interpret autoclave cure cycles to ensure process and product conformity.‒ Conduct design of experiment (DOE) trials.‒ Employ Minitab to perform statistical analysis for regression models, trend analysis, and t tests.‒ Develop requirements matrices, PFMEAs, PFDs, and control plans to support APQP (AS9145)… Show more ‒ Utilize SPC and MSA tools to determine process stability, capability, and required inspection rate.‒ Model the rheology and kinetics of resins to optimize cure cycles.‒ Interpret autoclave cure cycles to ensure process and product conformity.‒ Conduct design of experiment (DOE) trials.‒ Employ Minitab to perform statistical analysis for regression models, trend analysis, and t tests.‒ Develop requirements matrices, PFMEAs, PFDs, and control plans to support APQP (AS9145) processes.‒ Support IPT through program’s life cycle maturity and integration of new products.‒ Audit operations for process adherence and implement corrective actions to resolve findings.‒ Create work instructions and standard operating procedures for various processes for operations. Show less

‒ Overall research purpose was to understand the impact of various rehabilitation techniques on the biomechanics of patients with osteoarthritis.‒ Key responsibilities included data analysis, data filtering, and software modeling. ‒ Assisted with team-oriented patient trials for biomechanics and rehabilitation research.‒ Made use of MATLAB to extract and streamline data from Visual 3D software.‒ Utilized Vicon Nexus software for tracking patients’ anatomical landmarks in… Show more ‒ Overall research purpose was to understand the impact of various rehabilitation techniques on the biomechanics of patients with osteoarthritis.‒ Key responsibilities included data analysis, data filtering, and software modeling. ‒ Assisted with team-oriented patient trials for biomechanics and rehabilitation research.‒ Made use of MATLAB to extract and streamline data from Visual 3D software.‒ Utilized Vicon Nexus software for tracking patients’ anatomical landmarks in biomechanics lab.‒ Operated Visual 3-D for biomechanics data collection and computations. Show less