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Shriram Ramanathan

Faculty
  • Associate Professor of Materials Science
    Shriram Ramanathan

    Contact Information

    Office: Pierce Hall 329
    Email: shriram [ AT ] seas [ DOT ] harvard [ DOT ] edu
    Office Phone: (617) 496-0358
    Office Fax: (617) 495-9837
    Lab Room: Other Rowland Institute at Harvard
    Lab Phone: (617) 497-4746

    Recruitment Status

    Currently accepting graduate students.

    Education

    1. B.Tech., Metallurgical Engineering, Indian Institute of Technology (Madras)
    2. M.S., Materials Engineering, University of Houston
    3. Ph.D., 2002, Materials Science and Engineering, Stanford University

    Research Interests

      • Energy & Environmental Systems
      • Energy and Environmental Technologies
      • Materials & Devices
      • Electromagnetics and Nanoelectronics
      • Materials Science
      • Surface and Interface Science

    Primary Teaching Area

    Applied Physics

    Secondary Teaching Area

    Materials Science & Mechanical Engineering

    Profile

    Research in our group is primarily focused on oxide thin films and heterostructures with emphasis on understanding microstructural influences on functional properties. Research activities include understanding Metal-Insulator Transition in oxides such as VO2 and exploratory electron devices. A related area of research can be linked Oxides as Energy Materials. In this context, we rigorously study point defects in oxides, thin film solid oxide fuel cells and significant effort in building instrumentation to probe electrical and electrochemical properties of low-dimensional oxides in a broad of environmental conditions and external fields. Potential applications of our research include electronic devices, energy conversion, sensors.

    Some on-going projects include:

      • Phase transition mechanisms in rutile oxides and electron devices
      • Mechanistic understanding of role of electric fields in initial oxidation kinetics of metals and alloys
      • All-oxide thin film solid oxide fuel cells
      • Instrumentation development for high temperature ionic conduction, surface chemical phenomena in low-dimensional oxides and interfaces

    Positions & Employment

    Harvard School of Engineering and Applied Sciences
    • 2010-Present: Associate Professor
    Harvard Division/School of Engineering and Applied Sciences
    • 2006-2010: Assistant Professor
    Intel Corporation
    • 2002-2005: Researcher, Components Research

     

    Other Experience

    Short term visiting appointments at MPI Stuttgart, Bell Labs, LBNL