I agree with the sentiment, but I've actually come to consider "computer science" to be a great name for our field.
Turing's universal machine is the original dependency inversion of our field: instead of specifically studying the programs that can be written for any particular hardware device, we largely study phenomena that are regarded as computation as defined by the Church-Turing thesis, and require that the hardware vendors supply suitable universal machines which can instantiate the phenomena of our study. Or field is the science of computers -- every program is a blueprint for a computational device -- but we choose to simulate most of our blueprints using universal machines, so that we don't have to send each one off to the silicon fab separately.
Turing's universal machine is the original dependency inversion of our field: instead of specifically studying the programs that can be written for any particular hardware device, we largely study phenomena that are regarded as computation as defined by the Church-Turing thesis, and require that the hardware vendors supply suitable universal machines which can instantiate the phenomena of our study. Or field is the science of computers -- every program is a blueprint for a computational device -- but we choose to simulate most of our blueprints using universal machines, so that we don't have to send each one off to the silicon fab separately.