This workshop provides an overview of fluid separation and treatment processes critical to oil and gas production operations. Participants will explore the principles and technologies used to separate oil, gas, and water phases, with emphasis on equipment design, process efficiency, and environmental compliance.

Join our hands-on workshop on MATLAB for Earth Sciences, designed to empower researchers, students, and professionals with powerful computational tools for analyzing and visualizing Earth data. Learn to leverage MATLAB’s robust capabilities for geospatial analysis, data modeling, and simulation to tackle real-world challenges in geology, meteorology, oceanography, and environmental science. This workshop combines expert-led instruction with practical exercises to enhance your skills in data processing and interpretation.

This workshop provides a practical understanding of project management principles as applied to mechanical engineering projects in the oil and gas sector. It covers planning, execution, risk management, cost control, and quality assurance, with a focus on aligning engineering decisions with project objectives. Participants will gain insights into delivering safe, efficient, and compliant projects within complex oil and gas environments.

This workshop provides a comprehensive understanding of Electrical Submersible Pumping (ESP) systems, focusing on design, operation, and troubleshooting techniques. Participants will gain practical insights into optimizing ESP performance and addressing operational challenges to enhance production efficiency.

This workshop examines the use of seismic hydrocarbon indicators for exploration and reservoir evaluation. Participants will learn how amplitude variations, direct hydrocarbon indicators (DHIs), and related attributes are applied to reduce exploration risk, improve prospect evaluation, and enhance decision-making in hydrocarbon detection.

Join us for an immersive workshop tailored for professionals in the oil and gas industry to understand how machine learning can be implemented in production engineering and production monitoring domain Through hands-on exercises, attendees will explore data manipulation, visualization, and analysis techniques essential for optimizing production workflows.

This workshop introduces machine learning techniques applied specifically to reservoir and production engineering challenges. Attendees will learn how to build predictive models, analyze complex datasets, and optimize reservoir performance using data-driven algorithms. The course combines theoretical concepts with practical exercises to demonstrate ML applications in well performance forecasting and reservoir characterization.

This workshop delivers a focused overview of FPSO mechanical systems, addressing the design, operation, and maintenance of critical equipment on floating production units. Participants will explore mechanical integration challenges, reliability strategies, and compliance with international standards to ensure safe, efficient, and continuous offshore production. Emphasis is placed on practical applications and lifecycle performance of FPSO systems.

This workshop introduces the essential concepts of oil and gas production, covering key processes from wellhead to processing facilities. Participants will gain a practical understanding of production systems, equipment, and techniques used to maximize efficiency and ensure safe, reliable operations.