I agree 100% with this view! Computer Science very often provides building blocks upon which Software Engineering builds (almost always) amazing solutions. When times change, i.e. more powerful machine are on the rise, Computer Science will just provide a more recent solution, e.g. harder-to-crack cryptographic primitives, and Software Engineering will apply those in real-world systems.
I can speak for my own experience, I recently got a M.Sc. in Computer Science, and I think I am a discrete computer scientist. I can solve very narrow and focused problems, going quite in-depth. I am on my way to mastering the art of applying all that I've learn for concrete problems, which identifies with Software Engineering.
I guess there would be no Software Engineering without Computer Science, but Computer Science would be mostly useless if there wasn't Software Engineering.
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I agree 100% with this view! Computer Science very often provides building blocks upon which Software Engineering builds (almost always) amazing solutions. When times change, i.e. more powerful machine are on the rise, Computer Science will just provide a more recent solution, e.g. harder-to-crack cryptographic primitives, and Software Engineering will apply those in real-world systems.
I can speak for my own experience, I recently got a M.Sc. in Computer Science, and I think I am a discrete computer scientist. I can solve very narrow and focused problems, going quite in-depth. I am on my way to mastering the art of applying all that I've learn for concrete problems, which identifies with Software Engineering.
I guess there would be no Software Engineering without Computer Science, but Computer Science would be mostly useless if there wasn't Software Engineering.