Skip to content | Change text size
Materials Science and Engineering home
 
Nick Birbilis

Nick Birbilis

Head, Materials Science and Engineering
nick.birbilis@monash.edu
Phone:
+61 3 990 54919
Office:
Room 109, Building 69, Clayton Campus
Qualification:
B.Eng (Hons.), Monash, 2001. Ph.D, Monash, 2004. GCHE, Monash, 2010

Dr. Birbilis' research interests include the broad areas of corrosion and corrosion control. Current focus is centred on microstructure-corrosion relationships, exploring the metallurgical factors that dictate localised corrosion initiation and propagation. Interests lie in the areas of: - Advanced electrochemical analysis, including electrochemical AFM/STM and transient techniques - Kinetic stability of heterogeneous materials, such as aerospace alloys - Fundamental characterisation of corrosion processes on the nano/micro-scale, employing high resolution microscopy - Development of corrosion resistant light alloys - Corrosion of High Entropy Alloys and metallic glasses - Gradient structures - Corrosion resistant coatings and claddings
- 2014 Fellow. NACE (USA) - 2013 Victorian Tall Poppy Award (AIPS) - 2012 VC's Award for Excellence in Research by an Early Career Researcher - 2012 H.H. Uhlig Award, NACE, U.S.A. - 2012 Deans Early Career Researcher Award, Monash University. - 2010 Monash Research Accelerator Award. - 2007 Electrochimica Acta Award, ISE, Switzerland. - 2007 Australia-China Fellowship. DEST (Australia) & MOST (China). - 2003 AmaC Corrosion Research Award, ACA, Australia. - 2003 Harvey Herro Award in Applied Corrosion Technology. NACE, U.S.A. - 2000 Austrim-Nylex Prize. - 1999 ESSO Engineering Award.

Teaching Commitments:

  • ENG1051
  • MTE4595
  • MTE4571
  • MTE3541

Publications:

Research Interests:

  • Corrosion resistant coatings and claddings
  • Advanced electrochemical analysis, including electrochemical AFM/STM and transient techniques
  • Fundamental characterisation of corrosion processes on the nano/micro-scale, employing high resolution microscopy
  • Development of corrosion resistant light alloys
  • Gradient structures
  • Kinetic stability of heterogeneous materials, such as aerospace alloys