isye 2030 – an introductionsman/courses/2030/lecture01.pdf · week comment topics lab 5/16...
TRANSCRIPT
Syllabus
Instructor Dr. Dave Goldsman Office ISyE 433Office hrs MW 8:10-9:10 am, or by appointmentWebCT www.isye.gatech.edu/~smanTAs Emrah Uyar, [email protected]
Office hours: T-Th 11:00–12:00, Main ISyE 318 Texts: • Plant and Service Tours in Operations Management, Roger W.
Schmenner;• Custom Textbook, Modeling in Industrial Engineering, Pearson
Custom Publishing (there is an older version of the text, so if you purchase a used book, be sure it has the correct ISBN, which is 0-536-66486-2)
Course objectivesIntroduces students to the discipline of IE:
Key fields of applicationKey IE processesKey IE methodologies.
Course uses lectures, videos, case studies, and projects. Major focus of the course is "modeling," or creating abstract and computational representations of IE problems, and using these representations to aid decision-making.
Specific modeling approaches, tools, and methods Coverage includes projects involving information collection, data acquisition, analysis, and presentation, as well as the motivation and use of analytical, algorithmic, conceptual, and computational models.
Course outcomesExposure to a broad context of IE problems and domainsFamiliarity and facility with data collection techniques in a broad range of IE problems and environments Ability to describe IE problems verbally and with descriptive models Ability to present multi-dimensional information effectively Understanding of basic concepts of experiments, simulation, optimization, and dynamical systems Ability to recognize characteristic patterns and features in the cases and problems, and identify appropriate methodologies for analysis, modeling, and design
Ground rulesThank you for showing courtesy and respect to your fellow students and speaker during lectures.Students are responsible for all announcements made in class and for all changes in the schedule that are posted on the class website.If you have specific questions about what I've presented in class, please ask. However, I will not give individual lectures to you if you missed the class, nor will the TAs.
Ground rules continuedBecause this is a large class, your first point of contact with questions or problems should be your TA. If you cannot meet your TA during his/her office hours, you should try to meet the other TA. Whenever there is an issue that the TA's cannot or should not address, then come see me to discuss those issues.You are responsible for the security of your work.
Grading
Grades will be made up of 4 components:Exams (80%)Team projects (10%)Other (lab, quizzes, participation) (10%)
Exam component3 exams plus 1 comprehensive finalYou are allowed to drop one (including the final)No makeups will be given except for the case when you have a doctor’s documentation of illness (which includes doctor’s phone number) or official travel documentation for Georgia Tech business.
Regrade policy
No regrade requests will be accepted more than two weeks after a paper has been returned.Do not write on original document, but turn in a separate Grade Grovelling form with what you want regraded and why.If no additional points given, then 4 points will be deducted.
WEEK COMMENT TOPICS LAB
5/16 Introduction; Prob / stats review
5/23 Material and process flow
5/30 Monday holiday
Material and process flow
6/6 Queueing EXAM 1
6/13 Simulation Project 1 due
6/20 Quality
7/4 Monday holiday
Optimization
7/11 Optimization
7/18 Inventory EXAM 3
7/25 Ethics and History Project 2 due
8/2Tues.
FINAL EXAM2:50-5:40P
6/27 Reliability EXAM 2
What is IE?Industrial Engineering is a branch of engineering that engages in the study of how to describe, evaluate, design, modify, control and improve the performance of complex systems, viewed over time and within their relevant context.
• Logistics/Supply Chain Systems• Financial/Economic Systems• Health Systems• Manufacturing Systems• Etc.
Koss/Qwestar Mobile Audio/Video Package
At This Time Price Will Be
10/10/02 1:00am EDT $699.00
10/10/02 7:00pm EDT $647.88
10/11/02 1:00am EDT $596.77
10/11/02 7:00pm EDT $545.65
10/12/02 1:00am EDT $494.54
10/12/02 7:00pm EDT CLOSE
10/10/02 1:00 AM EDT
10/12/02 7:00 PM EDT
$899.95
Economic Systems Example
Fundamental themes
Flow (accumulation and conversion)RandomnessComplex decision making (preferences)OptimizationPeople (learning)Economics
Our curriculum
2027 – prob 2028 – stat 2030 – modeling 3025 – eng econ3232 – stoch 3039 – qc
3044 - simulation3103 – logistics 3104 – mfg 4009 – hms 4231 – opt 4106 – senior design
2030, 3232,3103, 3104,
3044
2027, 2028,2030, 3232,3039, 3044
3232, 3044,3103, 3104,
4231
Flow Randomness Complex DecisionMaking
2030, 4231 4009 2030, 3025
Optimization People Economics
Enterprise Components
MATERIAL
PRODUCT
SERVICES
WASTE
Environment
Firm
Structure or content(resources)
Activities or behavior(operations)
ResourcesCapital plant, equipmentFinancial cash, stock, borrowing capacityHuman peopleGoods product & material inventoriesInformation data, contacts, recipesIntellectual patents, trademarksInfrastructure dist’n channels, corporate culturePrivileges franchise, mineral rightsEtc.
Operations
Transform the portfolio of resourcesE.g., assemble parts into a productE.g., use people and equipment to develop a new product conceptE.g., transact with a customer to exchange products for money
Supply ChainManufacturers Warehouses
Assemblers
Raw CustomersMaterial
Stages
Procurement Production Distribution
Design REalization And Marketing (DREAM) Cycle
DESIGN
REALIZATION
MARKETING
requirements
artifacts
specifications
DESIGN
REALIZATION
MARKETING
requirements
artifacts
requirements
capabilities
knowledgetools
methods
competitorssubstitutes
specifications
preferencesadvertisingchannelscriteria
methodsfacilitiesmaterialsservices
processesmanagement
So what is modeling?
“Man, if you have to ask what it is, you’ll never know.”-Louis Armstrong’s definition of jazz
Homework
Read Tour B (Norcen Industries) in Schmenner (pages 42-62).Answer questions 3, 5, 8 and 9 on pages 62 and 63 of Schmenner.