Mike K.

Mike K. Email and Phone Number

Owner and Operator @ Los Angeles, CA, US
Los Angeles, CA, US
Mike K.'s Location
Los Angeles, California, United States, United States
Mike K.'s Contact Details

Mike K. personal email

About Mike K.

Specialties: Nanotechnology, nanofabrication, nano-imprinting, self-assembly, surface and material characterization (Auger, EDX, AFM, TEM, SEM), semiconductor process and device technology, ion implantation and physical vapor deposition technology (including the associated thermawave and sheet resistance metrology tools), statistical analysis (Design of Experiments, MiniTab, JMP), data mining, data analytics, FMEA, Copy Exact methodology, defect source and root cause analysis, yield up activities, technology transfer, FinFETs

Mike K.'s Current Company Details
Laddaran Keung Management Corp dba McDonald’s

Laddaran Keung Management Corp Dba Mcdonald’S

Owner and Operator
Los Angeles, CA, US
Mike K. Work Experience Details
  • Laddaran Keung Management Corp Dba Mcdonald’S
    Owner And Operator
    Laddaran Keung Management Corp Dba Mcdonald’S
    Los Angeles, Ca, Us
  • Laddaran Keung Management Corp Dba Mcdonald’S
    Owner/Operator
    Laddaran Keung Management Corp Dba Mcdonald’S Nov 2022 - Present
    Los Angeles Metropolitan Area
  • Laddaran Management Corp Dba Mcdonald’S
    Owner/Operator
    Laddaran Management Corp Dba Mcdonald’S Jun 2019 - Present
    Los Angeles Metropolitan Area
  • Micron Technology
    Dram Process Integration Engineer
    Micron Technology Sep 2017 - May 2019
  • Samsung Austin Semiconductor
    14Nm Feol Defect Elimination Manager
    Samsung Austin Semiconductor Sep 2011 - Aug 2017
    Austin, Texas
    As a Defect Elimination engineer, I focus on defect trace and root source analysis. With a mixed bag of statistical tools and trend analysis techniques, I drive yield up activities on interdepartmental and cross functional module teams. I am actively involved in technology transfer teams and new technology start up. In addition to coordinating new device and tech process start up, I focus on random and systematic defect reduction of key yield killers that were not identified during the early development stage. - Team leader of the 14nm FEOL defect group in the Defect Elimination department with 7 engineers as direct reports- Personally selected by yield management to individually lead and travel with the company’s 28nm and 14nm technology transfer teams to Samsung HQ (South Korea).- Lead an interdepartmental team of 10 engineers focused on front end yield improvement with direct report to Senior VPs and executives. Recent progress resulted in 2% yield improvement in the span of 3 months.- Expertise in defect identification, isolation, and improvement through the use of data mining, statistical analysis, and correlation analysis. Efforts resulted in cost reduction via process step minimization.- Owner of inline 14nm yield metrics with direct report to company President and executives using visual analytics software- Leader of the foundry team responsible for new device setup and ramp up of all 14nm devices (15) with focus on gap defect detection, inline sampling management for new small volume devices, and factory to factory process auditing .- Develop novel analysis techniques using data query software to join inline defect data to tool parameters in order to discover new yield correlations. Weekly reports are generated with this data using Tibco Spotfire and shared at the executive level.
  • Eastman Kodak
    Semiconductor Process Engineer
    Eastman Kodak Feb 2011 - Aug 2011
    As part of the Image Sensor Solutions division at Kodak, we manufactured charge-coupled device (CCD) image sensors for various applications in the imaging industry. Our CCD sensors were found in DSLRs, compact cameras and video recording devices, satellites, and other various imaging devices.I was a process engineer on the films team focusing heavily on metals and ion implantation, along with the associated metrology tools.- Process owner of ion implantation (Varian E500 and Applied Materials xR200s), physical vapor deposition (two Applied Materials Endura HP 5000), and the associated metrology tools (Thermawave TP400, Prometrix Rs35 and Rs55, Prometrix UV-1280SE, Tencor Surfscan 6220/6420, Tencor P22, Tencor Flexus F2320)- Drove efforts to tool match process parameters with statistical data support from JMP- Lead efforts to increase PVD sputter target life resulting in $6,000 monthly savings- Increased lot move efficiency and tool up time of implanter tools by optimizing process specifications
  • The Johns Hopkins University
    Researcher
    The Johns Hopkins University Jan 2008 - Dec 2010
    Selected Publications and Presentations:J. H. Cho, M. D. Keung, N. Verellen, L. Lagae, V. V. Moshchalkov, P. Van Dorpe, and D. H. Gracias. Nanoscale Origami for 3D Optics. Small, 7, 1943-1948 (2011) [Featured on the cover].J. S. Randhawa, M. D. Keung, P. Tyagi, and D. H. Gracias. Reversible Actuation of Microstructures by Surface Chemical Modification of Thin Film Bilayers. Advanced Materials, 22, 407-410 (2010) [Featured on the cover].J. Randhawa, M. D. Keung, D. Demers, S. S. Gurbani, D. H. Gracias, and M. Leahy-Hoppa. Hierarchical Self-Assembly of 3-D Metallic Microstructures for Terahertz Applications: Experiments and Simulation. Johns Hopkins APL Technical Digest 28, 260-261 (2010).J. S. Randhawa, S. S. Gurbani, M. D. Keung, D. Demers, M. R. Leahy-Hoppa, and D. H. Gracias. Three-dimensional surface current loops in terahertz responsive microarrays. Applied Physics Letters, 96, 191108/1-3 (2010).J. S. Randhawa, A. Bernfeld, M. Keung, A. A. Volinsky, and D. H. Gracias. Concentric ring pattern formation in heated chromium-gold thin films on silicon. Applied Physics Letters, 92, 211907/1-3 (2008).J. S. Randhawa, M. D. Keung, P. Tyagi, and D. H. Gracias. Micro-devices Based on Reversible Deformation of Thin-Films by Surface Chemical Modification. Materials Research Society Fall Meeting, Boston, MA, 2010.J. S. Randhawa, M. D. Keung, T. G. Leong, N. Bassik, and D. H. Gracias. Strategies to Enable Micro Chemo Mechanical Systems (MCMS) with Chemically Responsive Hinges. Materials Research Society Spring Meeting, San Francisco, CA, 2010.
  • Imec
    Functional Nanosystems Intern
    Imec 2009 - 2010
    IMEC is Europe's largest independent research facility in nanoelectronics and nanotechnology. During this summer period, I was a research intern at the Interuniversity Microelectronics Center in Leuven, Belgium. My project involved the study and fabrication of three-dimensional, patterned, metallic, and self-assembled nanostructures with 3-axis plasmonic sensitivity.
  • Exxonmobil
    Corporate Strategic Research Intern
    Exxonmobil Jun 2008 - Aug 2008
    For three months, I worked as an intern at the Clinton, NJ location in the Corporate Strategic Research division. I utilized my previous expertise in nanoparticle synthesis in order to study the surface adhesion properties of magnetic nanoparticles. My project involved the evaluation of nanoparticles as a viable means of crude oil purification.
  • Rice University
    Undergraduate Researcher
    Rice University May 2007 - Aug 2007
    My project involved magnetic iron oxide nanoparticle synthesis, characterization, and purification for application in water purification. I also worked on functionalizing these nanoparticles with silica and silver in order to add antimicrobial properties to the particles.

Mike K. Skills

Quality Management Chemical Discover Outline Overseeing Scanning Electron Microscopy Yms Edx Undergraduate Matlab Applied Physics Consideration Front End Jmp Coatings Thin Films Spin Executive Positions Minitab Savings Entrepreneurship Microfabrication Design Of Experiments Detection Systematic Travel Lithography Film Management Briefing Modification Simulations Science Spc Spotfire Resume Foundry Management Statistics Sensitivity Metrics Data Mining Materials Science Silicon Nanotechnology Featured Correlation Optics Gap Kodak Publications Lean Manufacturing Sharepoint Samsung Belgium Manufacturing Engineering Domain Modeling Pvd Isolation Milling Mems Layout Possibility Iso 9000 Cho Baltimore Engineering Reports South Korea Flat Patterning Vps Defect Trace Visual Analytics Microsoft Office Microsoft Excel Deloitte Clean Rooms Image Fabricated Thermal Research Articles Process Engineering Shares Cost Reduction Lean Principles Analysis Advanced Materials Defect Identification Process Simulation Root Laboratory Letters R Yield Management Ion Dimensional Spectral Photolithography Nanofabrication Query Writing Chemical Engineering Etching Reactive Communication Fmea Origin Ring Scrap Profilometer Characterization Summaries Stage Academia Degrees Finite Element Analysis Microarray Correlations Auger Sql Surface Klarity Technology Transfer Afm Semiconductor Process Bronze Lsi Yield Process Auditing Responsibility Axis Spectroscopy Root Cause Analysis Dfd Interfaces Electron Loops Correlation Analysis Gold Electroplating Data Analytics Nanoparticles Defect Elimination Materials Software Metamaterials Citations Span Origami Factory Ion Implantation Manufacturing Interviews Asset Microelectronics Fdtd Working Environment Semiconductors Sampling Nanostructures Beam Metrology

Mike K. Education Details

Frequently Asked Questions about Mike K.

What company does Mike K. work for?

Mike K. works for Laddaran Keung Management Corp Dba Mcdonald’s

What is Mike K.'s role at the current company?

Mike K.'s current role is Owner and Operator.

What is Mike K.'s email address?

Mike K.'s email address is md****@****ail.com

What schools did Mike K. attend?

Mike K. attended The Johns Hopkins University.

What are some of Mike K.'s interests?

Mike K. has interest in Materials Science, Development And Production Operations.

What skills is Mike K. known for?

Mike K. has skills like Quality Management, Chemical, Discover, Outline, Overseeing, Scanning Electron Microscopy, Yms, Edx, Undergraduate, Matlab, Applied Physics, Consideration.

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