Mark specialises in the resolution of complex structural-tectonic controls on mineralisation, elucidation of their impact on the geotechnical and mining engineering aspects of resource extraction; and resource targeting at all scales from mine to continental in a broad range of base, precious and energy commodities.

Mark has spent the last 2 years (2015-2017) with the BRC applying his skills in the Deep Mining Queensland (DMQ) Project which focused on delivering a robust 4D Prospectivity Analysis of the southern Cloncurry Belt, Mt Isa, which specifically aimed at enhancing prospectivity and reducing the risk of deep exploration for Cu-Au-Mo deposits in the belt. Mark made very significant contributions to a comprehensive review of global Iron-Oxide Copper Gold (IOCG) provinces and deposits; a re-interpretation and re-evaluation of the 2D Solid Geology of the southern Cloncurry province; the development of an innovative 3D geological model of the belt that incorporated a radically new gravity inversion model of subsurface intrusives whose geometries have a direct relationship with Cu-Au-Mo mineralisation; detailed analyses of tectono-stratigraphic controls on processes of formation, and localisation of significant deposits within the belt; and development of the final 4D Prospectivity Analysis Model delivered to the exploration and mining community.

Mark has over 20 years international mine, advanced stage and exploration experience in sediment-hosted base metals (Pb-Zn-Ag, Cu), porphyry-epithermal (Cu-Au, Ag), IOCG (Cu-Au, Mo-Re), mesothermal Au, and energy (U, coal, UCG). Mark is a skilled and practiced GIS integrator and targeting analyst of geological, remote-sensed and geophysical data. He has particular and diverse geology problem solving skills; in particular in the collection and analysis of drillcore structural data using a Structural Manipulation SpreadSheet (Hinman, 1993) that allows the rapid and accurate generation of structural data from variably well oriented drillcore.

Mark has a PhD from JCUNQ where he resolved the pre-mining, structural and geochemical controls on the Peak base and precious metal deposit at Cobar, NSW, and he completed a postdoc, supported by AGSO and MIM, focused on the structural setting, timing and controls on Zn-Pb-Ag ore at HYC McArthur River, NT.


Mark has contributed to resource discovery, extension and both pre-feasibility and feasibility technical appraisals in roles as Principal Geologist, Chief Geologist and consultant with many major and mid-tier mining and exploration companies (including  MMG, Newcrest, Dundee Precious Metals, ERA-RIO,  Alligator Energy, Chinova-Ivanhoe, Evolution, Oceana, MRM-Xtrata, Blackwood Corp, Pasminco, Anglo American, North Limited, Noranda Pacific and QDME).

Key Publications

1993 Hinman, A Lotus 1-2-3 Diamond Drillcore Structural Manipulation Spreadsheet: Drillcore Structural Data Generation. Computers & Geoscience Vol 19, No 3 pp343-354

1995 Hinman, Structure and Kinematics of the HYC-Cooley Zone at McArthur River. AGSO Record 1995/5

2003 Chen, Walter, Logan, Hinman & Summons, The Paleoproterozoic McArthur River (HYC) Pb-Zn-Ag deposit of northern Australia: organic geochemistry and ore genesis. Earth and Planetary Science Letters 210 pp467-479

2001 Logan, Hinman, Walter & Summons, Biogeochemistry of the 1640 Ma McArthur River (HYC) lead-zinc ore and host sediments, Northern Territory, Australia. Geochimica et Cosmochimica Acta, Vol 65, Issue 14, p. 2317-2336

1994 Perkins, Hinman & Walshe. Timing of mineralisation and deformation, Peak Gold Mine, Cobar, NSW. Australian Journal of Earth Sciences vol 41 No 5 pp509-522