Industrial & Systems Engineering National University of ... · PDF fileIndustrial & Systems...
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Industrial & Systems EngineeringNational University of Singapore
Assoc Professor Chew Ek PengDeputy Head (Undergraduate Studies)
WHAT IS INDUSTRIAL & SYSTEMS ENGINEERING (ISE)?
WHY STUDY IN NUS?INTRODUCTION TO DEPARTMENT OF ISERESEARCH CAPABILITY OF ISEKEY HIGHLIGHTS OF ISE UNDERGRADUATE
PROGRAMWHERE DO OUR GRADUATES WORK?2
Example of ISE related problem • Designing a products flow in manufacturing systems• Shortening lines/queues at banks, hospital or theme parks• Data Analytics, eg, on profiling consumer based on credit
history • Streamlining operation and emergency room location or
usage in hospital• Planning complex distribution schemes for materials or
products for oil and gas suppliers (supply chain system) • Management consulting as a business process reengineering4
Machine A Machine B
Machine C Machine D Machine E
Product 1
Sequence of Operations Product 1 MB MA MC MD MEProduct 2 MB MD MEProduct 3 MD MC MA ME
Product 2
Product 3
Product flow in manufacturing systems
Which product to schedule first in each machine to be worked on?How to reduced queue in the buffer?How to ensure the due date of completed products are met?How to ensure the cost of production is minimized?
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Shortening lines/queues at banks, hospital or theme parksHow to estimate
waiting time?
How to design queue lines?
How many servers?
How measure the economical benefit of #servers and waiting time of customers?
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Data Analytics – customer profilingHow to assess the credit worthiness of a new applicants?
What data or information is needed?
How do you conduct customer profiling?
What measures are use to decide whether to accept or reject?
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Streamlining operation and emergency room location or usage in hospitalHow to design an optimal workflow in A&E operation
What is the minimum number of nurses and doctors to be on duty for different shifts?
How to ensure the A&E is responsive and using the least cost
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Supply chain system network configuration What type of facilities are needed to support the flow of goods?Which facilities produces what, which product ship to which distribution center (DC), and which DC serve which retails?For each facilities, how many and where to locate?What transportation systems should be used?How to design the network of facilities and transportation?
WHY STUDY @ NUS?
Academic Excellence
Program Choices/Options
Versatility in Future Career
• Educational programs of recognized quality
• Degrees that are internationally accredited
• Programs that intersect different disciplines
• Wide range of unique programs• International experience
•Development of Engineer-Leader skill sets valued by different industries
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[ World University Rankings 2015-16 conducted by Quacquarelli Symonds (QS) Ltd]
1in asia
4in engineering and technology
12globally
ACADEMIC EXCELLENCEGlobal standing of NUS and NUS Engineering
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Distinctives of Engineering at NUSUnique to NUS Engineering … (you don’t get this anywhere else) Global Engineering Programme (GEP) Design-Centric Programme (DCP) French Double Degree Program
Experience the WORLD beyond NUS NUS Overseas Colleges (NOC) Student Exchange Programmes (SEP) Summer Programmes Overseas Industrial Attachments
For the business/management savvyDouble degree programmes with Business Administration, Accountancy, Economics
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DEPARTMENT OF INDUSTRIAL & SYSTEMS ENGINEERINGPROFILE
• The ISE department was established in 1972 under the sponsorship of the Ford Foundation
• Our MSc program (the first in Engineering in Singapore) has been the flagship program of the department for the last 40 years
• BEng (ISE) program was launched in 2001, and first batch of graduates in 2005• It started in with an intake of 40 students in 2001 and the intake has grown to 110 in
2016
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• BEng (ISE) degree is accredited by the Engineering Accreditation Board (EAB) of Singapore, which is a signatory of the Washington Accord.– our graduates are recognised as having met the academic requirements for engineering
practice in the other countries that are also signatories, including Australia, Canada, Hong Kong, Japan, New Zealand, UK and USA
• Programmes currently offered: – BEng (ISE)– BTech (IME) – MSc (ISE)– MSc (Supply Chain Mgt)– MEng– PhD
Department of Industrial & Systems EngineeringProfile
− Doctor of Philosophy (Ph.D.) − Master of Engineering (M.Eng.)
Research-based Programmes
Coursework-based Programmes
− Master of Science (M.Sc.(ISE), M.Sc. (SCM))
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Department of Industrial & Systems EngineeringGraduate programmes
Academic ProgrammesB.Eng. (Ind & Sys Eng) ~ 440B.Tech. (Ind & Mgt Eng) ~ 120M.Sc (Ind & Sys Eng) ~ 190M.Sc (Supply Chain Mgt) ~ 136M.Eng. (Ind & Sys Eng) ~ 13Ph.D ~ 50
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Department of Industrial & Systems Engineering
MethodologicalResearch
MethodologicalResearch
Major Research in Industrial & Systems Engineering
Global LogisticsGlobal
LogisticsUrban
SystemsUrban
Systems
Systems Design and ManagementDecision, Risk and Uncertainty modeling
Stochastics and Simulation
Ergonomics and Human Factors engineering
Data Modeling and Analytics
Center for Next Generation Ports
Maritime transportation
Center for Next Generation Logistics
Future resilient systems
Energy & Sustainability
Integrated Systems Reliability
Urban Mobility and Transportation
Using data analytics and real feed traffic information for
1. Emergency response services; e.g: ambulance, etc.
2. Urban freight distribution
Development of intelligent traffic management system to control and address congestion
Urban Transportation
Design and management strategies to improve efficiency, equity, reliability and sustainability of transportation systems- Design effective and fair incentive and
disincentive mechanisms to guide travelers to make better use of the limited land and infrastructure resources1. E.g. car-sharing and ride-sharing schemes2. E.g. travel demand management strategies,
e.g., congestion pricing and flexible work hour scheme to redistribute travel demand across modes
• Sustainability of WTE Systems• Municipal solid waste management–
Social behavioral research• Municipal solid waste management–
Engineering economics & analytics
Sustainability Indicator
Framework for WTE systems
Sustainable Waste-to-Energy Systems Design
Resilient & Sustainable Systems
Emerging Contaminants & Water Supply Resilience
• Stochastic modelling and life-cycle analysis of ECs
• Enhancing System Resilience of Water Supply Networks
Port Layout Design Port SimulationPort Automation Yard ManagementBerth Allocation Vehicle DispatchingQuay Crane Scheduling
Port BenchmarkingPort Connectivity
Port Operations
Ocean LinerOperations
Port Competition
Empty Container RepositionBunker ManagementCarbon Footprint and GHGNavigational Safety
Maritime Logistics
Maritime Logistics
Portview 4Q 2013
Center for Next Generation Logistics
The Center for Next Generation Logistics will be a global source for next generation knowledge & innovation creation and thought leadership for supply chain and logistics systems.
Curriculum StructureUniversity Level Requirements Programme Requirements Unrestricted
ElectivesGE PILLARS(20 MCs)
Human Cultures
Quantitative Reasoning
Thinking & Expression
Singapore Studies
Asking Question
Faculty RequirementsCritical Thinking & Writing
Communication Study
Engineering Professionalism
Major Requirements
Three pathways1. Research Focus Pathway (RfP)
2. Practising Professional Pathway (PPP)
3. Innovation and Design Centric Pathway (iDCP)
Unrestricted Elective Modules (32 MCs)
Total MCs = 20 Total MCs = 11 Total MCs = 97/99 Total MCs = 32
Total MCs = 160/162
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1st Year Requirement
Faculty Requirement
Discipline Requirement
• Practising Professional Pathway (PPP)
• Internship (6/12 MCs)o MNCs /SMEso Public agencies
• ISM/FYP (4/8 MCs)
• Pathway Requiremento Professional
Development (8MCs)
• Research-focused Pathway (RfP)
• Internship (6 MCs)o Research instituteso R & D Labs
• FYP (8 MCs)
• Pathway Requiremento Two 5xxx modules
(8 MCs)
• UEM (32 MCs) o UROP (4 MCs)
• Innovation & Design Centric Pathway (iDCP)
• Internship (6 MCs)o iLEAD, Start upso NOC
• FYP (12 MCs)
• Pathway Requiremento Innovation &
Enterprise (8 MCs)
• UEM (32 MCs)o Three DCP modules
(12 MCs)
Declare in year 2Declare in year 3
ISE Programme (Major Requirements)
ISE Major
Basic Computing
Industrial & Systems Engineering Essentials and Electives
Areas:A. Systems AnalyticsB. Systems Thinking and ManagementC. Systems Application
• Logistics and Supply Chain Systems• Economic & Service Systems
Basic Mathematics and Science
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~ 50% of ISE students spend a semester overseas
Curriculum rigorous and practical
ISE moving towards a global education
Excellent career prospects –including in services
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Engineering Principles and Practice
• Engage and expose Year 1 students to equip them with some of the important engineering principles and systems thinking approach to address engineering problems
• To raise students’ curiosity and passion to engineering problems• Expose students early to problems motivated by real problems and
examples• The module is implemented predominantly in studio-based learning
or computer laboratory, blended with experiments that students would plan and conduct to deepen the learning
Systems Design Project
1. Students work on an actual industrial problem sponsored by a company over 2 semesters
2. Apply knowledge learnt in the classroom to solving an actual industrial problem
3. Acquire intangible attributes via teamwork and practical experience that cannot be taught in a classroom environment
Some Completed Systems Design Projects
Company Project TitleDelphi Material movement optimization
DSO National Laboratory Effective interface and modes of control for human-robot interaction in an urban search and rescue scenario
IBM Improving Productivity in the High End Server Fulfillment Build Assembly
Keppel FELS Review and improvement of equipment warehouse management systems
National University Hospital Analysis of point-to-point waiting time in view of optimization for patient flow
Philips Electronics Improvement in supply chain forecast
P&G Constructing Market Models for Asia’s Developing Markets
PSA Traffic flow management at Keppel Distripark
SATS Check-in resource optimization at Changi Airport Terminal
SIA Cargo Moving from revenue driven to profit driven
SPRING Costs and benefits analysis of compressed natural gas vehicles
Tan Tock Seng Hospital Operations Research study on in-patient processes
Tech Semiconductor Improvement study for wafer fabrication manufacturing
UPS Design of Model for Warehouse Storage Configuration
Wyeth Nutritional Simulation modeling of a warehouse operation
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• Spends 12 or 24 weeks in a company • Provides good industrial training• Expose to real working environment• Provides opportunity for future employment• VIP is taken during the University's mid-year
vacation period from May to July.• IAP is taken during the first or second semester
Vacation Internship Program/Industrial Attachment Program
BEng Dissertation/ Independent Study Module
1. Exposure to research
2. Enable students to conduct independent learning
3. Each student is assigned a academic advisor
Student Exchange Program
SWITZERLANDSwiss Federal Inst of Tech, Zurich (ETH) Swiss Federal Inst of Tech, Lausanne
NETHERLANDSDelft U of Tech Eindhoven U of Tech
SWEDENChalmers U Linkoping Institute of TechnologyLund U Royal Institute of TechUppsala U
DENMARKTech U of DenmarkU of Southern Denmark
FINLAND/NORWAYHelsinki U of TechTampere U of TechU of Oulu Norwegian U of Sci & Tech
INDIAIndian Institutes of Tech
AUSTRALIA/NEW ZEALANDAustralian National UMonash UU of AdelaideU of Melbourne U of Queensland U of SydneyU of Western AustraliaU of CanterburyU of Auckland
CHINA/HONGKONGFudan UHuazhong U of Sci & Tech Nanjing UNankai U Peking UShanghai Jiaotong USichuan U Sun Yat Sen UTsinghua UWuhan U Xiamen UXi’an Jiaotong UZhejiang UChinese U of Hong KongCity U of Hong KongHong Kong U of Sci & TechHong Kong Poly UU of Hong Kong
JAPAN/KOREAKeio UKyoto Institute of TechKyoto UKyushu UTohoku UTokyo Institute of TechWaseda UKorea Advanced Institute of Sci & TechKorea USeoul National U
GERMANYAachen U of TechTech U of BerlinTech U DarmstadtTech U of Hamburg Harburg Tech U of Munich U of Applied Sciences, EsslingenU of KarlsruheU of StuttgartU of Wuppertaletc
FRANCEEcole Central (Paris, Marseille, Lyon, Nantes, Lille)Ecole Nationale des Ponts et Chaussées (ENPC)Ecole Nationale Supérieure de I'Electronique et de ses Applications (ENSEA)Ecole Supérieure d'Electricité (Supélec)Institut National Polytechnique de Grenoble (INPG)INSA, LyonU Joseph Fourier etc
CANADAConcordia U McGill USimon Fraser UYork UU of AlbertaU of British Columbia U of CalgaryU of Toronto U of Waterloo etc
USACarnegie Mellon UCaltechCornell UniversityClarkson UniversityGeorgia Institute of TechPennsylvania State U Purdue UIowa State U Rice UTexas A&M UU of California U of ConnecticutU of Illinois at Urbana-ChampaignU of MichiganU of Texas at AustinU of Virginiaetc
UNITED KINGDOMImperial College U of LeedsLoughborough U U of Manchester U of Birmingham U of Newcastle upon U of Durham TyneU of Edinburgh U of Nottingham U of Glasgow U of Southampton etc
AsiaNorth America Europe
Africa
South America
Australasia
TAIWANNational Taiwan UNational Taiwan U of Sci & Tech
POLANDWarsaw U of Tech
HUNGARYU of Budapest
SOUTH AFRICAU of PretoriaStellenbosch U
MEXICOTechnologico de Monterrey
Special Programs
• Double Degree Program (NUS)• Double Degree Program (with French Universities)• Double Major Program• Minor Program• University Scholar Program (USP)• NUS Overseas Colleges (NOC)• Student Exchange Program• Concurrent Masters Degree Program in Supply Chain Management
Bank: Citibank, Credit Suisse, DBS, Deutsche Bank, JP Morgan Chase, HSBC, Merill Lynch, OCBC, Stanchart, UBS
Business Consulting: AT Kearney, Accenture, Boston Consulting, Ingersoll Rand-Global Consulting
Logistics: Ceva Logistics, DHL, SATS, Solutia, Ryders, UPSManufacturing: Caterpillar, Proctor & Gamble, WilmarOffshore / O&G: Keppel FEL, Schlumberger, Shell, Exxon MobileR&D: DSO Lab, GE, VestasTransportation: SMRT, SIAService: IBM, KTP Hospital, SGH, McDonalds, Public Services Technology: HP, Intel, Micron, ORACLE, Seagate, SSMC, TECH
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Department of Industrial & Systems EngineeringGraduate employers
Graduate Employment Survey 2016
3000
3200
3400
3600
3800
4000
4200
4400
80 82 84 86 88 90 92 94 96 98 100
Mea
n Sa
lary
% employed
ISEESP
Comp Eng
MSE
ChE
ME
EE
CivilEnv