Automation & Power Facilities Planning Engineer (Utilities)

Our Client operates in the Oil and Energy industry, with its headquarters rooted strongly in Saudi Arabia. It has its branches spread to more than 50 countries, providing employment to more than 68,500 people all over the world. They fall under the Fortune 500 Companies. They are one of the world’s largest oil producers. They are constantly growing by creating new technologies through its Research and Development efforts and branch into new business lines through Investments and Acquisitions.

Responsibilities :

• Develop non-electrical utilities Capital Projects from feasibility assessment to full funding, including scope of work development, economic justification and alternatives assessment, and value improvement.
• Lead the Integrated Project Team (IPT) during the study and scoping phases of the project.
• Support utilities scope development under other FP divisions.
• Conducting engineering studies to establish project business case and economic viability.
• Developing feasible alternatives and projects solutions.
• Reviewing project specification with project management to ensure economic design and conformance with Design Basis Scoping Papers.
• Develop executive level briefings, memos, presentations and documents on capital investment and other special study items.
• Mentor Utilities Planning engineers.

Requirements : 

• Bachelor’s Degree in Chemical or Mechanical Engineering. Advanced degrees is highly preferred
• Professional Engineer.
• Minimum of 12 years of experience in:
• Non-electrical utilities systems technologies, scope development, design, economics and execution.
• Business case evaluation and assessment for various non-electrical utilities systems.
• Leadership of major engineering studies and design packages.
• Developing strategies and feasibility studies for the upgrade or replacement of installed systems.
• Very good understanding of oil, gas and chemical processes and industry.
• Knowledge of engineering practices and economic principles, calculation methods, design details, Codes, Standards and Specifications.