Grants

  • Army Research Lab (ARL) Cooperative Agreement, $219,016
    • Focused on Synthesis and processing of 3D Weave Metal Matrix Composites 
  • Tank and Automotive Command (TACOM) Grant 1, $820,000
    • Rapid Mobile Manufacture of Lightweight Materials
  • Tank and Automotive Command (TACOM) Grant 2, $3,474,250
    • Work on Self-Healing and Smart Metals (2009-2014)
  • NSF US-Egypt Collaborative Grant 1, $39,818
    • Manufacturer of Aluminum and Magnesium Composites (2002-2010)
  • NSF US-Egypt Collaborative Grant 2, $30,000
    • Processing of Lead-Fly Ash Composites for Battery Applications (2007-2013)
  • Rockwell Automation Catalyst Grant, $54,979
    • Processing of Self-Healing Solder (2009-2012)
  • Southwestern Wisconsin Energy Research and Technology Consortium
    • Processing of Nanocomposites for Thermoelectricity ($5000 for Composites Center) (2009-2010)
  • RGI:
    • Project: “Simulating the Making of Dual-Scale, Metal-Matrix Composites using the Pressure Infiltration Process,” $103,567 (2008-2010), PI K. Pillai, Co PI Rohatgi.
    • Project: “Demonstration of Feasibility of Self-Healing Metal Matrix Micro and Nanocomposites.” $157,000, PI Rohatgi, CO-PI R. Amano.
  • Catalyst Grant
    • “Processing of Self-Healing solders for automation industry,” $54,979 (2010), PI Rohatgi, CO PI Amano
  • Bradley Foundation Project:
    • “Simulating the making of dual scale metal matrix composites using pressure infiltration process,” $59,999, PI Krishna Pillai, CO-PI P.K. Rohatgi
  • NSF ICURC Water Industry Center Proposal
    • “Project on Self-Cleaning Materials,” $255,000, PI P.K. Rohatgi, part of UWM, Funded since July (2010-2017)
  • Army Research Laboratory
    • “Manufacture of bulk nano structure and materials and composites” $1 million, (2010-2012), PI P. Rohatgi
  • GE Healthcare
    • “Materials for Diagnostic Healthcare Equipment,” $45,000
  • MMSD
    • “Corrosion resistant, low drag, self-healing materials to improve performance of MMSD components,” $97,932
  • NSF Fundamentals
    • “Advanced design and novel In-situ synthesis of self-cleaning and wear resistant metallic surfaces for water industry components,” $199,993
  • NMMI DOE REMADE – RIT
    • “Node leader for manufacturing,” Anticipated grants $600,000 per year.