Curriculum Overview

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Curriculum Overview

• University of Florida Department of Industrial
  and Systems Engineering

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Planning ahead is important

• If you put off all your problems until as late as
  possible you will encounter difficulties.
• A good course plan helps avoid this situation.

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Planning Ahead

• If you have the good fortune to be entirely
  in-sync with the order to take the courses that
  is recommended in the catalog, then the SASS
  audit helps you with future planning. It shows
  the courses you need to graduate, and in the
  recommended order.
• Very few students are so fortunate.
• Therefore, we require the course planning
  spreadsheet (CPSS).

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Planning problems you can avoid

• having an overload or underload your last term or
  two in school,
• having a highly fluctuating course load from one
  term to the next,
• not knowing if courses will be offered in the
  term you want to take them,

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Planning problems you can avoid

• violating course prerequisites and corequisites,
  
• graduating in the summer when job interviewing is
  at its low point of the year,
• putting off all your toughest courses until the
  last term, and then flunking one or more of them
  (delaying graduation.)

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Objectives

• To have graduates of the program who are
  successful in professional careers that employ
  Industrial and Systems Engineering concepts and
  principles and who successfully pursue further
  education
• To have graduates of our program take a
  comprehensive multi-disciplinary view of complex
  industrial and service systems in the solution of
  engineering problems
• To have graduates of our program apply skills in
  system modeling and design, optimization,
  analytical problem solving, process improvement,
  economic analysis, decision support systems, and
  information technology, in order to add value to
  their organizations products, processes, and
  services.

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An Ideal Semester by Semester Plan

• Very few of you will actually be able to follow
  this plan exactly. It is only a guideline.

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Semester 1 - Fall

• CHM 2045 General Chemistry (3)
• CHM 2045L General Chemistry Lab (1)
• MAC 2311 Analytical Geometry Calculus I (4)
• Humanities (3)
• ECO 2013 Macroeconomics (3)

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Semester 2 - Spring

• MAC 2312 Analytical Geometry Calculus 2 (4)
• ENC 2210 Technical Writing (3)
• Humanities (3)
• ECO 2023 Microeconomics (3)

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Semester 3 - Fall

• PHY 2048 Physics w. Calculus A (3)
• PHY 2048L Lab for PHY 2048 (1)
• MAC 2313 Analytical Geometry Calculus 3 (4)
• Engineering Graphics (3)
• Humanities or Social/Behavioral Sciences (3)

CADD
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Semester 4 Spring

• PHY 2049 Physics with Calculus 2 (3)
• PHY 2049L Lab for PHY 2049 (1)
• EGM 3311 Intro. to Engr. Analysis or
• MAP 2302 Differential Equations (3)
• CGS 2425 Computer Prog. for Engineers (2)
• EIN 3101C Introduction to ISE (2)
• Financial Accounting (3)

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Semester 5 Fall

• STA 4321 Math. Stat. 1 (3)
• ESI 4567C Matrix Numerical Methods (4)
• EGM 2511 Engineering Mechanics Statics (3)
• EIN 4354 Engineering Economy (3)

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Semester 6 - Spring

• STA 4322 Math. Stat. 2 (3)
• EIN 4365 Facilities Planning Mtrls. H. (3)
• ESI 4312 Operations Research 1 (3)
• ESI 4221C Industrial QC (3)

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Semester 7 - Summer

• EIN 3314C Work Design Human Facs (3)
• ESI 4162C Industrial Applications of
  Microprocessors (3)
• Human Systems (in process of being dropped from
  curriculum)

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Semester 8 - Fall

• ESI 4313 OR 2 (3)
• EML 3007 Thermodynamics (or EML3100) (3)
• Decision Support Systems for ISEs (4)
• EMA 3010 Materials (3)

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Semester 9 - Spring

• ESI 4323 Industrial Systems Simulation (3)
• EIN 4333 Production Distribution Systems (4)
• Technical Electives (5)

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Semester 10 - Fall

• EEL 3003 Elements of EE (3)
• EIN 4335 Senior Design Project (3) (or IPPD, or
  EPPD)
• Technical Elective (5)

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Comments

• Total degree hours 125
• Students often graduate with gt 25 excess hours.
• Interning and co-oping means longer so does
  transferring from another department.

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ISE UG Prerequisite Structure
ENC 2210 Tech Writing
PHY 2049 Physics 2
MAC 2312 Calculus 2
CHM 2045 Chemistry 1
MAC 2311 Calculus 1
PHY 2048 Physics 1
MAC 2313 Calculus 3
ESI 4567C Matrix/NM
STA 4321 Math Stat 1
MAP 2302 Diff EQ
EIN 3101C Intro to ISE
CGS 2425 C
ESI 4312 OR 1
STA 4322 Math Stat 2
ESI 4356 DSS
ESI 4221C Q. Control
ESI 4313 OR 2
EIN 3314C Work Design
ESI 4357 Web DSS
EIN 4321 Energy Mgmt or EML 3007 Thermo
ESI 4523 Simulation
EIN 4333 Prod DS
ESI 4161C Micro P
EEL 3003 Elem of EE
ACG 2021C Accounting
EIN 4365 Facilities
EGM 2511 Statics
EIN 4354 Eng Econ
Technical Electives 10 Hours
ECO 2023 ECO 2013 Macro/Micro Economics
EMA 3010 Materials
EIN 4335 Senior Proj.
EIN 4243 Human Sys
EML 2023 CAD
Solid (dashed) arrows denote prerequisites
(corequisites)
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IPPD Senior Project Option
Tech W
Calc 3
Math Stat 1
Eng Eco
Math Stat 2
Facilities
Q Control
IPPD is a 2-semester course that begins every
fall semester
IPPD
Solid (dashed) arrows denote prerequisites
(corequisites)
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Notes

• Either EML3100 or EML3007 (Energy M) is an
  acceptable substitute.
• Either ECO2013 and 2023, or ECO3101.
• Prerequisites of EIN4354, EML3100, Physics2.
• Human Systems choice EIN4243, Human Engineering,
  strongly recommended.
• IPPD is an alternative 2-course sequence EPPD is
  an alternative 1-course sequence.
• Dynamics and Mechanics of Materials no longer
  required.
• OR1 is a corequisite for the DSS for ISE course.
  For students on the 02/03 catalog or later, DSS
  for ISE is a required course for others it is
  strongly recommended.
• Web based DSS for ISE is not required now, but is
  strongly recommended for a technical elective.
  It should preferably be taken after the DSS for
  ISE course.

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ISE Preregistration Process

• Be sure you have this handout.