• Monitor and sustain silicon carbide and carbon/carbon composite process through ownership of chemical vapor deposition furnaces • Actively monitor process trends and key performance indicators pertaining to both product and process parameters through data analysis software• Design, program, and integrate process control automation with DeltaV modules and batch recipes• Develop and update detailed specifications, engineering documents, work instructions, P&IDs, equipment documents and drawings to reflect current operation practices • Train operating personnel on updated procedures and engineering instructions to maintain process consistency between shifts • Lead root cause and correction action events (RCCA) using lean methodology to investing on-going issues, implement corrective and preventive actions and reduce the number of fallouts/escapes within manufacturing process• Work with production control, facility, and program engineers to improve throughput, process efficiency and utilization• Collaborate with R&D team to develop new processes• Propose and manage CAPEX projects with different departments and contractors to improve furnaces and processes

• Sustained front and back end layers deposition, development, and etch processes through ownership of inspection tools/process SPC and maintenance of inspection recipes• Participated in intra- or inter-departmental efforts to manage process crises: containing damage, investigating, identifying root causes, and implementing corrective and preventive actions• Formulated and drove process improvement plans based on systematic analysis of inline/yield data to meet quality and yield targets• Analyzed defect data trends to identify yield limiting tools/processes and provide troubleshooting recommendations

• Developed continuous process improvements to maximize safety in the laboratory• Assisted post-doctoral researchers with various projects when needed• Made various laboratory solutions including buffers and reagents• Restocked and organized laboratory supplies including managing laboratory inventory

• Researched on complex fluids on a molecular-level to figure out which fluid is compatible to extract metal ions from used nuclear fuel• Ran simulations to better understand complex fluids in gas and liquid phases in various conditions• Applied knowledge of Python and Linux command systems to derive a more efficient way to run simulations• Collaborated with post-doctoral researchers in determining the relationship between complex fluids and their ability to extract metal ions