Outline Additive Manufacturing personal involvement Industrial - - PowerPoint PPT Presentation

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Outline Additive Manufacturing personal involvement Industrial - - PowerPoint PPT Presentation

Outline Additive Manufacturing personal involvement Industrial visits Undergraduate & Postgraduate Student graduations in the field Curriculum development (Undergraduate study) Research activities/collaborations


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SLIDE 1
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SLIDE 2
  • Additive Manufacturing – personal involvement
  • Industrial visits – Undergraduate & Postgraduate
  • Student graduations in the field
  • Curriculum development (Undergraduate study)
  • Research activities/collaborations

Outline

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Additive Manufacturing

Involvements: Laser Metal Deposition and Functionally graded materials:

  • Titanium & its alloys (Ti6Al4V + TiC;

Ti6Al4V + HAP and Ti6Al4V + Cu)

  • Stainless steels
  • Aluminium
  • Copper
  • Boron Carbide

Grant holder of Rental pool grant of NLC-CSIR from 2011-2015

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Industry visits

  • National Laser Centre
  • Vaal University of Technology
  • Aerosud

UG & PG students @NLC UG students visited Autonomous division & NLC

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Student graduations

  • An average of 6 to 8 undergraduate final year

projects annually since 2011 – over 30 students

  • Graduated 4 Masters and 6 dissertations are

under examination. 8 ongoing

  • 3 PhD graduates. 6 ongoing
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Curriculum development

Advanced Manufacturing Systems 4A

  • Overview of the process & the associated

technologies

  • Functionally Graded Material (FGM),
  • Its applications
  • Associated recent research focus areas
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Collaborations

  • National Laser Centre
  • Milwaukee School of Engineering, USA
  • University of Pittsburgh, USA
  • IIT, Kharagpur
  • IISC, Bangalore India
  • University of Sao Paulo, Brazil
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Research team

As at March 2016:

  • 6 postdoctoral Fellows
  • 16 PhD candidates
  • 16 Masters candidates

Over 70 publications in laser related field

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Summary

  • Additive manufacturing in the academia and UG

teaching is still at an infancy stage

  • Additive Manufacturing is a global technology with a lot
  • f relevance in the industry.
  • It is multidisciplinary.
  • There is a need for a group that will act as crusaders to

champion its inclusion in the curriculum of the relevant courses for the country to fully reap from its enormous benefits.

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Esther Akinlabi etakinlabi@uj.ac.za +27115592137 1st International Conference on Sustainable Materials Processing and Manufacturing at the Kruger National Park, South Africa, January 23- 25, 2017 https://www.eiseverywhere.com/eSites/165114/Ho mepage

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