COLLEGE OF ENGINEERING Group C: Environmental Engineering Design Courses (12 credits) ENV 4405 Hydraulic Systems Design ................. 3 ENV 4121 Air Pollution Control Design .............. 3 Design Electives, from List 3 ................... .. 6 Group D: These courses may be completed at any time by students who have achieved upper division status and who have satisfied the necessary prerequisites for each. Basic Science Elective, from List 1 .......... .... ..... 3 Engineering Science Electives, from List 2 ............... 6 Socio-Humanistic Elective ............ ...... .. 3 EMA 3010 Materials 1 ............................. 3 EGM 3520 Mechanics of Materials .................... 3 EEL 3003 Elements of Electrical Engineering ........ .... 3 ENC 3213 Technical Writing and Business Communication 2 EES 4103 Environmental Biology 2 ................... 3 ENV 3930 Undergraduate Seminar .................... 1 Total Semester Hours 142 LIST 1: Basic Science Electives (Select 3 credits) GLY 2026C Geology for Engineers .................... 3 PHY 3123 Modern Physics... ...................... 3 EES 4241C Introduction to Water Analysis .............. 3 EES 5007C Ecological and General Systems ......... .... 4 ENV 4112C Air Sampling and Analysis .......... ... .... 3 ENV 4201 Introduction to Radiological Health ........... 3 LIST 2: Engineering Science Electives (Select 6 credits) ECI4214 Hydraulics .............................. 3 SUR 3103 Engineering Measurement .................. 2 EES 4401 Public Health Engineering ................... 3 EES 5306 Energy Analysis and Ecological Engineering...... 3 ENV 5518C Industrial Waste Disposal ...... ... ... .. 3 ENV 6116 Industrial Gas Measurement ................ 3 ENV 6130 Aerosol Mechanics ....................... 3 ENV 6216 Radioactive Wastes ....................... 3 LIST 3: Design Electives (Select 6 credits) ENV 4021 Basic Concepts of Water and Wastewater Treatment ................. .................. 4 ENV 4408 Water Treatment Process Design .............. 3 ENV 4431 Sewerage System Design ................... 3 ENV 4432 Potable Water System Design ............... 3 ENV 6050 Pollutant Transport ................. ..... 3 ENV 6115 Air Pollution Control Design ................ 3 ENV 6118 Atmospheric Dispersion Modeling ............ 3 ENV 6516 Advanced Waste Treatment Operations........ 3 ENV 6606 Environmental Resources Engineering .......... 3 ENV 6656 Urban Environmental Engineering ............ 3 ECI 6636 Surface Hydrology ........................ 3 *To be completed during the student's pre-engineering program or during the first two semesters of enrollment in the upper divi- sion program. 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 grade of C or better. INDUSTRIAL AND SYSTEMS ENGINEERING Rapid industrial growth has created unusual opportunities for the industrial and systems engineer. The advent of automation and the emphasis on increased productivity coupled with higher levels of systems sophistication are providing impetus to the de- mand for the engineering graduate with a broad interdis- ciplinary background. The industrial engineering option prepares the student for In- dustrial practice in such areas as product design, process design, plant operation, production control, quality control, facilities planning, work system analysis and evaluation, and economic analysis of operational systems. SThe systems engineering option emphasizes the integration of knowledge and technology from the engineering, biological, and physical sciences to carry out the processes of description, 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 con- tributions of individual components to a total mission are clearly seen. Students in both options are trained to use engineering prin- ciples in the solution of problems encountered in environments and situations where a quantitative basis for decision making is desirable. Such decision making requires the application of the tools of economics, operations research, statistics, mathematics, and engineering analysis, with dependence on the computer. The industrial engineering option equips the student for profes- sional 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: The Department of Industrial and Systems Engineering is a "selective admissions department." A student should apply one term prior to the completion of those chemistry, physics, and calculus courses which are part of the pre-engineering requirements. Students with a 2.7 cumulative average as well as a 2.7 cumulative average in physics and cal- culus are assured of admission. Those whose cumulative average and average of the physics and calculus grades are below 2.4 will usually be denied admission. In borderline cases, grades in required chemistry, computer programming, and differential equations courses will also be taken into consideration. Some students may be admitted on a probationary basis which requires that they be placed on a "planned program." Special Grade Requirements: A grade of C or better is to be earned in each required statistics course and each required course taught by the Industrial and Systems Engineering Depart- ment in order for that course to count toward graduation. Students earning less than a C grade in such a course will be required to repeat the course as soon as possible. Note that statistics or departmental courses taken as electives do not fall under this rule. Probation Policy: The Department and the College enforce probation policies which are more stringent than that of the University. College probation occurs when a student's upper division grade point average falls below 2.00. A student is automatically placed on Departmental Probation when his/her upper division grade point deficit equals or exceeds the follow- ing: 15 for 3EG students, 10 for 4EG students, and 5 for 5EG students. A student who is on Departmental probation at the start of a term of attendance is expected to rectify this condition at the end of the same term. In addition, a student whose term grade point average is less than 2.00 is deemed not to be mak- ing satisfactory academic progress and will be placed on proba- tion. For additional details, consult the Departmental office. Technical Electives: Normally technical elective credit is restricted to approved courses in engineering, computer science, mathematics, and statistics. Provision is also made for receiving up to three credits for approved industrial employ- ment, for certain sequence of courses taken as part of advanced ROTC, and for certain approved business administration courses.