Engineering Physics, which is a discipline/major, or engineering & physics (combined) degree?Yes. In my case, I started as a physics major with specializations in nuclear and space (astro) physics. The nuclear option had courses in thermodynamics and materials, as well as modern physics (relativity, etc), classical physics and quantum physics. The astrophysics part was astronomy and various topics in astrophysics, with general relativity at the senior level. I took various other courses, and I was trying to figure out what I was going to do professionally.
I visited a department of nuclear engineering at a different university, and I decided to transfer and change majors. If I knew then, what I knew later and now, I would have double majored in nuclear engineering and physics. Engineering after all is applied physics.
Nuclear engineering is a multi-discipline major with course in math & physics (STEM), nuclear and radiation physics, mechanical engineering (thermodynamics, fluid mechanics, mechanics of materials, . . . ), electrical engineering (circuits, electromechanics (transformers, generators/motors), power systems, control theory, . . . ), materials science, . . . . I even managed some courses in aerospace engineering (different kind of fluid dynamics). I did very well because of my math and physics background.
Professionally, I use both physics and engineering in what I do, now is how materials behave in their intended environment, which happens to include a variety of radiation fields in a variety of materials in a variety of environments. One can explore the physics of condensed matter at the atomic level (or nuclear) up through very large structures, and even blend the scales.
Computational physics, and modeling & simulation, in conjunction/combination with experimentation are hot areas now and for the foreseeable future.