Chemical engineering involves designing and developing processes for manufacturing and transforming materials through chemical or physical changes. Chemical engineers work in a variety of sectors including chemical, energy, pharmaceutical, biotechnology, and environmental industries. They devise procedures for production, transportation, and processing of materials through testing and scaling up designs. The curriculum for chemical engineering focuses on courses in engineering fundamentals, thermodynamics, kinetics, transport phenomena, and process design based on chemistry, physics, and biology to give engineers a strong understanding of the scientific principles behind technological processes.

1. CHEMICAL ENGINEERING
ABNET MENGESHA

2. WHAT IS CHEMICAL ENGINEERING?
Reaction, Reactor Separations, Transport Jobs
ABNET M. @WKU 2

3. CONT’D
Chemical engineering is a discipline that has an
impact on many different sectors of technology.
Chemical engineers, in general, devise and
design procedures for the manufacture,
transformation, and transportation of materials,
beginning with laboratory testing and progressing
to full-scale manufacturing.
ABNET M. @WKU 3

4. WHERE DO CHEMICAL ENGINEERS WORK?
ABNET M. @WKU 4
Office Lab

5. CONT’D
Chemical engineers are in high demand due to the
enormous number of sectors that rely on chemical and
material synthesis and processing.
Chemical engineers have increased prospects in
biotechnology, pharmaceuticals, electronic device
manufacture, and environmental engineering, in addition
to traditional professions in the chemical, energy, and oil
industries.
ABNET M. @WKU 5

6. CONT’D
When processes entail the
chemical or physical change
of materials, the chemical
engineer's specific training
becomes critical.
ABNET M. @WKU 6

7. A CHEMICAL ENGINEER MUST HAVE COMPLETED…….
Chemical engineers must have a thorough understanding of both
the engineering and scientific ideas that underpin these
technological processes.
The Chemical Engineering Department's curriculum reflects this,
with courses in applied mathematics, thermodynamics, fluid
mechanics, energy and mass transfer, separation technologies,
chemical reaction kinetics, reactor design, and process design.
These classes are based on chemistry, physics, and biology as a
basis.
ABNET M. @WKU 7

8. People with undergraduate and graduate
chemical engineering degrees go on to work
in the:
Industry
Academia
consulting, law, medicine, finance, and other fields
ABNET M. @WKU 8

9. THANK YOU
abnetm817@gmail.com