COLLEGES


Sciences to the extent allowed by their back-
grounds.
 Admission Requirements: Admission to this
 program is a selective process and is based on
 courses completed and quality of academic
 record.
 Applicants should have a cumulative grade
 point average of at least a 2.0 and a C average in
 each of the pre-engineering technical course
 sequences (calculus, chemistry, and physics).
 Students earning exemplary grades can be
 admitted before they have completed the pre-
 engineering curriculum.

 Degree Programs: The Department of Envi-
 ronmental Engineering Sciences offers the fol-
 lowing degrees: Bachelor of Science in
 Environmental Engineering, Master of Engi-
 neering, Master of Science, the Engineer degree
 and Doctor of Philosophy.

 Curriculum Leading to the
 Bachelor of Science in
 Environmental Engineering
 The curriculum for Environmental Engineer-
ing is as follows:
 Courses Credits
 Pre-Engineering Curriculum .......................55
 CGS 3422 Computer Programming for
 Engineers................................... ...... 2
 EML 3023 Computer Assisted Drafting
 and Design......................................... ..3
 EGM 3511 Engineering Mechanics-Statics....3
 EGM 3400 Engineering Mechanics-
 Dynam ics .................................... ............... 2

 Group A: These courses should be complet-
ed or in progress before Group B or C courses
are attempted.

 EML 3100 Thermodynamics ........................3.
 CWR 3201 Hydrodynamics........................4
 STA 3032 Engineering Statistics ..................3.
 ENV 3020 Computational Methods
 in Env. Eng...... ......... ........................ ..........3
 EES 4102 Environmental Biology 1 ................2
 EES 4200 Environmental Chemistry of
 Carbon Compounds............................... .2
 EES 4201 Introduction to Water
 Chemistry........................ ............... 3
 ENV 4101 Elements of Atmospheric
 Pollution.......................... ................ 3
 ENV 4351 Solid Waste Management .............3
 ENV 4501C Water and Wastewater 1 ............3

 Group B: These courses should be attempted
 only after all Group A courses have been
 completed or are in progress.

 ENV 4330 Hazardous Waste Control ............3
 ENV 4601 Environmental Resources
 M anagem ent......................................... ...2
 ENV 4121 Air Pollution Control Design .......3
 ENV 4514C Water and Wastewater 2 ............3
 ENV 4561 Hydraulic Systems Design............3
 t Technical Elective credits (see list of
 technical electives)....................................... 12


 Group C: These courses may be taken after
attaining 3EG status and satisfying appropriate
prerequisites.

 ENV 4932 Environmental Biology
 Laboratory ............................ ..........
 EMA 3010 Materials 1 .......................... ........ 3
 EEL 3003 Elements of Electrical
 Engineering................................................
 EES 4103 Environmental Biology 2 ................3
 ENV 3930 Undergraduate Seminar................1
 Total Semester Hours 130

 t A minimum of 6 credits in design are
 required, including one capstone course (*).
 One of the elective courses must contain a
 significant laboratory component (*).


Technical Electives


 Credits
Sci. Des.


 CWR 4101C Hydrology or
 CWR 4111 Engin. Hydrology...........3
 CWR 4202 Hydraulics ...........................1.5 1.5
 EES 3008 Energy and Environment....3
 EES 4241C Introduction to Water
 Analysis**............................................. 3
 EES 4401 Public Health Engineering...3
 EES 5305C Ecological and General
 System s................................................. 3
 EES 6405 Environmental Toxicology...3
 ENV 4112C Air Sampling and
 Analysis**................... ................3
 ENV 4122 Design of Air Pollution
 Control System*................................... 3
 ENV 4201 Introduction to Radio-
 logical Health...............................3.
 ENV 4212 Nuclear Power Radio-
 active Waste Technology ...................3
 ENV 4430 Water Treatment Process
 D esign ................................................... 3
 ENV 4432 Potable Water System
 Design*.................................................. 3
 ENV 4531 Water and Wastewater
 Treatm ent............................................. 4
 ENV 4532 Wastewater System
 D esign*................................................. 3
 ENV 4554C Industrial Wastewater
 Treatm ent** .......................................... 1 2
 ENV 4932 Hydrologic System
 Design*............................ ............... 0 3
 ENV 4932 Introduction to Pollutant
 Transport ...... .................. ..........1 2
 ENV 5075 Environmental Policy..........3
 ENV 6117 Industrial and Occupational
 Air Sampling Analysis.**..............3.
 ENV 6146 Atmospheric Dispersion
 M modeling ............................................. 1.5
 SUR 3101 Basic Surveying and
 M apping ...............................................3
 Undesignated elective (Up to 3 credits
 design or science; adviser approval
 required: ENV 3000 not allowed)

 All required courses (including electives)
with an ENV or EES prefix taken as part of the
student's formal curriculum must be completed
with a cumulative average of C or better.


 Industrial and Systems
 Engineering
 Industrial growth has created unusual
 opportunities for the industrial and systems
 engineer. Automation and the emphasis on
 increased productivity coupled with higher lev-
 els of systems sophistication are providing
 impetus to the demand for the engineering
 graduates with a broad interdisciplinary back-
 ground.
 The industrial engineering option prepares
 the student for industrial practice in such areas
 as product design, process design, plant opera-
 tion, production control, quality control, facili-
 ties planning, work system analysis and
 evaluation, and economic analysis of opera-
 tional systems.
 The systems engineering option emphasizes
 the integration of knowledge and technology
 from the engineering, biological, and physical
 sciences to carry out the processes of descrip-
 tion, analysis, synthesis, and optimization in
 both the industrial and nonindustrial setting.
 Furthermore a student in this area learns to
 define problems from a broad perspective in
 which the contributions of individual compo-
 nents to a total mission are clearly seen.
 Students in both options are trained to use
 engineering principles in the solution of prob-
 lems encountered in environments and situa-
 tions where a quantitative basis for decision
 making is desirable. Such decision making
 requires the application of the tools of eco-
 nomics, operations research, statistics, mathe-
 matics, and engineering analysis, with
 dependence on the computer. The industrial
 engineering option equips the student for pro-
 fessional engineering practice while the systems
 engineering option further prepares the student
 to carry out analysis and design of large scale
 operations requiring diversified inputs. Both
 options provide the training necessary for
 admission to graduate study.

 Degree Programs: The Industrial and Systems
 Engineering department offers the following
 degrees: Bachelor of Science in Industrial and
 Systems Engineering, Master of Engineering,
 Master of Science, the Engineer Degree, and
 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 of 2.5 or higher in pre-engineering courses,
with at least a 2.5 grade point average in techni-
cal courses (calculus and physics).

 Special Grade Requirements: A grade of C or
better must be earned in each required statistics
course and each required course taught by the