engineering
Integrity Engineers: A new generation with digital skills
Integrity engineers combine technical standards and advanced digital analysis to anticipate failures, optimize decisions, and improve asset reliability.
Engineering applied to the energy sector encompasses the design, analysis, fabrication, operation, and optimization of systems and equipment. It integrates disciplines such as mechanical, chemical, electrical, civil, and process engineering to ensure safety, efficiency, and performance.
Its role is fundamental in projects, operations, integrity, and infrastructure modernization. Globally, engineering advances toward digitalized, automated, and sustainable solutions, with strong adoption in the U.S. and Europe, and sustained growth in LATAM to modernize facilities and meet international standards.
Main topics
This section gathers technical content for professionals requiring engineering fundamentals and applications in industrial operations.
Key topics include:
- Mechanical design and structural analysis
- Process engineering and operational optimization
- Material selection and failure analysis
- Pressure systems, piping, and vessels
- Automation, digitalization, and control
- Project management and EPC
- Process safety and regulatory compliance
Engineering provides the technical foundation to develop, operate, and maintain energy infrastructure. Challenges include system complexity, multidisciplinary integration, continuous innovation, and regulatory compliance.
Explore our content
engineering
Fastest car in the world: Engineering and mechanical power
What drives the world's fastest car? Highly efficient engines, optimized fuels, aerodynamic control, advanced materials and kinetic energy precisely converted to over 250 mph.
engineering
Key alliance of the mechanical engineer and smart maintenance
Discover how the mechanical engineer is leading the transition to intelligent maintenance and strategic asset management with technologies such as IBM Maximo.
engineering
The Atomium: Icon of materials engineering and its conservation
The Atomium's conservation challenges and its relevance as an icon of materials engineering are analysed.
engineering
FMEA: Basic principles and advanced applications in engineering
Implementing the FMEA to identify and mitigate early failures, improving reliability and quality.
engineering
Engineering costs strategies for clean tech in oil refineries
Analyzing engineering costs in the implementation of clean technologies in refineries.
engineering
Integration of circular economy principles in industrial dismantling
Promoting the integration of the circular economy in industrial dismantling.
engineering
Vibrations analysis in mechanical engineering: function and scope
The vibration analysis allows to detect failures and optimize mechanical systems in sectors such as energy, aeronautics, industry and automotive.
engineering
Oil platform design: Safety and structural efficiency
Structural and operational criteria that ensure stability on oil platforms under demanding ocean and operational conditions.
engineering
Inspenet: a year connecting technical professionals
Anniversary Inspenet: Knowledge and Professional Connection to the World Inspenet reaches its first year with a highly positive and extraordinary balance.