Pushkar Gothe, Ph.D. Email and Phone Number
Pushkar Gothe, Ph.D. work email
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Pushkar Gothe, Ph.D. personal email
As a Post-doctoral Research Associate with over 6 years of experience in Semiconductor Manufacturing, Thin Film Deposition, Materials Characterization, and Electronics Packaging, I have developed deep expertise in these areas, resulting in 2 publications, including a cover article in the American Chemical Society Langmuir journal. My work is grounded in a solid foundation of research and development, where I have continuously pushed the boundaries of innovation and excellence. My role has involved the development and refinement of cutting-edge technologies, contributing to significant advancements in the field of semiconductor devices and materials science.Throughout my career, I have successfully trained, led, and guided junior team members, managing 3 major projects focused on process development and characterization in semiconductor materials, nanoparticle placement, and thin film coatings. This leadership and mentorship have resulted in 3 poster presentations at international conferences, showcasing team's collaborative achievements. My ability to communicate complex technical concepts and foster a collaborative environment has been instrumental in driving these projects to success, ensuring that the research outcomes are both impactful and widely recognized.My expertise in developing robust fabrication processes and resolving technical issues has been demonstrated through the successful execution and completion of a $300K project funded by the National Science Foundation (NSF). In this role, I conducted detailed studies on Cold-electron injection to silicon at room temperature without the need for external cooling, resulting in 2 conference presentations. Additionally, I provided critical insights into Bi segregation-induced phase distribution and Joule heating behavior in low-temperature Sn-Bi solder alloys, further enhancing the reliability of solder joints in electronic packaging.My tenure as a Visiting Research Student at the Tata Institute of Fundamental Research in Mumbai, India, provided me with invaluable experience in innovation and leadership within the realm of thin film deposition and characterization. I collaborated with cross-functional teams and external clients, delivering products that met stringent client specifications.Below listed are some of my skills that can prove beneficial for other companies:Thin Film Deposition | Sputtering Techniques | Semiconductor Fabrication | Cross-functional Collaboration | Process Optimization
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Post-Doctoral Research AssociateThe University Of Texas At ArlingtonArlington, Tx, Us
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Post-Doctoral Research AssociateThe University Of Texas At Arlington Oct 2023 - PresentArlington, TxDriving innovation and discovery, I design and execute cutting-edge experimental protocols for assigned research projects, leveraging my expertise to push the boundaries of lab technology. By applying creative problem-solving skills and professional concepts, I develop novel solutions to complex challenges, advancing the research objectives and expanding the lab's technical capabilities. Key Accomplishments:►Directed studies on Electromigration (EM) stressing behavior of low-temperature and SAC305 solder alloy samples in collaboration with industry experts, resulting in published conference paper.►Examined Bi segregation-induced phase distribution and Joule heating behavior in low-temperature Sn-Bi solder alloys, offering critical insights that enhanced solder joint reliability in electronic packaging, closing in another conference paper.►Planned LabVIEW programs to automate failure analysis of Joule heating devices and mentored students in conducting Joule heating measurements.
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Materials Science And Engineering Research VolunteerThe University Of Texas At Arlington Dec 2022 - Sep 2023Porter Ranch, Ca• Interpret and Analyze I-V (Current-Voltage_ data) from device measurements.• Perform numerical study on device performance and parameters.
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Graduate Research AssistantThe University Of Texas At Arlington Aug 2018 - Aug 2022Arlington, TexasDelivering unprecedented efficiency gains, I diagnosed and resolved quality issues with silicon devices, implementing process improvements that slashed fabrication time from one month per batch to just three days. Unlocking precision in thin film deposition, I leveraged expertise in wet and dry etch rates to optimize quality and calculated deposition rates for critical gate dielectric and energy filter layers. By harnessing the power of advanced metrology tools - Ellipsometer, Reflectometer, and Profilometer - I meticulously measured thicknesses, ensuring pinpoint accuracy and repeatability. Key Accomplishments:►Designed device architecture capable of cold-electron injection (~0.08 Kelvin) into silicon at room temperature, potentially enhancing transistor power consumption efficiency tenfold.►Developed and Led experiments for wet and dry (RIE) chemical etching, Thin Film Deposition (e-beam evaporation, DC/RF Sputtering, PECVD), and Optical Lithography/Electron Beam Lithography, utilizing characterization techniques (SEM, EDX, AFM, XRD, FTIR, Ellipsometry).►Attained fabrication of quantum well-Si device capable of cold electron transport at room temperature.►Showcased exceptional problem-solving skills and quick learning in managing projects and priorities for semiconductor device fabrication and characterization, achieving 92% success rate in single particle placement of nanoparticles on patterned substrates.
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Visiting Research StudentTata Institute Of Fundamental Research Nov 2016 - Jul 2018Mumbai, IndiaPioneering advancements in thin film technology, I pioneered innovative methods and technologies in PECVD, sputtering, evaporation, and liquid phase immersion deposition, revolutionizing the field with groundbreaking techniques. My expertise was showcased in a publication highlighting two novel deposition methods for forming self-assembled monolayers, demonstrating my ability to push boundaries and drive innovation. Key Accomplishments:►Diagnosed and resolved issues with film uniformity and surface roughness in optical thin film coatings, resulting in a 6% increase in absorption in Si and pentacene-based solar cells.►Partnered with cross-functional teams and external clients to deliver thin film deposited products tailored to client specifications, including successful collaborations with the Indian Institute of Technology, Chennai.
Pushkar Gothe, Ph.D. Skills
Pushkar Gothe, Ph.D. Education Details
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Amity University, NoidaNanotechnology
Frequently Asked Questions about Pushkar Gothe, Ph.D.
What company does Pushkar Gothe, Ph.D. work for?
Pushkar Gothe, Ph.D. works for The University Of Texas At Arlington
What is Pushkar Gothe, Ph.D.'s role at the current company?
Pushkar Gothe, Ph.D.'s current role is Post-doctoral Research Associate.
What is Pushkar Gothe, Ph.D.'s email address?
Pushkar Gothe, Ph.D.'s email address is pu****@****uta.edu
What schools did Pushkar Gothe, Ph.D. attend?
Pushkar Gothe, Ph.D. attended The University Of Texas At Arlington, Amity University, Noida.
What skills is Pushkar Gothe, Ph.D. known for?
Pushkar Gothe, Ph.D. has skills like Reactive Ion Etching, Wet Chemical Etching, Scanning Electron Microscopy, Nanofabrication, Confocal Microscopy, Dc And Rf Sputter Deposition, Semiconductor Fabrication, Thin Films, Characterization, Deep Reactive Ion Etching, Atomic Force Microscopy, Profilometry.
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