• Designed and developed innovative automated solutions for a state-of-the-art requirements management system for efficient server product engineering across multiple Intel business units, as a Systems and Solutions Engineer• Led a cross-business unit software deployment team for a novel requirements management system at Intel

• Developed processes for new technology nodes for thin film deposition of metal and oxide films as technology development process engineer• Optimized processes for efficiency using automation and process improvements for high-volume manufacturing processes• Taught, trained and led teams for technical development and process efficiency

• 4+ years of experience in CVD deposition of high quality metal-oxide thin films• Experience and familiarity with PVD techniques, including sputtering and PLD• Utilized photolithography and ion-milling for patterning thin films and device fabrication• Experienced with XRD for studying the crystal structure of materials in thin film, bulk and powder forms• Utilized AFM for surface characterization of thin films • 4+ years of experience in synthesizing bulk form materials in using arc-melting for discovering novel magnetic materials and semiconductors for spintronic applications • 4+ years of experience in metallography for microstructural analysis• 7+ years of experience in electrical transport measurement and analysis of thin film, devices and bulk materials at cryogenic temperatures, including resistivity/conductivity, Hall measurements, magnetoresistance, low-frequency noise spectroscopy and impedance spectroscopy. • Utilized QD PPMS, cross-spectrum noise analyzer, LCR meters, etc • Assisted setting-up, hardware/software development and optimization of a cross-spectrum analyzer with a temperature control feature• Studied the low-frequency noise of VO2 throughout the metal-insulator transition • 7+ years of experience in magnetic measurement and analysis of magnetic materials using QD MPMS SQUID, QD PPMS Dynacool, VSM, AGM and MOKE• Utilized FMR for studying the magnetization dynamics of materials in thin film, bulk and nanoparticles forms • 4+ years of experience with SEM, EDS, EBSD, TEM and EPMA for imaging, microstructural, compositional and phase identification analysis of bulk materials and thin films•Experienced with MATLAB, LabView, OriginLab, Microsoft Office; LaTeX; VASP (DFT); XRD simulation softwares

• Teaching assistant for General Physics W/Calc I (PH105), General Physics W/Calc II (PH106), Modern Physics and Electromagnetic Physics Courses• Taught laboratory courses and held help desks for undergraduate Physics courses• Trained and supervised graduate and undergraduate level students on different instrumentation and techniques: such as, thin film deposition, electrical transport measurements, magnetometry, metallography, electron microscopy and XRD