Failure mode and effects analysis is a systematic approach used to identify potential failure modes in a system and assess their effects on overall performance. It helps prioritize risks and guide preventive measures. Nondestructive testing and inspections involve the use of ultrasonic testing, magnetic particle inspections, and other methods that can be conducted without damaging the subject to evaluate the integrity of materials, giving engineers the data necessary to detect internal flaws or weaknesses. Metallurgical analysis focuses on understanding the properties, behavior, and failure mechanisms of metals and alloys used in industrial systems. By examining microstructures, fracture patterns, and wear, forensic engineers determine the cause of material failures. Finite element analysis uses digital simulations to predict how components or structures will react to real-world physical forces, like stress, heat, and vibration. This preventative maintenance method lets our experienced engineers test designs virtually and identify potential weaknesses before they lead to failure. Accident investigations analyze incidents to trace the root cause. These investigations combine various engineering principles, material analyses, and historical data to piece together the sequence of events leading to failure. Materials analysis is used to determine how metals, composites, and polymers behave under certain conditions to identify signs of degradation or fatigue that may have contributed to failure.