COURSES
IN ENGINEERING |
| A
S M 425. | Physical
Principles in Food Processing |
| A
S M 435. | Principles
of Agricultural Processing |
| A
S M 453. | Mechanical
Properties of Agricultural Materials |
| A
S M 465. | Food
Processing Engineering |
| A
S M | Applied
Finite Element, Finite Difference, and Boundary Element Methods |
| A
S M 515. | Thermal
Phenomena in Food Enginering |
| A
S M 559. | Agricultural
and Biological Systems Simulation |
| A
S M 562. | Boundary
Element Analysis |
| CH
E 413. | Mass
Transfer Operation |
| CH
E 415. | Mathmatical
Modeling in Chemical Engineering |
| CH
E 446. | Transport
Phenomena |
| CH
E 453. | Thermodynamics
for Chemical Engineers |
| CH
E 544. | General
Transport Phenomena |
| CH
E 545. | Transport
Phenomena I |
| CH
E 546. | Transport
Phenomena II |
| M
E 411. | Refrigeration
and Air Conditioning |
| M
E 412. | Heat
Transfer |
| M
E 420. | Heat
Exchanger Design |
| M
E 421. | Intermediate
Viscous Flow |
| M
E 512. | Advanced
Heat Transfer- Conduction |
| M
E 513. | Advanced
Heat Transfer- Convection |
| E
MCH 560. | Finite
Element Analysis |
|
| B
M B 400. | Molecular
Biology of the Gene |
| B
M B 401-402. | General
Biochemistry |
| B
M B 403. | Experimental
Biochemistry |
| B
M B 437. | Physiological
Biochemistry |
| B
M B 443W. | Proteins
and Enzymes Laboratory |
| B
M B 497A. | Introduction
to Computational Biology |
| B
M B 497C. | Molecular
Genetics |
| B
M M B 514. | Molecular
Biology and Cellular Regulation |
| B
M M B 520. | Carbohydrates,
Lipids, and Their Integrated Metabolism |
| B
M M B 525. | Proteins
and Enzymes |
| CHEM
410. | Inorganic
Chemistry |
| CHEM
411. | Transition
Metal Chemistry |
| CHEM
427-429. | Instrumental
Analysis |
| CHEM
451-452. | Physical
Chemistry |
| CHEM
525. | Analytical
Separations |
| CHEM
526. | Spectroscopic
Analysis |
|