Vivek Kapila

Vivek Kapila

Sr. Member of Technical Staff at Eustathia, LLC

Boise, Idaho Area

Current
  • Sr. Member of Technical Staff at Eustathia, LLC
Past
Education
  • University of Arizona
  • South Dakota School of Mines and Technology
  • Indian Institute of Technology, Roorkee
Connections
96 connections
Industry
Semiconductors
Websites

Vivek Kapila’s Summary

* PhD in Materials Science & Engineering with emphasis on both experimental and modeling & simulation research.
* 2+ years of process engineering experience (wet cleans) in world class SEMATECH clean rooms.
* 3 years of project management experience in project scope definition, resource allocation & training, monitoring, completion and documentation & reporting.
* 2 years of supplier/vendor management experience in supplier identification, selection, engagement, negotiation and evaluation.
* Internship at Los Alamos National Laboratories, NM.
* Over six years of experience in computer simulations of engineering problems.
* Authored/co-authored a book chapter in SPIE Handbook of nanotechnology and several papers in refereed journals and conference proceedings.

Vivek Kapila’s Specialties:

Surface and interfacial engineering, self-assembly, photomask cleaning, megasonic cleaning, computational materials science, process engineering.


Vivek Kapila’s Experience

  • Sr. Member of Technical Staff

    Eustathia, LLC

    (Research industry)

    March 2009Present (9 months)

    * Research innovative ideas and technologies in the areas of surafce and interfacial engineering, acoustic metamaterials, multifunction materials, and biomedical imaging.

    * As a Principal Investigator seek funding opportunities from federal and private sources and prepare grant proposals for commercialization of Eustathia developed IPs.

  • Wet Process Development Engineer

    Micron Technology

    (Public Company; MU; Semiconductors industry)

    September 2008October 2008 (2 months)

    * BEOL cleans development and module owner.
    * Trained on state of the art batch and single wafer cleaning tools.
    * Trained on K-T's Problem Solving and Decision Making Methods

  • Postdoc

    SEMATECH

    (Non-Profit; Semiconductors industry)

    January 2006March 2008 (2 years 3 months)

    * Used DoE methods to design and execute planned experiments, collected and analyzed daily production data and reported results for the evaluation of wet cleaning processes.

    * Developed daily production plans, monitored and analyzed daily equipment performance, provided solutions for production, equipment, and process problems in the role of daily production in-charge.

    * Developed and updated internal documentation, standard operating procedures, process specifications and safety documents related to wet chemical and physical cleaning processes.

    * Identified yield and process performance improvement opportunities; recommended and implemented strategies to address the same.

    * Interfaced with SEMATECH member companies, universities, and equipment suppliers for timely completion of projects.

    * Designed & built first of its kind sonoluminescence cell and demonstrated the industry’s first known quantitative data on acoustic cavitation in a spin spray megasonic (MS) cleaning tool.

    * Trained technicians on research grade tools, and developed an inventory tracking system leading to improved production efficiency.

    * As a Task Force Team (TFT) member to helped MBDC to achieve world record single digit defect level on an EUV mask blank substrate.

  • Postdoctoral Research Associate/Graduate Research Assiatant

    The University of Arizona

    (Educational Institution; Higher Education industry)

    August 1999December 2005 (6 years 5 months)

    Postdoctoral Research Associate, 01/2005-12/2005
    Graduate Research & Teaching Assistant, 08/1999-08/2004

    * Demonstrated for the first time the significance of incident megasonic direction and determined critical angles for defect removal via acoustic streaming in megasonic cleaning.
    * Conducted the first molecular dynamics (MD) simulation study showing the effects of process parameters (power, frequency, and dissolved gas) on acoustic cavitation during megasonic cleaning.
    * Developed novel, environmentally benign, lower cost, water based hydrophobic alkylsilane monolayer films for minimization of stiction failure of MEMS devices.
    * Developed duplex alkylsilane and tungsten oxide coatings for minimization of friction and stiction failure of MEMS devices.
    * Characterized the coatings with ellipsometer, profilometer, contact angle analyzer to determine the coating thickness, uniformity, hydrophobicity etc.

  • Staff Research Assistant

    Los Alamos Laboratory

    (Government Agency; 10,001 or more employees; Research industry)

    20032003 (less than a year)


Vivek Kapila’s Education

  • University of Arizona

    PhD , Materials Science & Engineering , 19992004

  • South Dakota School of Mines and Technology

    MS , Materials Science & Engineering , 19971999

  • Indian Institute of Technology, Roorkee

    BE , Metallurgical Engineering , 19921996


Additional Information

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