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Mathematics

Mathematics Staff - Dr Con Lozanovski


Location:
EN708c Level 7
EN Building
Hawthorn Campus

Phone: +61-3-9214 4706
Fax: +61-3-9214 8264

Email: clozanovski@swin.edu.au

 

Con Lozanovski
PhD(Deak), MSc (LaT), BSc(LaT)

Research Interests

  • Mathematics Education
  • Mathematical Modelling
  • Mathematical General Relativity
  • Statistical Mechanics
  • Statistics

Teaching

  • LTPF: Web Mathematics Project
  • Blackboard and WebCT
  • Applied and Engineering Mathematics
  • HMS111P/HMS112P

Mathematics Group Seminars

Membership of Professional Organisations
  • Australasian Society for General Relativity and Gravitation (ASGRG)
  • The Australian Mathematical Society (AustMS)

Papers

  • Tobin P, Lozanovski C
    Tests as a Learning Tool in Engineering Mathematics
    ANZIAM J. 49 (EMAC2007) C376--C391 2008
  • Lozanovski C
    Szekeres-type mappings of Kasner and Petrov type $I(M^+)$ purely magnetic spacetimes
    Classical and Quantum Gravity 24 (5): 1169-1188  2007
  • Lozanovski C, Carminati J
    Purely magnetic locally rotationally symmetric spacetimes
    Classical and Quantum Gravity 20 (1): 215-238 2003
  • Lozanovski C
    Uniqueness properties of purely magnetic LRS perfect fluid spacetimes
    Classical and Quantum Gravity19 (24): 6377-6387 2002
  • Lozanovski C, Carminati J
    On an alignment condition of the Weyl tensor
    General Relativity and Gravitation 34 (6): 853-863 2002
  • Lozanovski C, Aarons M
    Irrotational perfect fluid spacetimes with a purely magnetic Weyl tensor
    Classical and Quantum Gravity 16 (12): 4075-4083 1999
  • Lozanovski C, McIntosh CBG
    Perfect fluid spacetimes with a purely magnetic Weyl tensor
    General Relativity and Gravitation 31 (9): 1355-1366 1999

Current Research
  • (with C Barling and P Tobin)
    Student Response to Online Formative Tests in Engineering Mathematics
    2008

  • Geometric Theory of Defects
    2008

  • (with G Brooks)
    Mathematical modelling of mechanical alloying
    2008

  • Various projects in GR
Research Scholarships and Topics for Potential Research Higher Degree Students
  • (Advanced Materials) Geometric Defects of Crystalline Structure
  • (General Relativity and Cosmology) Modelling a Cyclic Universe Scenario
  • (Mathematics Education) The Impact of Technology in Mathematics Education
  • (Mathematical Modelling) Mathematically Modelling Shallow Wave Breaking
Research Students
    Postgraduate
  • Mrs Nooshin Sadeghi Taheri
    Undergraduate
  • ICT Web Mathematics Project Research Group
    Manish Panwar (TL)
    Sravan Bonasi
    Mittun Enkarla
    Chintan Desai
    Karthik Palakurthi
    Radhika Adutla