Discussion Overview
The discussion centers around the relevance and utility of FORTRAN for chemical engineers, particularly in light of its perceived decline in popularity and the rise of other programming languages. Participants share personal experiences and insights regarding the language's application in engineering and scientific contexts.
Discussion Character
- Debate/contested
- Technical explanation
- Conceptual clarification
Main Points Raised
- One participant questions the usefulness of FORTRAN for chemical engineers, noting that it is listed as a good language by a university but has heard it is becoming obsolete.
- Another participant, reflecting on their experience, suggests that if one knows BASIC, learning FORTRAN may not be necessary, as both languages share structural similarities.
- A different contributor mentions a friend's experience using FORTRAN in a research project related to particle physics, indicating that it still has applications in certain fields.
- One participant argues that FORTRAN remains in use due to its historical significance in large math and engineering packages, and that understanding it can be beneficial for interfacing with modern languages like C++.
- Another comment expresses skepticism about FORTRAN's potential decline, suggesting that its later versions are still actively used and developed.
- A participant raises the idea that C is gaining popularity and suggests that learning both C and FORTRAN might be advantageous, although they admit to lacking knowledge in chemical engineering.
Areas of Agreement / Disagreement
Participants express a mix of opinions regarding the relevance of FORTRAN, with some suggesting it is still useful while others believe it is on the decline. No consensus is reached on its overall utility for chemical engineers.
Contextual Notes
Some statements reflect personal experiences and opinions, which may not encompass the full scope of FORTRAN's applicability in chemical engineering. The discussion does not resolve the question of FORTRAN's future relevance or its comparative utility against other programming languages.