ABM - BSCHE Chemical Engineering / MSE Chemical Engineering Concentration

Admission and Application Requirements

Students must meet the Admission, Application, & Grade, Credit, and Time Requirements oulined in the University’s ABM Policy.

In addition to the University’s ABM Admission Requirements students must:

• have Chemical Engineering, BSCHE (any concentration) declared as their primary major

Advising

During their senior year, students admitted to the ABM plan of study will be advised jointly by an Undergraduate Advisor and the Graduate Coordinator. The undergraduate degree graduation timeline for each student will be determined collaboratively with the student, Undergraduate Advisor, Graduate Coordinator, and Department Head. Following undergraduate degree completion, students will be advised by the Graduate Coordinator only.

Course Requirements

Program Requirements for the BSCHE in Chemical Engineering

Chemical Engineering, BSCHE 

Chemical Engineering, BSCHE, Bioengineering Concentration   

Program Requirements for the MSE in Chemical Engineering Concentration

Engineering, MSE, Chemical Engineering Concentration  

Approved ABM Courses

Upon ABM admission and successful completion, the following graduate‐level courses are approved to satisfy both the BSCHE and MSE Chemical Engineering Concentration degree requirements as outlined below. No more than 9 graduate credit hours may be double counted toward the requirements of both degrees.

• Choose 9 credit hours from:

• A maximum of 3 cr hrs from the list below may be used to satisfy the 9 credit hours:

• CHEE 416G - Biochemical Engineering Credit Hours: 3

•      (Satisfies UGRD Sr Yr Chemical requirment: Chemical Engineering 3 cr hrs)

       (Satisfies UGRD Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)

       (Satisfies GRAD requirement: 3 cr hrs in CHEE or engineering courses)

• CHEE 417G - Introduction to Polymer Science and Engineering Credit Hours: 3

•      (Satisfies UGRD Sr Yr Chemical requirment: Chemical Engineering 3 cr hrs)

       (Satisfies UGRD Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)

       (Satisfies GRAD requirement: 3 cr hrs in CHEE or engineering courses)

• CHEE 418G - Industrial Waste Treatment Credit Hours: 3

•      (Satisfies UGRD Sr Yr Chemical requirment: Chemical Engineering 3 cr hrs)

       (Satisfies UGRD Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)

       (Satisfies GRAD requirement: 3 cr hrs in CHEE or engineering courses)

• CHEE 422G - Biomaterials and Biomedical Engineering Credit Hours: 3

•      (Satisfies UGRD Sr Yr Chemical requirment: Chemical Engineering 3 cr hrs)

       (Satisfies UGRD Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)

       (Satisfies GRAD requirement: 3 cr hrs in CHEE or engineering courses)

• CHEE 440G - Biomass to Energy Credit Hours: 3

•      (Satisfies UGRD Sr Yr Chemical requirment: Chemical Engineering 3 cr hrs)

       (Satisfies UGRD Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)

       (Satisfies GRAD requirement: 3 cr hrs in CHEE or engineering courses)

• CHEE 6XX     
       (Satisfies UGRD Jr/Sr Yr Requirement: Chemical Engineering 3 cr hrs)
       (Satisfies UGRD Jr/Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)
       (Satisfies GRAD requirement: 3 cr hrs in CHEE or engineering courses)

•  

• A maximum of 3 cr hrs from the list below may be used to satisfy the total 9 credit hours:

       (Satisfies UGRD Sr Yr Requirement: Natural Sciences 3 cr hrs)

       (Satifies Sr Yr Bioengineering Concentration: Concentration Elective 3 cr hrs)
       (Satisfies GRAD requirement: 3 cr hrs in mathematics, statistics, or the sciences)

• CHEM 402G - Chemistry of Materials Credit Hours: 3
• CHEM 501 - Advanced Physical Chemistry Credit Hours: 3
• CHEM 505 - Industrial Organic Chemistry Credit Hours: 3
• CHEM 510 - Polymer Science Credit Hours: 3
• BIOL 4XXG
• CHEM 4XXG
• PHYS 4XXG