Chemical Engineering

Chemical Engineering applies chemical, physical and biological processes to convert materials to more valuable products or useful forms of energy. The role of a chemical engineer is to conceptualize, design, develop, control and operate those processes so that they are profitable, safe, efficient and environmentally acceptable. Chemical Engineering education is unique for its strong emphasis on building-up the ability to apply a system’s approach to problem solving, to synthesize useful results, to from productive partnerships with other professions, and to apply principles from a broad range of scientific disciplines. Completion of the Chemical Engineering Program leads to the BS degree and provides the basis for continuous professional growth or graduate studies in chemical engineering, and for admission to professional schools such as medical, law or business.

The Chemical Engineering Program offers:

• a high faculty / student ratio;
• a high job placement rate;
• paid undergraduate research experience;
• merit-based scholarships.

The Chemical Engineering program is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org.