Faster processors, lowered power targets and shrinking technology have increased the complexity of integrated circuit (IC) reliability analysis. With the 20nm node becoming mainstream, IC design teams ...

How can systems be designed to guard against unexpected downtime? How does system reliability impact product development? In what ways can artificial intelligence and machine learning improve system ...

The global modern industry is a massive operation that works on a scale almost impossible to comprehend. At every stage, it ...

Akshay Gaikwad is a distinguished reliability engineer with a Master of Science in Mechanical Engineering from Rochester Institute of Technology. His academic excellence, demonstrated by a 3.78 GPA, ...

For decades, megaprojects in every industry have been designed to provide specific functionality or value with delivery and commissioning as the end goal. Large process and refinery projects, such as ...

Tactile switches with advanced contact materials improve signal integrity, durability, and lifecycle performance in demanding ...

Case Study: Outotec, a global leader in minerals and metals processing technology, won the "Be Inspired Award" for Operationeering with its approach of bringing engineering knowledge and data from the ...

Mission-critical facilities—encompassing data centers, biomedical manufacturing complexes, petrochemical refineries, and energy infrastructure—depend fundamentally upon the reliability and predictive ...

GPU-accelerated electromagnetic simulation is redefining how engineers design and validate antennas in complex, electrically ...

Circuit aging is emerging as a mandatory design concern across a swath of end markets, particularly in markets where advanced-node chips are expected to last for more than a few years. Some chipmakers ...