Program Overview

Program Overview

The Chemical Engineering program, with a focus on Biomedical/Biochemical, leads to a Bachelor of Science in Chemical Engineering (BSCH). Chemical engineers utilize their knowledge of science and mathematics to create value and solve complex problems for the benefit of society. The key skill that differentiates chemical engineering from other disciplines is the ability to understand, design, and operate transformation processes, whether physical or chemical. This capability enables chemical engineers to literally change and transform the world.

Program Description

Chemical engineers apply their understanding of how nature works, combined with the language of science (mathematics), to develop innovative solutions. The program emphasizes the ability to comprehend, design, and manage transformation processes, which is a critical skill in chemical engineering. This unique blend of science and mathematics enables chemical engineers to make a significant impact on society by solving difficult problems and creating value.

Key Skills and Knowledge

• Understanding of science and mathematics
  • Application of scientific principles to real-world problems
  • Utilization of mathematical concepts to design and optimize processes
• Ability to design and operate transformation processes
  • Physical transformations
  • Chemical transformations
• Problem-solving skills for the benefit of society
• Creation of value through innovative solutions

Discipline Differentiation

The ability to understand, design, and operate transformation processes distinguishes chemical engineering from other disciplines. This unique skill set allows chemical engineers to contribute significantly to various fields, including biomedical and biochemical engineering, by developing innovative solutions to complex problems.