Chemical & Biomolecular Engineering
2012-2013
YEAR
1
2
3
SU
4
AUTUMN
Math 1151 (Calculus I)...............................................5
Chem 1210 (General Chem I) ...................................5
Engr Survey...............................................................1
Engineering 1181 (Intro to Engineering I)..................2
GE……………………………………………………….3
Math 2177 (Differential equations/linear algebra) ......4
Physics 1250 (General Physics I)..............................5
Chem 2510 (Organic Chem I)....................................4
CBE 2200 (Process Fundamentals) ..........................4
SPRING
Math 1172 (Calculus II)..............................................5
Chem 1220 (General Chemistiry II) ...........................5
Engineering 1182 (Intro to Engineering II).................2
Quantitative Biology……………………………………..4
CSE 1222 (Programming) .........................................3
Physics 1251 (General Physics II).............................5
Chem 2520 (Organic Chem II)...................................4
CBE 2420 (Transport I)..............................................3
CBE 2523 (Separation Processes)............................3
Chem 4300 (Physical Chem I)...................................4
CBE 3521 (Transport II).............................................3
CBE 3508 (Thermodynamics) ...................................4
Math or Statistics Technical Elective .........................3
GE .............................................................................3
CBE 3610 (Kinetics and reactor design)....................4
CBE 3630 (Unit Operations Lab I) .............................1
Chem 2540 (Organic Chem Lab)...............................3
GE .............................................................................3
Technical Elective......................................................3
CBE 4630 (Unit Operations Lab) ...................................................................................................................................4
CBE 4624 (Process Dynamics and Control)..............3
CBE 4760 (Process Design, Economics, & Strategy) .....4
Technical Elective......................................................3
GE .............................................................................3
GE .............................................................................3
CBE 4764 (Process Simulation and Product Engineering)4
Technical Elective......................................................3
GE .............................................................................3
GE .............................................................................3
GE .............................................................................3
Courses printed in BOLD are taught one quarter per year.
Please check On-Line Course Offerings for availability of other courses.
GENERAL EDUCATION (24 hrs)
English & Communication Skills (6)
English 1110.xx
(3)
2nd Writing Course
(3)
Writing in core
( )
Students must take 18 hours across Social
Sciences, Historical Study, and Arts &
Humanities with a minimum and maximum
hours per category specified
Historical Study (3-6)
________________________ (3)______
________________________ (3)______
TECHNICAL ELECTIVES (12 hrs)
CBE xxx
( 3 )
CBE xxx
( 3 )
Sub-total Core…………………………….99
General Education……………………..24
Technical Electives ……………..…….12
Additional math requirement**
TOTAL HOURS …………………………135
(3)
( )
______________________ ( ) ______
Arts & Humanities (6-9)
________________________(3)______
________________________(3)______
ETHICS (3 Hours)
(May overlap w/ a GEC category)
( )
Social Sciences (6-9)
_______________________(3) ______
_______________________(3) ______
_______________________(3) ______
SOCIAL DIVERSITY
(May overlap w/ a GEC category)
( )
Acceptance to the major requires the successful completion of Math 1151 and 1172, Chemistry 1210 and 1220, and Engineering 1181 and 1182 or
equivalents to each course. Formal application is required to enroll in ChBE 200 with the application being available on the department website.