Company: Saudi Aramco
Skills: Electrical Engineering, Instrument & Controls Engineer
Experience: 10 + Years
Education: Bachelors/3-5 yr Degree
Employment Type: Full Time Salaried Employee
Location: Dhahran, Eastern Province, Saudi Arabia
No location/work authorization restrictions found.


Req Number: 18035BR

Position Description:
Inspection Department (ID) is the corporate center of excellence for inspection services.

The Inspection Technical Support Division (ITSD) of ID is chartered to lead, oversee and manage UAV & Robotics Technology company-wide through the identification, evaluation and exploitation of new technologies to achieve highest business impact.

ITSD is seeking an experienced Electrical or IT engineer in the area of Robotics and Unmanned Aerial Vehicle (UAV) systems.

The incumbent will resume technical role with wide and in-depth understanding of Robotics & UAV systems and technologies. The incumbent will develop engineering design, assessment and analysis of Robotics technologies, systems components and subcomponents.

The incumbent will design and introduce cutting-edge robotic technologies to enhance field operations, reduce cost and enhance safety in teamwork and collaborative environment.

Minimum Requirements:
BS in Electrical/Automation/IT Engineering with a focus area in Robotics and Artificial Intelligence (AI).

At least 10 years of experience in Robotics technologies and solutions for oil and gas applications.

Expert in Robotics design, integration and applications (payload, sensing and control), Artificial Intelligence (AI) and Machine learning for robotics with post-data analysis experience.

The incumbent must have solid problem solving and decision making, communications and presentation, economic analysis and budgeting skills.

Experience in budgeting and planning with excellent English written and oral communication skills.

Duties & Responsibilities:
The primary duties and responsibilities cover the followings:

The primary duties and responsibilities cover the followings:

Identify, evaluate, integrate and deploy Robotics & UAV technologies for field operations and capital projects.

Originate and carry out engineering studies to determine potential problems and remedies to existing problems by introducing Robotic solutions, resolve complex technical problems, increase revenue, optimize processes, protect the environment, or improve safety.

Develop engineering design, assessment and analysis of Robotics technologies, systems components and subcomponents.

Provide technical support & consultation to end users and field proponents on UAV & Robotics technologies.

Develop and maintain Saudi Aramco engineering standards, specs, best practices and other documentation related to Robotics and UAV specialty.

Establish and derive aspired long-term business portfolio of technology focuses.

Explore future advancements in UAV & Robotics technologies for effective implementations.

Undertake special assignments requiring extensive technical experience and discretion when dealing with outside organizations.

About us:
The Engineering & Project Management (E&PM) business line studies, plans and oversees the construction of the Company's new facilities, including some of the biggest and most complex projects in the petroleum industry. Recently, Saudi Aramco completed the largest capital program in its history that included new or expanded oil, gas and petrochemical facilities, raising maximum sustainable crude oil production capacity to 12 million barrels per day and significantly increasing gas production and processing capacities. Among the recently completed projects was the largest crude oil increment in the history of the industry: Khurais, with a production capacity of 1.2 million barrels per day. More challenges lie ahead, with a slate of new or expanded oil, gas, refining and petrochemical projects in the works. E&PM also manages the Company's Research & Development Center where scientists investigate topics such as the desulfurization of crude oil, advanced fuel formulations for next generation combustion engines, and reservoir nano-scale robots (Resbots™) for injection into reservoirs to record their properties.