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Developing Computational Software

In our practice as scientific software engineers at VORtech, we work for organizations that have computational software as an essential part of their intellectual capital. If successful, a computational software package can exist for many years and even decades. At the same time however, the code base grows and becomes more and more difficult to manage. This is part 3 of a series of blogs in which we discuss how to deal with legacy code.

In our practice as scientific software engineers at VORtech, we work for organizations that have computational software as an essential part of their intellectual capital. If successful, a computational software package can exist for many years and even decades. At the same time however, the code base grows and becomes more and more difficult to manage. This is part 2 of a series of blogs in which we discuss how to deal with legacy code.

In our practice as scientific software engineers at VORtech, we work for organizations that have computational software as an essential part of their intellectual capital. If successful, a computational software package can exist for many years and even decades. At the same time however, the code base grows and becomes more and more difficult to manage. This is part 1 of a series of blogs in which we discuss how to deal with legacy code.

At VORtech we mostly work on extending and improving existing code. Let us explain why this is so important and how it works. 

Simulation of the world around us by numerical computation has improved a lot in the past decades. Together with Johan Dijkzeul we will look back at this period.

In the 20 years that VORtech has been in the business of scientific software engineering, we've seen many different codes and witnessed many different development processes.

Fortran is alive! Mark Roest considers five reasons why the Fortran programming language isn't dead and survived the punchcard.