Exploration & Production Training

The ECITB Industrial Drone Operator course aims to equip drone operators with the necessary skills and knowledge to safely operate in heavy industrial environments across various sectors. The course covers theoretical and practical elements, focusing on regulations, human factors, aircraft selection, data capture, risk mitigation, and safe commercial operations. It is designed for personnel working with drones in industrial/commercial settings and requires medical fitness, CAA permission, and specific equipment. The course duration is 5 days.

The "Advances in Offshore Renewable Energy" course introduces engineers and scientists to offshore environments and various exploitable marine and offshore renewable energy resources. It covers technology advancements in offshore wind power, wave energy, and tidal current energy, along with recent research achievements in offshore wind power. The course focuses on topics such as the design, reliability, operation, and maintenance of offshore wind power systems, as well as technologies for protecting wind turbines in harsh environments. Targeted attendees are professionals involved in designing, operating, and assessing offshore structures.

The Advanced Design of Ship Structures course focuses on the first principle design of ship structures, with an emphasis on beams and plates. It covers advanced analysis procedures, hull girder strength, and common structural rules. Aimed at engineers and scientists involved in ship design, the course offers a balance of theory and practice. Lectures include topics such as probabilistic design, plate buckling, and reliability analysis. The course is led by Professor Purnendu Das, a renowned expert in marine structures.

The course on Analysis & Design of Submarine Structures focuses on selecting materials for weight-critical submarine designs, emphasizing toughness and weldability. It covers structural design, philosophy, and strength formulations. Intended for Engineers, Managers, Scientists, and Technologists interested in submarine design, the course includes lectures on buckling, materials behavior, submarine theory, design codes, and structural reliability. Led by Prof Purnendu Das, the course provides comprehensive coverage of submarine structural design principles over a 3-day duration.

This course focuses on the design and analysis of floating wind turbine structures, covering topics such as structural response under blast loading and fire, design principles, and key technology types. It aims to equip engineers, operations managers, and scientists with the knowledge to assess structural responses under fire and blast loading. The course includes lectures on floating wind turbine concepts, analysis methods, design requirements, ocean wave analysis, and mooring system analysis. Attendees will gain insights into various technologies for checking structural responses under different loading conditions.

The course "Impact of Digital Technology on the Nuclear Industry" is a two-day program focusing on uncertainty modeling and cyber security in the nuclear sector. Day 1 covers tools for uncertainty quantification, sensitivity analysis, and optimization, with case studies as practical applications. Day 2 delves into digital technology, cyber security, network security, and system-of-systems security. Targeted at engineers and scientists involved in nuclear structure design and operation, the course aims to enhance participants' understanding of these critical aspects in the industry.

The Risk and Reliability Engineering Training course is a four-day industry-focused program designed to introduce basic principles and techniques of risk and reliability analysis across various sectors. Participants will learn to identify, assess, and evaluate risk and reliability engineering concepts, data interpretation approaches, and qualitative/quantitative analysis tools. The course covers topics such as RAM analysis, quantitative risk analysis, failure mode analysis, and systems modeling. Suitable for engineers in mechanical, civil, industrial, chemical, process, and energy fields seeking practical knowledge in risk and reliability engineering.

The "Foundation Design of Offshore Wind Turbine Structures" course aims to provide detailed knowledge on designing and analyzing various types of foundations for wind turbines to reduce overall costs. It covers topics such as soil-pile interaction, dynamic responses, and reliability-based design of suction piles. The course targets engineers, researchers, project managers, and safety inspectors involved in offshore wind farm foundation design, offering a balance of theory and practice. Lectures include discussions on wind turbine structure overview, loads on offshore wind turbines, foundation design considerations, geotechnical site investigation, and soil-structure interaction.