Mohammad Barzi
About Mohammad Barzi
Mohammad Barzi is a Senior Reservoir Engineer at Chevron in Western Australia, with extensive experience in reservoir and production engineering.
Title
Mohammad Barzi holds the position of Senior Reservoir Engineer at Chevron, operating out of Western Australia, Australia. His role involves leading and managing operations related to reservoir engineering and production engineering.
Current Role at Chevron
Mohammad Barzi is currently working at Chevron in Western Australia, Australia, as a Senior Reservoir Engineer. He also serves as Lead Production Engineer in Australia, bringing his extensive experience to both roles to optimize reservoir and production operations.
Work Experience at Chevron
Before his current roles, Mohammad Barzi worked as a Reservoir Engineer at Chevron from 2011 to 2015 in Perth, Western Australia. His contributions during these four years laid the groundwork for his subsequent senior roles within the company.
Previous Roles
Mohammad Barzi has amassed a wealth of experience in reservoir engineering through various positions. He served as Senior Reservoir Engineer at SPT Group from 2007 to 2011 and was a Reservoir Engineer at Roxar from 2004 to 2007. Prior to that, he began his career at Kish Petroleum Engineering Company (KPE) from 2001 to 2004.
Education and Expertise
Mohammad Barzi studied at the University of Tehran, where he completed an MSc in Reservoir Engineering from 1999 to 2002. His technical expertise includes the utilization of software tools such as INTERSECT, CHEARS, Eclipse, and CMG for black oil and compositional simulations. He specializes in coupled IX-IPM (Integrated Production Modeling) and history matching, applying experimental design and optimization methods, and conducting uncertainty analysis.
Special Projects and Teams
Since November 2020, Mohammad Barzi has been part of the Well Management Team at Subsurface Producing Asset. His role involves leveraging his technical skills and experience to improve well management and reservoir performance.