Join dv/dt in revolutionizing the defense sector with proactive design strategies. We prioritize robustness, failure mode, and sustainment from the start.
We specialize in contracts, engineering, compliance, and quality. Our team has worked on projects ranging from life support systems for the US submarine fleet to parachute manufacturing for the U.S. Special Forces. We have also been involved in programs like the US MK18 unmanned underwater vehicle program.
We take pride in contributing to the development of some of the nation's most advanced defense systems. With a focus on coaching others and sharing our expertise, we strive to apply our proactive approach to complex design efforts within the defense industry.
In calculus, the derivative is the method to express the instantaneous rate of change. Applicable to everyday life problems of increasing principal balances based on a given interest rate or the instantaneous speed of a glass falling off the counter. It may also be applied to the instantaneous rate of change of velocity and of time. Generally expressed, d(function), the derivative of velocity may be notated as dv and time dt. The rate of change of velocity divided by time (dv/dt) is acceleration.