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Growing IIT-M – Deakin University Partnership. K. Anand, BS Murty, Dan Fabijanic. Priorities. Short term / continued rhythm: Outreach in Materials & manufacturing CoE
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Growing IIT-M – Deakin University Partnership K. Anand, BS Murty, Dan Fabijanic
Priorities • Short term / continued rhythm: Outreach in Materials & manufacturing CoE • Seminars and workshops, webinars, Online courses, Linked,in, student internships, more joint PhDs, new expansion opportunities • Expand IITM-Deakin Collaborations, with the industry • Prioritise on high impact verticals for our industries • Sustainable manufacture ( mining to finished product) – Wear, refurbishment, efficient manufacture. pollution control • Light-weighting – through design and materials / manufacturing. • Alloy and Coatings design house • Connect to and drive themes of national importance • Agro waste to energy & fuels, carbon capture and storage, efficient surfaces (+5% efficiency across industry), • Super critical CO2 cycles for power gen and waste heat recovery.
Continued rhythm– activities / targets/ outcomes Short term / continued rhythm: Outreach in Materials manufacturing CoE: Seminars and workshops, webinars, Online courses, Linked,in, student internships, more joint PhDs
Expand IITM+Deakin - industry collaborations Current COE faculty skillsand interests Emerging themes from Industry (need to iterate ormake a start) Identify key intersections between Materials & Manufacturing Themes Prioritize (March 14) Drive forward
Prioritize & Implement • Strongest skill sets + strongest industry / country wide pulls • Identify at least one potential project in the following categories (Q2 goal)/ drive it to a collaborative program (Q3 goal) • Sustainable mining to manufacture – SME / MSME reach out,. Specific consultancy with automotive and mechanical deformation process industries. • Light weighting: Leverage on going linkages with automotive companies to identify one collaborative projectwith direct funding or Imprint / UAY vehicles • Alloy & Coatings Design – modelling driven and experimentally backed design tools that helps us tailor materials for specific property requirement (example gamma prime strengthened HEAs, wear & oxidation resistant HEA coatings) • Functional materials – Bio materials for implants, smart materials for sensors and actuation, luminescent materials forpower to lighting conversion or vice versa.
Connect to and drive themes of national importanceAgro waste to energy & fuels, carbon capture and storage, efficient surfaces (+5% efficiency across industry), Super critical CO2 cycles for power gen and waste heat recovery.
Longer term programs that fill national missions • Stay aligned to national mission statements • Look for national / global funding vehicles • Prepare whitepapers and form proposal writing teams • Aim for at least three proposal submissions by 2019.
Potential Areas… • Agro waste to energy & fuels • Carbon capture and storage • Efficient surfaces (+5% efficiency across industry) • Super critical CO2 cycles for power gen and waste heat recovery