Sample Undergraduate Program, Chemical and Biomolecular Engineering
Freshman Year
Course Number and name (Fall, Spring credit hours)
| ENES 100 | Introduction to Engineering Design (3, -) |
| ENES 102 | Statics (-, 3) |
| MATH 140 | Calculus I (4, -) |
| MATH 141 | Calculus II (-, 4) |
| CHEM 135 | Chemistry for Engineers, Lecture (3, -) |
| CHEM 136 | Chemistry for Engineers, Lab (1, -) |
| ENGL 101 | Introduction to Writing (3, -) |
| PHYS 161 | General Physics I (-, 3) |
| CORE Program Requirements (-, 6) | |
| Total | (14, 16) |
Sophomore Year
| MATH 241 | Calculus III (4, -) |
| MATH 246 | Differential Equations (-, 3) |
| PHYS 260 | General Physics II (3, -) |
| PHYS 261 | General Physics II lab (1, -) |
| PHYS 270 | General Physics III (-, 3) |
| PHYS 271 | General Physics III lab (-, 1) |
| CHEM 231 | Organic Chemistry I (3, -) |
| CHEM 232 | Organic Chemistry Lab I (1, -) |
| CHEM 241 | Organic Chemistry II (-, 3) |
| CHEM 242 | Organic Chemistry Lab II (-, 1) |
| ENCH 215 | Chemical Engineering Analysis (3, -) |
| ENCH 250 | Computer Methods in Chemical Engineering (-, 3) |
| ENCH 300 | Chemical Process Thermodynamics (Thermo I) (-, 3) |
| CORE Program Requirements (3, -) | |
| Total | (18, 17) |
Junior Year
| ENMA 300 | Introduction to Materials and Their Applications
(3, -) (formerly ENES 230, ENES 300) |
| CHEM 482 | Physical Chemistry II (-, 3) |
| CHEM 483 | Physical Chemistry Laboratory I (2, -) |
| ENCH 400 | Chemical Engineering Thermodynamics (Thermo II) (3, -) |
| ENCH 333 | Seminar (-, 1) |
| ENCH 422 | Transport Processes I (3, -) |
| ENCH 424 | Transport Processes II (-, 3) |
| ENCH 426 | Transport Processes III (3, -) |
| ENCH 440 | Chemical Engineering Kinetics (-, 3) |
| ENCH 442 | Chemical Engineering Systems Analysis (-, 3) |
| ENGL 393 | Technical Writing (3, -) |
| CORE Program Requirements (-, 3) | |
| Total | (17, 16) |
Senior Year
| ENCH 437 | Chemical Engineering Lab (3, -) |
| ENCH 444 | Process Engineering Economics and Design I (3, -) |
| ENCH 446 | Process Engineering Economics and Design II (-, 3) |
| ENCH Technical Electives (6, 6) | |
| CORE Program Requirements (3, 6) | |
| Total | (15, 15) |
CORE (General Education Requirements) for Chemical and Biomolecular Engineering
Seven courses are indicated as "CORE Program Requirements" in the above Sample Program. University CORE requirements are composed of courses from the categories listed below. See the most current listings of approved CORE courses at the CORE website or the Schedule of Classes.
- CORE Fundamental Studies (3 courses)
- ENGL101 Introduction to Writing (included in Sample Program)
- ENGL393 Technical Writing (included in Sample Program)
- MATHxxx Mathematics (ENCH students automatically satisfy this.)
- CORE Distributive Studies (9 courses)
- 3 courses from humanities and the arts
- 3 courses from social sciences and history
- 3 courses from mathematics and sciences (ENCH students automatically satisfy this.)
- CORE Advanced Studies (2 courses at 300-400 level outside the major)
- Cap Stone (ENCH446; ENCH students automatically satisfy this.)
- CHEM4xx (ENCH students automatically satisfy this.)
- CORE Human Cultural Diversity (1 course)
Certain courses from humanities & arts and social sciences & history may be double-counted as a Core Human Cultural Diversity course. Check the Schedule of Classes for the current list.
Engineering Student Affairs Office handles all CORE related issues. Seniors are limited to 1 CORE per semester; obtain override from Engineering Student Affairs Office, 1124 Martin Hall.
