For purposes of future physicians/scientists/lawyers/etc, engineering degrees (technically first professional degrees) are too focused on practical job skills.
This could be dependent on each school but my school's engineering department definately isnt this way. The departments definately structure the curriculum in such a way that they are most preparing someone for going on to get PhD moreso than training engineers (thats what internships are for).
The first three years are almost completly theoretical/basic science and senior year you take two classes that might fit your description, one class where you learn unit operations and one class where you design an entire chemical plant.
Besides that everything we take is basic sciences and math.
This is the core of the chemical engineering curriculum:
first intro stuff:
Single Variable Calculus
Multivariable Calculus
Differential Equations
Intro Chem 1/2
Intro Physics 1/2
Into Biology
Organic Chemistry 1/2
Calculus based statistics
Then classes for the major
Quantum Mechanics
Physical Chemistry II
Fluid Mechanics (w/ Tensor Calculus)
Thermodynamics (essentially physical chem III)
Heat and Mass Transfer (essentially Physical chem IV)
Reaction Kinetics and Reactor Design
Analysis of Seperation Processes
Then senior level stuff
Chemical engineering lab
Chemical Process design
Electives you take if you want biomedical type focus
Physiological Engineering
Engineering Principles for Drug Delivery
Cellular Principles of Biomedical engineering