Ashish Sharma, PhD
Process Technology Development Engineer, Intel Corp.
LETEST PROJECTS
Project | 01
Alpha/Beta voltaic with semiconductive conjugated polymer
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Designed and developed extreme duration betavoltaic devices for space and terrestrial applications.
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Significantly reduced losses and enhanced performance by 39 times, optimized the scintillator layer and increased efficiency by upto 50%.
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Implemented project-planning strategy to define goals, tracked progress weekly and ensured all deadlines met.
Project | 02
Analytical modeling of surface plasmon enhanced thin-film silicon solar cell
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Conceptualized and developed analytical model for thin-film silicon solar cells.
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Investigated the role of front and back layer thicknesses on device performance.
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Investigated the different boundary conditions and their role on device performance.
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Investigated the integration of metal nanoparticles using metal-dielectric composite (MDC) to achieve the surface plasmon enhancement on device performance by upto 33%.
Project | 03
Experimental optimization and simulation of polymer solar cell and photodetector
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Experimentally investigated the role of P3HT:PCBM active layer thickness and enhanced efficiency by upto 650%.
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Simulated the polymer device with P3HT:PCBM active layer to investigate the role of thickness on performance.
Project | 04
TCAD simulation of delta-doped MOSFET with post-low-energy implanting selective epitaxy
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Simulated delta-doped MOSFET device, studied the impurities concentration profiles using 1D, 2D and 3D plots, investigated the metallurgical junction and obtained channel length.
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Studied and implemented various MOSFET fabrication processes: photolithography, fully-recessed LOCOS, oxidation,diffusion, ion-implantation, metallization etc.
Project | 05
Design, fabrication and testing of “Micro channel heat sink with liquid coolant”
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Designed, modeled, simulated and fabricated micro channel heat sink using photolithography, wet etching process of silicon wafer, silicon-glass anodic bonding, and tested successfully using electronic chip and water as coolant.
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Proposed a novel way for cooling electronics devices.
Project | 06
Project | 07
Experimental investigation of bilayer graphene transparent electrode in the application of photovoltaic cell
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Successfully replaced the indium tin oxide (ITO) transparent electrode with graphene in polymer optoelectronics devices.
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Transferred graphene on quartz from copper substrate, doped graphene with gold nanoparticles to enhance optical and electrical characteristics.
Statistical analysis, Gage R&R and capability analysis of Wendy’s fries production process
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Statistically analyzed the fries production process of Wendy’s using six-sigma quality control strategy.
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Conducted capability analysis and Gage R&R.