ENGINEERING Industrial and Systems Engineering department in order for that course to count toward gradua- tion. 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 col- lege enforce probation policies which are more stringent than that of the university. College probation occurs when a student's upper divi- sion grade point average falls below 2.00. A stu- dent is automatically placed on departmental probation when his/her upper division grade point deficit equals or exceeds the following: 15 for 3EG students, 10 for 4EG students, and 5 for 5EG students. A student who is on departmen- tal 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 making satisfactory academic progress and will be placed on probation. For additional details, consult the departmental office. Technical Electives: Normally, technical elec- tive credit is restricted to approved courses in engineering, computer science, mathematics, and statistics. Provision is also made for receiv- ing up to three credits for approved industrial employment, for certain courses taken as part of advanced ROTC, and for certain approved busi- ness administration courses. Curriculum Leading to the Bachelor of Science in Industrial and Systems Engineering This degree may be achieved through either (A) the Industrial Engineering option, or (B) the Systems Engineering option. The two curricula are presented below. (For location of General Education requirements, see the Index.) (A) INDUSTRIAL ENGINEERING OPTION Courses Credits Lower Division Curriculum ........................54 Note: Students in this program do not need to take CHM 2046 or CHM 2046L. The Human Biosystems requirement listed below serves as a replacement. Computer Programming ..............................2. CGS 3422 (CGS 3422L is recommended also, but not required.) Engineering Graphics....................................2. EGS 1111 or equivalent when taken elsewhere, or EML 3023 when taken at the University of Florida (the extra credit counts as a technical elective). Accounting..................................................... 3 ACG 2021 MAD 3400 Numerical Techniques ............2. Human Biosystems (3) ..................................... A counselor-approved upper division elective devoted to such topics as public health, health physics, human anatomy, industrial health and safety, human factors, or physiological psychology. Statistics.................... ........................... 6 STA 4321, 4322 or STA 4321, 4210 or STA 3032,4210 M echanics ................................ ...... 8 EGM 3511,3400,3520 or EGM 3511,3520, EML 4321 or EGM 3511, 3520, EIN 4321 Electrical Engineering ................................... EEL 3111, or EEL 3003 Therm odynam ics.............................................3 EML 3100 M aterials......................................... .........3 EMA 3010C Technical W riting........................................... Either ENC 2213 or ENC 3250 may be used to satisfy this requirement. These courses also may be applied toward the simultaneous satisfaction of the six credit general education composition requirement. Minimum grade of C required. Microeconomics............................................3 Counselor-approved course in Microeconomics Technical Electives................................ .. 11 Technical elective courses must be coun- selor-approved and must include at least one of the following small-computer related courses: ESI4161C Industrial Applications of M icroprocessors..................................4. ESI3154C Process Control Computer Programming............................... ..3 Other departmentally approved courses. Major courses (Subject to prerequisite con- straints; these courses are listed in the approxi- mate order in which they should be taken). ESI 4567 Matrix Methods in Systems Engineering............................. ............... 3 EIN 4354 Engineering Economy.....................3 ESI 4568 Transform Methods in Systems Engineering.................. .. ......... ..... 3 ESI 4221 Industrial Quality Control ...............3 ESI 4312,4313 Operations Research 1, 2........6 EIN 3314C Work Design and Human Factors ....................................... ......3.. EIN 4365 Facilities Planning and Materials Handling ................................... ...... 3 ESI 4523 Industrial Systems Simulation........3 EIN 4333 Production and Inventory Control..............................................4 EIN 4335 Production Systems Analysis and Design............................... .... ... .... 3 80 Total 134 (B) SYSTEMS ENGINEERING OPTION The curriculum for this option may be obtained from the Industrial Engineering option by deletion of: ACG 2021 ................................................... 3 EGM 3520 ........................... ......................3 M icroeconomics...............................................3 EIN 4365....................................... .......... .... 3 12 followed by the addition of: EEL 4657 Linear Control Systems .............3 Another counselor-approved EEL course.....3 ESI 4235 Stochastic Systems and Reliability M odels.......................................... 3 EIN 4355 Games and Economic Decision M odels............................................. 3 12 Students in this option must take EEL 3111 and not EEL 3003. The technical electives must be of a strongly technical orientation with at least 6 hours of concentration in a well-defined area. Grades of D or D+ are unacceptable in these courses except when they are taken as elec- tives. SCredits for Technical Writing and Human Biosystems are included in the Lower Divi- sion section of this catalog. Curriculum Leading to the Concurrent Degrees of Bachelor of Science in Industrial and Systems Engineering and Master of Business Administration To enhance their careers, many graduate engineers embark on the degree of Master of Business Administration (MBA). The combina- tion of a baccalaureate in engineering and the MBA is regarded as a valuable means for obtaining managerial or executive positions. The College of Engineering, through the Depart- ment of Industrial and Systems Engineering, and the College of Business Administration offer an efficient opportunity for concurrently obtaining the degrees of BSISE and MBA. An applicant for the combined curriculum must first be admitted to the Department of Industrial and Systems Engineering for study toward the degree of BSISE. Immediately after completion of the required statistics courses, ESI 4567 and ESI 4568, and with the encouragement and endorsement of the Department of Industri- al and Systems Engineering, the student should apply to the College of Business Administra- tion for acceptance into the combined program. This latter admission will be based on the stu- dent's academic record as well as performance on the Graduate Management Admissions Test (GMAT). The student must complete all details of the application before April 1 in order to be considered for the program which starts in the fall. International students must meet university requirements for the TOEFL.