The knowledge of the computation expression correctness is also useful as we are not sacrificing performance as well, while at the same time keeping the functional programming's best practices in place. Although the nature of builder methods in a computation expression implementation is mostly implemented using the object oriented principle, using instantiated computation expression gives us more expressiveness to make our code cleaner and better composed.
We have the knowledge of the optimization of F# code or applications, starting from identifying the performance aspects of the .NET runtime to the detail of F# performance characteristics, measurement with .NET tooling ecosystem, and optimization of all the aspects of the F# language ecosystem-from the compiler to the existing F# features.
We not only have an understanding of the general language features but also the knowledge of aligning compilers with concurrency, data structures, language constructs, and other sophisticated and...