UB - University at Buffalo
Chemical and Biological Engineering
Undergraduate

 

BS in Chemical Engineering

Building on coursework in chemistry, physics, and mathematics, the chemical engineering curriculum comprises a core of courses based on the fundamentals of chemical reaction engineering, fluid flow, heat transfer, thermodynamics and separation science, materials science, process control and process economics.

Specialized elective courses are offered in biochemical processes, polymers and non-Newtonian fluid mechanics. Increasing emphasis is being placed on the use of computers and computer-aided design throughout the curriculum.

Graduates with a BS degree will find employment opportunities with both large and small private industries, consulting firms, and government agencies. Many students go on to graduate school and pursue careers in advanced industrial R&D and in academia; some graduates have gone on to careers in medicine or law.

Degree requirements:

Recommended sequence of major requirements

Outcomes: An outline of what you will learn in the BS degree program and in each course.

HIGHLIGHT

Nitsche

UB engineer's modeling of intercellular diffusion supports understanding of permeability and selectivity properties of key intercellular pores called gap junctions, the primary means by which cells in the body exchange metabolites and signals, and of interest for drug delivery through the skin.

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THE FACES OF CBE

Mark Beauharnois
PhD program

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PROSPECTIVE GRAD STUDENTS

Apply online to UB's Department of Chemical and Biological Engineering graduate programs.

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