From my perspective, an engineer is more or less an applied physicist. My group develops models of materials and how those materials perform in their environment, and mostly in my case, within nuclear fuel elements and nuclear reactors. The models are relatively simple geometrically, however we model rather coarsely what takes place on microscopic level. This requires an integration of thermophysical, thermochemical and mechanical properties, in conjuction with thermal-hydraulics and fluid-structure interaction.
The net result is a model with which we do predictive analysis, both in steady-state and transient conditions.
In essence we do engineering and applied physics concurrently, and we work with various groups around the world who do the same.