COLLEGES


EML 3100 Thermodynamics..................................3
AGE 3012 Introduction to Design and
 Analysis for Agricultural Engineering ............3
 AGE 3612C Heat and Mass Transfer in
 SBiological Systems ...............................................4
 AGE 4171C Power and Machines for
 Biological System s ...............................................4
 AGE 3652C Physical and Rheological Properties
 of Biological Materials
 or CGN 3501 Civil Engineering Materials .......3
 AGE 4042C Agricultural Engineering
 Design 1......................................... .............. 2
 AGE 4043C Agricultural Engineering
 D esign 2......................................... ............... 2
 AGE 4931 Agricultural Engineering Seminar.....1

 In addition to the above courses, each stu-
 dent must complete one group of courses from
 the three groups listed below.

 Agrisystems Engineering

 EES 4102 Environmental Biology I.......................3
 or BCH 3023 Elem. Organic &
 Biological Chemistry (4)
 SOS 3022C General Soils........................................ 4
 Biological and Agricultural Science Electives
 (with adviser approval) ...................................6.
 SUR 3101 Basic Surveying & Mapping................3
 AGE 3212C Soil & Water Conservation
 Engineering................................................. 4
 AGE 4303C Structural & Envir. Design............... 3
 AGE 4413C Post Harvest Operations ...............3.
 Electives (with adviser approval)......................7.
 (one course must contain engineering
 design & one course must be AGE)
 Total 135

 Soil and Water Resource Engineering
 EES 4102C Environmental Biology I....................3
 or BCH 3023 Elem. Organic &
 Biological Chemistry (4)
 SOS 3022C General Soils ........................................4
 SUR 3101 Basic Surveying & Mapping...............3
 AGE 3212C Soil & Water Conservation
 Engineering...................................................
 AGE 4231C Irrigation Engineering ......................3
 AGE 4233C Drainage and Structural Design......3
 CW R 4202 Hydraulics ......................................... 3
ACWR 4111C Engineering Hydrology ...................3
AGE 4303C Structural & Envir. Design ...............3
Electives (with adviser approval).....................4.
 Total 135

Food and Bioprocess Engineering

EES 4102 Environmental Biology I....................3.
 or APB 2170 Microbiology (4)
CHM 3200 Organic Chemistry..............................4
 or BCH 3023 Elem. Organic and Bio
 Chemistry (4)
AGE 4660 Bioprocess Microbiology .....................3
Biological & Agricultural Sciences Electives
 (with adviser approval) .................................... 10
AGE 4413C Post Harvest Engineering
 Unit Opn ........................................ .......3..
AGE 4812C Food Engineering Unit Ops .............3
AGE 4664C Bioprocess Engineering
 Unit Opn .................................................3.


Electives (with adviser approval)......................4.
(One course must contain engineering
design)
 Total 135

 Chemical Engineering
 Although chemical engineering has existed
 as a field of engineering for only about 80 years,
 its name is no longer completely descriptive of
 this dynamic, growing profession. The work of
 the chemical engineer is neither restricted to the
 chemical industry nor limited to chemical
 changes or chemistry. Instead, modem chemical
 engineers, who are also called process engi-
 neers, are concerned with all the physical and
 chemical changes of matter to produce economi-
 cally a product or result that is useful to
 mankind. More than most fields, the education
 of the chemical engineer has been based on the
 fundamental sciences of physics and chemistry,
 on mathematical and computer techniques, and
 on basic engineering principles. Such a broad
 background has made the chemical engineer
 extremely versatile and capable of working in a
 wide variety of industries: chemical, petroleum,
 aerospace, nuclear, materials, microelectronics,
 sanitation, food processing, and computer tech-
 nology. The chemical industry alone provides
 an opportunity for the chemical engineer to par-
 ticipate in the research, development, design, or
 operation of plants for the production of new
 synthetic fibers, plastics, chemical fertilizers,
 vitamins, antibiotics, rocket fuels, nuclear fuels,
 paper pulp, photographic products, paints, fuel
 cells, transistors, and the thousands of chemicals
 that are used as intermediates in the manufac-
 ture of the above products.
 In practice, the activities of the chemical
 engineer are sufficiently diversified to attract a
 wide range of talents and abilities. The chemical
 engineers working in process design determine
 the sequence of steps to be followed in produc-
 ing a useful product and calculate the sizes of
 the equipment required and the total cost; those
 working in development research do small scale
 studies on new processes or products; those
 working in production improve and coordinate
 the operation of plants and equipment. Others
 do fundamental research on the laws of science
 and their application. Many chemical engineers
 work in technical sales, cost estimation, patent
 law, and plant supervision. A chemical engi-
 neering background is often the best route to
 top-level management positions.

 Degree Programs: The following degrees are
offered by the Chemical Engineering depart-
ment: Bachelor of Science in Chemical Engineer-
ing, Bachelor of Science, Master of Engineering,
Master of Science, Doctor of Philosophy.

 Admission Requirements: Applicants should
understand that admission to this program is a
selective process. Admission will be based on a
student's whole record including educational
objectives, courses completed, quality of aca-
demic record, and other important facts. Priori-
ty in admission will be given to those students
whose potential on the basis of the entire record


indicates the greatest likelihood of success in the
program.
 Applicants should have a grade point aver-
age in pre-engineering technical courses of 2.5
or higher (calculus, chemistry, and physics).

 All Chemical Engineering majors shall main-
tain satisfactory progress (GPA of 2.0 or higher)
in Chemical Engineering professional courses as
well as in overall record. Also, to proceed to
succeeding courses, C grades or better must be
obtained in ECH 3012, 3023, 3203, and CAP
3210. However, since enrollment in selected
courses prerequisite to senior level professional
courses may be limited by insufficient staff and
facilities, minimum performance may not guar-
antee completion of the curriculum.
 All prospective students are urged to contact
the department directly for more detailed infor-
mation about careers and degree programs.

Curriculum Leading to the
Bachelor of Science in Chemical
Engineering

 Courses Credits
 Pre-Engineering Curriculum .......................55
 ECH 3012 Elements of Chemical
 Engineering............................ .............. 3
 ECH 3023 Introduction to Chemical
 Engineering......................... .............. 3
 EEL 3003 Elements of Electrical
 Engineering............................ .............. 3
 Subtotal 64

 Engineering Science Courses
 CAP 3210 Mathematical and Numerical
 M ethods..........................................................
 EGM 3511 Engineering Mechanics-
 Statistics.............. .. ......... 3
 ECH 4824 ChE Materials .................................2
 ECH 4504 Chemical Kinetics......................3
 ECH 4524 Reactor Dynamics and Design.....2
 ECH 4123 ChE Thermodynamics 2................4
 ECH 4264 Transport Phenomena .............3
 EMA 3066 Polymer Science and
 Engineering or CHM 4511 The
 Physics and Physical Chemistry of
 Polym ers ................................... ..................3
 Subtotal 24

 Advanced Chemistry
 CHM 3210 Organic Chemistry ....................3
 CHM 3211 Organic Chemistry ....................3
 CHM 3211L Organic Chemistry Lab .............2
 CHM 4411,4412 Physical Chemistry.............8
 Subtotal 16

 Engineering Analysis and Design
 ECH 3203 Chemical Engineering
 Operations 1 ................................................ 3
 ECH 4403 Chemical Engineering
 Operations 2 ............................................... 3
 ECH 4323 Process Control Theory .................3
 ECH 4323L Chem. Eng. Laboratory 5............1
 ECH 4224L Chem. Eng. Operations
 Laboratory 1 ...........................................3