Category: Engineering

EngineeringInnovationTechnology

SubCtech Advances Sustainable Subsea Power with Breakthrough Energy Storage Systems

German marine technology firm SubCtech has developed a groundbreaking subsea energy storage system capable of 2-6MWh capacity. The company’s advanced battery technologies are reportedly reducing costs and emissions across offshore industries.

Pioneering Sustainable Subsea Power Solutions

SubCtech, a Kiel-based underwater technology specialist founded in 2010 by applied physicist Stefan Marx, has emerged as a significant player in marine power systems, according to industry reports. The company, now operating as part of the Gabler/Possehl Group, has reportedly grown to employ over 85 professionals and plans to expand production facilities in 2025 to meet increasing global demand.

by Samuel Kim
EngineeringHardwareTechnology

New Shielding Technology Emerges to Combat EMI in Wireless Charging Systems

Wireless power transfer systems face significant challenges with electromagnetic field leakage that can interfere with medical devices and affect human safety. A new shielding approach using capacitance control and optimal phase alignment demonstrates promising results in suppressing these emissions. The technology could enable safer wireless charging for everything from smartphones to medical implants.

The Growing Challenge of EMI in Wireless Power Systems

Wireless power transfer (WPT) technology, which enables cord-free charging for devices ranging from smartphones to medical implants, faces increasing scrutiny over electromagnetic interference (EMI) concerns, according to recent technical reports. Sources indicate that as WPT systems achieve higher power levels and greater efficiency, controlling electromagnetic field (EMF) leakage has become a critical safety priority for manufacturers and regulatory bodies.

by Priya Kapoor
EngineeringInfrastructureResearch

Generative AI Boosts Pipeline Safety Predictions Amid Data Scarcity

Advanced data augmentation techniques are revolutionizing pipeline safety assessments by generating synthetic corrosion data where real-world testing is impractical. The CopulaGAN-LightGBM combination reportedly delivers the highest predictive improvement, while SHAP analysis identifies critical failure factors. A new web platform now enables real-time residual strength calculations for industry professionals.

Breaking Through Data Barriers in Pipeline Integrity

Researchers have developed a novel approach to predicting the residual strength of corroded pipelines by combining generative artificial intelligence with machine learning, according to recent findings published in npj Materials Degradation. The method addresses a critical industry challenge: the scarcity of high-quality experimental data needed to train accurate predictive models for pipeline safety assessment.

by Priya Kapoor
EngineeringTechnology

Titan Submersible Implosion Caused by Engineering Failures, Official Report Finds

The Titan submersible’s catastrophic implosion during its Titanic wreck expedition resulted from fundamental engineering deficiencies, according to an official investigation. The NTSB found the vessel suffered from inadequate testing and should have been removed from service before its final voyage.

Official Investigation Points to Engineering Failures

The Titan submersible that imploded during a dive to the Titanic wreck site suffered from critical engineering deficiencies and inadequate testing protocols, according to an official report from US investigators. The catastrophic failure in June 2023 resulted in the deaths of all five passengers aboard the submersible, including OceanGate’s chief executive.

by Priya Kapoor