To create systems that evolve throughout their economic life, we need to deploy new software and AI models but also periodically upgrade electronic and mechanical components. That causes systems engineering and software engineering to become virtually the same discipline, argues Jan Bosch. Read More

To create systems that evolve throughout their economic life, we need to deploy new software and AI models but also periodically upgrade electronic and mechanical components. That causes systems engineering and software engineering to become virtually the same discipline, argues Jan Bosch.

To create systems that evolve throughout their economic life, we need to deploy new software and AI models but also periodically upgrade electronic and mechanical components. That causes systems engineering and software engineering to become virtually the same discipline, argues Jan Bosch.