"software competence" is a correct and usable term in written English.
You can use it when referring to a person's knowledge and understanding of computer coding and programming languages, or their ability to use certain software programs. For example: "Alice demonstrated strong software competence when she was able to write a complex program with relatively little effort."
" 'Brand Microsoft' should be seen as a software competence company," he said, adding that the company had other brands with other roles, like the Xbox game console.
"In view of the growing strategic importance of digitalization for Siemens's core businesses, we are adding to the technology and software competence of the supervisory board," Mr. Cromme said in a statement.
In an industrial context, the aim of the mechanical simulations in engineering design is not only to obtain greatest quality but more often a compromise between the desired quality and the computation cost (CPU time, storage, software, competence, human cost, computer used).
Table 3 Factors of future software organizational changes Changes NEEDS for Software Competences and Resources / Roles Digitalization changes former physical goods … into abstract form.
Table 5 suggests overall organizational change strategies for different types of organizations towards software organizations, which imply needs for new software competences.
Table 5 Change strategies for software organizations Goals Means NEEDS for Software Competences and Resources / Roles If you are a big company: How to make your structures lightweight, and increase flow through the system?
Table 4 Opportunities of future software organizations Enabling NEEDS for Software Competences and Resources / Roles Cost innovation: Same service or product can be implemented, provided and serviced with a lesser cost but similar quality.
The paper focuses on and examines the issues and problems related to remote evaluation of software engineering competences using progressive competence representation model.
The automotive industry is going through a fundamental change by moving from a mechanical to a software-intensive industry in which most innovation and competition rely on software engineering competence.
More specifically, inefficiencies usually come from inadequate verification of software engineers' competences.
To mitigate the risk for late design failures, participatory design groups implementing Web 2.0 systems based on the pattern language have to include software engineering competences to cover areas such as system extensions and maintenance, and the design groups have to accept full responsibility for decisions made in these areas.
