"Julia enables very fast development of optimization models. Many new ideas that used to take days or weeks to test are now tested in a few hours. In future, we expect to use features like programming GPUs and migrate more of our code to Julia."
“Julia has the best of both worlds. When we are prototyping, we can rapidly create simple simulations or algorithms to perform general tests, taking advantage of the ease usually available in interpreted languages. After this phase, when algorithms are then used in simulators or multidisciplinary design optimization (MDO) tools, we can tune Julia code to have very high performance by making minor modifications. Without Julia, we would have to complete translate the algorithm into a compiled language such as C or Fortran."












