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Mark Lucente is a visionary expert in optics, physics, and engineering, with a proven track record of driving innovation and growth in cutting-edge technologies. As a former Director of Display Products at Zebra Imaging, Inc., he led the development of groundbreaking 3D holographic imaging and interactive applications, earning a spot on Time Magazine's "50 Best Inventions of the Year" in 2011. With a Ph.D. in Electrical Engineering and Computer Science from MIT, Mark has authored seminal research in holographic imaging, photonics, and physical simulation algorithms, and has held various leadership positions at IBM, Columbia University, and MIT Media Laboratory. His expertise spans optics, physics, R&D, algorithms, and start-ups, with a strong focus on creating interactive and immersive experiences.

Experience

  • Stellarray, Inc.
    • Austin, Texas Area
    • Imaging Systems
      • 2012 - 2013
      • Austin, Texas Area

      Medical imaging systems: components, algorithms. R&D.

  • Zebra Imaging, Inc.
    • Austin, Texas Area
    • Director, Display Products
      • Apr 2005 - Jul 2011
      • Austin, Texas Area

      Also in role of Chief Scientist. Dynamic real-time three-dimensional (3D) holographic imaging and interactive networked applications. As Director of Zebra's three-dimensional motion displays, Mark Lucente led this exciting new product line and the R&D that form its foundation – named by Time Magazine one of "50 Best Inventions of the Year" in 2011. Responsible for over $6M each year, 12+ engineers and support staff, external customer/partner relationships. Technologies included modulation (e.g., LED, liquid crystal), custom optics, interactivity, computer graphics and high-end computation hardware/software. Applications include geospatial visualization (e.g., resource planning), medical imaging, scientific visualization (e.g., geoseismic). Corporate strategy.

    • CTO
      • Jun 1999 - Jun 2001

      Created start-up to automate online self-service. Built 45-person organization that generated rapid results: designed and created interactive software products; integrated products on clients’ websites (buy.com, CNET, etc.); developed advanced technologies incorporating natural language understanding, artificial intelligence and statistical analytics. Managed team that included 12 Ph.D.’s. Corporate management, including marketing, strategy, fund-raising.

    • Research Staff Member
      • Jul 1995 - Jun 1999

      IBM Research, T. J. Watson Research Center. Embedding 3D interactivity into buildings and furnishings. Led team to create multimodal systems/devices that interact with user’s speech, gestures and other sensory inputs, employing speech recognition, machine vision, eye tracking, and other sensing/biometric technologies. Transferred technology to IBM product divisions. Applications: medical imaging, scientific visualization, entertainment, education, building management, and mobile information. Co-authored IBM strategies for natural user interface, pervasive computing and 3D imaging. Interacted with customers (Chevron, Halliburton, Cable & Wireless, Nickelodeon, Disney, Edmark, P&G, Boeing), IBM Board of Directors, and global media (CNN, ABC, USA Today, WSJ, Comdex).

    • Adjunct Professor, Department of Computer Science
      • Jan 1996 - Jun 1996

      Created and taught novel course in 3D imaging and display technology

    • Postdoctoral Research Fellow; Research Assistant
      • Apr 1989 - Jun 1995

      Created first-ever interactive electronic holographic 3D display. Invented essential computation/encoding algorithms to achieve interactive speeds and bandwidth compression. Technologies: spatial light modulation based on acousto-optics, magneto-optics, liquid crystals, nonlinear optics and micro-mirror MEMS; iterative numerical simulation and optimization; digital video. Applications: biological/medical imaging, geoseismic visualization, computer-aided design.

    • Research Assistant
      • Jan 1987 - Apr 1989

      In Optical Communication Group: High-bandwidth optical communication systems and semiconductor device physics. Analyzed excited carrier dynamics in semiconductor lasers used as optical transmitters. Applied nonlinear optics.

  • MIT
    • Research Laboratory of Electronics (Cambridge, MA)
    • Research Assistant
      • 1985 - 1987
      • Research Laboratory of Electronics (Cambridge, MA)

      Tomographic imaging of biological tissue using ultrashort pulses of laser light. Applied ion lasers, solid state lasers, and colliding-pulse mode-locked dye lasers; nonlinear optical techniques.

    • Research Assistant
      • May 1984 - Aug 1984

      Summer intern. Designed and built equipment for x-ray tests of laser-based gyroscopes for navigation systems.

    • Software specialist
      • 1981 - 1983

      Designed, built, tested and operated software tools for accounting and resource management.

    • Technology Strategist
      • Sep 1902 - Jan 1905

      Developed and managed research program focused on customer-side technologies for CLP Holdings, a group of energy services and investment companies based in Hong Kong. Created strategic partnerships with industry and academia to transfer technologies for renewable energy, energy efficiency, and intelligent infrastructure.

    • Product & Manufacturing Engineer
      • Feb 1902 - Aug 1902

      Drove manufacturing and quality assurance in manufacturing facilities based in Guangdong (southern P. R. of China). [Actual year was 2002, not 1902.]

    • Vice President of Technology Operations
      • May 1901 - Jan 1902

      Led 20-person team to create software products that provide internetworked business intelligence and data-mining services for hospitality industry customers; led deployment to customers. [Actual years: 2001-2002.]

Education

  • 1989 - 1994
    Massachusetts Institute of Technology
    Ph.D., holographic imaging; photonics, optical modulation; physical simulation algorithms; 3D interactivity
  • 1986 - 1989
    Massachusetts Institute of Technology
    S.M., optical communication; solid-state physics, quantum physics
  • 1982 - 1986
    Massachusetts Institute of Technology
    S.B., electromagnetics, Fourier optics; lasers; economics; architecture
  • New Canaan High School
    High School Diploma

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