Category: Engineering

EngineeringInnovation

Jill Gostin Selected as IEEE President-Elect for 2026 Term

Jill Gostin has been elected as the 2026 IEEE President-Elect, according to official reports. The former Georgia Tech Research Institute principal scientist brings decades of technical and leadership experience to the role. Her election marks a significant milestone in her extensive IEEE leadership career.

IEEE Elects New President for 2026 Term

Jill Gostin has been elected as the 2026 IEEE President-Elect, according to reports from the organization’s election process. The election results, while currently unofficial, indicate that Gostin will assume the presidency following the standard IEEE succession timeline, with the organization’s Board of Directors expected to formalize the outcome in November.

by Elisa Romero
EngineeringManufacturing

Expro’s Advanced Packer Systems Tackle Deepwater Drilling Challenges

Expro has launched its Brute Armor Packer system, designed to meet the demands of 20,000 psi deepwater wells. The technology enables compliance with regulatory barriers and handles unprecedented downhole pressures, with further innovations planned for 2025.

Innovative Packer System for Extreme Environments

Expro, a well specialist company, has reportedly launched the Brute Armor Packer, an advanced system tailored for deepwater drilling operations. According to reports, this technology addresses critical challenges in high-pressure wells, particularly those rated for 20,000 psi and large casing strings. Jeremy Angelle, Vice President of Well Construction, emphasized that the suite represents a significant leap rather than an incremental upgrade, driven by industry demand for robust solutions in extreme conditions.

by Nathan Cole
AIEngineeringScience

AI-Driven Neural Network Breakthrough Enhances Multi-Phase Flow Analysis in Industrial Systems

A novel machine learning approach combining Morlet wavelet and hyperbolic tangent activation functions is revolutionizing multi-phase flow analysis. The hybrid neural network architecture demonstrates superior capability in capturing complex nonlinear dynamics in electroosmotic and thermal systems. Validation against physics-informed neural networks confirms the method’s accuracy for industrial applications.

Innovative Neural Network Architecture

Researchers have developed a groundbreaking hybrid machine learning approach for analyzing electroosmotic effects and heat transfer in multi-phase wavy flows, according to recent reports in Scientific Reports. The novel method combines artificial neural networks (ANNs) with heuristic algorithms to study Hall currents and electromagnetic effects in complex fluid systems. Sources indicate the approach represents a significant advancement in computational fluid dynamics, particularly for industrial applications involving multiple fluid phases.

by Elisa Romero
BusinessEngineeringManufacturing

Bechtel Releases Public Report on Fatal Worksite Incident, Outlines Safety Reforms

In an unusual step for the construction industry, engineering giant Bechtel has published a transparent account of a fatal April worksite incident that claimed three lives. The report identifies critical safety failures and outlines a series of corrective actions aimed at preventing future tragedies.

Transparency in Tragedy

Global engineering firm Bechtel has taken the rare step of publicly releasing findings from its internal investigation into a fatal worksite incident that occurred in April, according to reports. In a move aimed at fostering industry-wide learning, the company detailed the factors that led to the deaths of three workers and the specific fixes it is implementing to bolster safety.

by Elisa Romero
Engineering

African Power Infrastructure Transformed Through Advanced Dry-Type Transformer Partnership

A seven-year partnership between Trafo Power Solutions and Italian manufacturer TMC Transformers is setting new standards in dry-type transformer technology across Africa. The collaboration delivers custom-engineered solutions capable of withstanding extreme conditions while prioritizing safety and environmental responsibility. Industry analysts suggest this technology is particularly transformative for mining and renewable energy applications.

Powering Africa’s Future with Advanced Transformer Technology

As Africa continues its industrial and economic development, reports indicate that dry-type transformer technology is playing an increasingly crucial role in power infrastructure projects across the continent. According to sources familiar with the matter, Trafo Power Solutions, in partnership with Italian manufacturer TMC Transformers, has been at the forefront of this technological shift for seven years, delivering custom-engineered solutions to diverse sectors.

by Elisa Romero