Engineering design: design of offshore platforms, pipelines, and processing plants. Project management: Planning and executing oil and gas exploration and production projects. Technical analysis: Well evaluation, geological data analysis, and providing recommendations to improve production. Safety and Environment: Risk assessment and ensuring compliance with environmental laws. Modern technologies: Applying technologies such as artificial intelligence, the Internet of Things (IoT), and big data to improve operations.

Evaluation of the economic and technical feasibility of petroleum projects. Technical evaluation: Review of engineering designs and performance assessment. Process improvement: Providing solutions to increase production efficiency and reduce waste. Risk management: Identifying potential risks and developing plans to mitigate them. Training and capacity building: Providing training programs for the workforce in the sector.

Improving efficiency: It helps enhance exploration and production processes. Cost reduction: Providing innovative solutions to reduce operational expenses. Compliance with laws: Ensuring adherence to local and international regulations. Innovation: Applying modern technologies to enhance competitiveness.

They affect investment decisions in petroleum projects. Environmental changes: Increased pressures to reduce carbon emissions. Advanced technologies: the need to keep up with technological developments quickly.

 Increased focus on carbon capture technologies and renewable energy. Digitization: Using big data and artificial intelligence to improve processes. Sustainability: Developing sustainable solutions that meet energy needs while preserving the environment. In short, the activity of engineering consulting in the petroleum field plays a pivotal role in supporting the oil and gas industry by providing innovative and effective solutions, with a focus on efficiency, safety, and sustainability.