Stuart Pederick
About Stuart Pederick
Stuart Pederick is a Planning Engineer with extensive experience in mining engineering, specializing in open pit optimization and design. He has worked for various companies, including Snowden and Kirkland Lake Gold, and currently holds a position at Glencore since 2017.
Current Role at Glencore
Stuart Pederick has been employed at Glencore as a Planning Engineer since 2017. He works at the George Fisher mine, where he applies his expertise in open pit optimization, design, scheduling, and financial analysis. His role involves utilizing advanced mining software to enhance operational efficiency and ensure effective mine planning.
Previous Experience at Snowden
Stuart Pederick has extensive experience with Snowden, where he held multiple positions from 2004 to 2015. He served as a Mining Engineer, Mine Planning Engineer, Senior Mining Engineer, and Senior Consultant during his tenure. His roles involved various projects in Perth, Australia, focusing on mining engineering and consulting services.
Experience at Kirkland Lake Gold
From 2015 to 2017, Stuart Pederick worked as an Open Pit Mining Engineer at Kirkland Lake Gold, specifically at the Cosmo Deeps Mine in Darwin. In this position, he contributed to the planning and execution of open pit mining operations, leveraging his skills in mine design and optimization.
Education and Qualifications
Stuart Pederick holds a Master's Degree in Mining Engineering (research) from The University of Queensland, which he completed from 2000 to 2004. He also earned a Bachelor's Degree in Mining Engineering from the University of South Australia between 1996 and 1999. His educational background provides a strong foundation for his expertise in the mining sector.
Technical Skills and Specializations
Stuart Pederick specializes in open pit optimization, design, scheduling, and financial analysis. He is an expert user of various mining software, including Whittle, Surpac, and Datamine. His technical skills enable him to apply advanced applications to achieve realistic and optimal mine planning outcomes.