Darryl Hartzenberg
About Darryl Hartzenberg
Darryl Hartzenberg is a Superintendent Projects Tech Services at Glencore, with a background in engineering and project management. He has held various positions in notable companies such as Alcoa Aluminum, Aurecon, and BHP Billiton, contributing to his expertise in metallurgical engineering.
Current Role at Glencore
Darryl Hartzenberg serves as the Superintendent Projects Tech Services MIM at Glencore. He has held this position since 2021, contributing to the company's operations in Mount Isa, Queensland, Australia. In this role, he oversees various technical services and project management functions, ensuring the successful execution of initiatives within the organization.
Previous Experience at Alcoa Aluminum
Before joining Glencore, Darryl Hartzenberg worked at Alcoa Aluminum as a Refractories Engineer. His tenure lasted six months in Kwinana, Western Australia, from 2017 to 2018. During this time, he focused on the engineering aspects of refractories, contributing to the operational efficiency of the facility.
Career at Aurecon
Darryl Hartzenberg was employed at Aurecon as a Principal Engineer from 2018 to 2021. His role spanned three years in Adelaide, Australia, where he applied his engineering expertise to various projects, enhancing the company's service offerings in the engineering sector.
Experience at BHP Billiton
Darryl Hartzenberg has significant experience with BHP Billiton, where he held two positions. He worked as a Senior Development Engineer from 2011 to 2016 for five years and briefly as a Senior Engineer in 2011 for four months at Olympic Dam. His roles involved engineering development and project support, contributing to the company's mining operations.
Educational Background in Metallurgical Engineering
Darryl Hartzenberg studied at Vaal University of Technology, where he focused on Physical Metallurgy. He achieved a National Diploma in Metallurgical Engineering, which provided him with a solid foundation in the principles and practices of metallurgy, relevant to his subsequent engineering roles.