FOREWORD

IECOM (Industrial Engineering Competition) is a competition revolving

around industrial engineering knowledge and skills that organized by

Keluarga Mahasiswa Teknik Industri (MTI), an organization consisting of

Industrial Engineering and Engineering Management undergraduate

students of Bandung Institute of Technology.

IECOM has been held 5 times during the past 8 years in the national

and international level and has gained an astounding success for

being one of the most prestigious competitions in Indonesian industrial

engineering academic society. And now, once again, we will

challenge all of the Industrial Engineering students from South East

Asia, China, and Australia region to participate in IECOM 2014.

OUR GOALS!

1. To apply industrial engineering competencies and knowledge in real systems

especially for industrial sectors.

2. To increase the participants’- and the overall Industrial Engineering students’-

competencies and knowledge in general to prepare them for their work in the future.

3. To give participants a chance to share industrial engineering knowledge and

competencies among the participants coming from a variety of universities that in

the region of South East Asia, China, and Australia.

4. To provide the industrial engineering students who participate in this event a chance

to expand their global network.

IECOM 2014- THE 6TH INDUSTRIAL ENGINEERING COMPETITION

THEME : SUSTAINABLE DEVELOPMENT

More often than not, sustainable development is only associated with

the environmental aspect of it, resulting in what is commonly referred

to as “green sustainable development”. In truth, sustainable

development has three main focus aspects; environmental,

economic, and social sustainable development. All of those three

clearly have affected the people of industries, both employees and

customers, and also the society at large. Given said nature,

sustainable development has an extensive application and

contribution in any type of industry.

Environmental sustainable development in general is about enabling

companies to strive despite the limitations of technology and natural

resources to meet the needs of present and future generations. It

covers the role of an organization in pursuit of healthier environment,

reduced pollution (air and liquid wastes), and efficiency in the use of

all the resources (time, energy, human, etc). Efforts that companies

have made in support of the environmental sustainable development

movement can be waste processing, efficient use of material, quality

engineering (defects minimizing), logistic control (green logistics,

reverse logistics), waste management, production planning control

(energy efficiency and time), etc.

Economic sustainable development aims at improving living standards

by generally reducing costs and increasing current and future profit.

This can be done in all areas extensively and integrated from efforts to

control the process, production control, quality engineering, risk

management, information management, logistics, product innovation,

organizational restructuring, ergonomics, and many other small

aspects in an organization. The impact these efforts created can be

seen on the people (the welfare of employees), on customers (price is

competitive and products are high value-added), and on society

(economic growth, human resource development, social activities).

The sustainable development efforts undertaken in the previous two

aspects also have their impact on society. Thus, in social life,

improvement occurred not only through CSR program but also directly

as empowerment of human resources in the organization's activities

(as labor), physical development projects (facilities and infrastructure),

and so forth.

At the corporate level, this is linked to efforts to improve the profitability

and reputation of the company by way of corporate strategy along

with the update in Interchangeability of time and environmental

conditions. Strategic management was instrumental in developing the

corporate strategy to create sustainable competitive advantage.

Sustainable competitive advantage is done internally through

optimization resources, the creation of core competences, and

special capabilities.

INDUSTRIAL ENGINEERING

According to the Institute of Industrial Engineers (IIE) :

“Industrial engineering is concerned with the design, improvement,

and installation of integrated system consisting of people, materials,

information, equipment, and energy it draws upon specialized

knowledge and skill in the mathematical, physical, and social sciences

together with the principles and methods of engineering analysis and

design in order to specify, predict, and evaluate the results to be

obtained from such system.”

PARTICIPANTS

IECOM 2014 invites students majoring in Industrial Engineering (or any

other study programs relevant to the above definition of Industrial

Engineering) from universities located in the Southeast Asia, China,

Hong Kong and Australia region.

Participants will compete in teams of 4 (four) members each. Each

team member must be a student enlisted in an undergraduate

engineering program described above. All team members must come

from the same university. Each university is only permitted to register a

maximum of 3 (three) teams for the online selection stage.

SCHEDULE1

REGISTRATION

The online registration will be opened on September, 11th 2013 until

October, 25th 2013. All participants will be required to fill their personal

details on our website (www.iecom.itb.ac.id), upload CV/resumes,

student cards, recent photograph, and submit a scanned letter from

their respective universities, confirming their status as current students.

The online registration is free. Each university is only permitted to

registered a maximum of 3 (three) teams for the online selection stage.

If there are more than 3 teams registered from the same university,

only 3 first teams will be accepted.

ONLINE SELECTION

Participants will be notified of their eligibility to participate through our

website, by email, and/or by phone. The online selection is a multiple

choice assessment consisting of 45 questions that will test each team’s

knowledge in all fields of IE (will be detailed in competition content

syllabus). This online selection will open on October, 28th 2013 until

November, 4th 2013 in our website (www.iecom.itb.ac.id)

Terms & Conditions of Online Selection:

All participants will be classified into 3 categories,

according to the region :

1. Region A, universities located in Java Island,

Indonesia

2. Region B, universities located in outside Java Island,

Indonesia

3. Region C, universities located outside Indonesia

1 Subject to change. Any change will be immediately announced through our website (www.iecom.itb.ac.id)

Each university may register a maximum of 3 (three) teams

for the online selection stage. However, only 1 (one) team

with the best score will be compared to other best teams of

other universities.

The online selections’ scores will be ranked separately for

each region. 7(seven) best teams from region A, 3 (three)

best teams from region B, and 5(five) best team from region

C will be taken and get opportunity to continue to the

country finals in Bandung.

PARTICIPANT CONFIRMATION AND ANNOUNCEMENT

Teams who have passed the online selection will be announced in our

website (www.iecom.itb.ac.id) and contacted via email and/or by

phone on November, 8th 2013. Each team will then need to confirm,

pay registration fee, and upload their proof of payment to our website

or our email before November, 17th 2013. Teams who fail to fulfill the

registration fee will be forfeited and their slot(s) will be given to other

teams from the same region, based on the online selection ranking.

The Registration fee for each team : IDR 2,000,000 / USD 200

FINAL ANNOUNCEMENT

The best 15 who will come to country finals in Bandung will be

announced through our website, by email, and/or by phone on

December, 1st 2013.

COUNTRY FINALS

The country finals will be held in Bandung, Indonesia on January, 11th

2013 until January, 18th 2013. The country finals consist of Elimination

Rounds and only top 5(five) teams are chosen to proceed through the

Grand Finale. The committee will provide the accommodations,

transportations, foods and beverages during teams’ stay in Bandung.

The committee will not, however, be responsible for teams’

transportation to and from Bandung. Further details will be informed

through email and/or by phone from our liaison officer team.

PRIZES

1st winner: US$ 3500 and certificate

2nd winner: US$ 2500 and certificate

3rd winner: US$ 2000 and certificate

COMMITTEE CONTACT

If you have any questions, do not hesitate to contact the commitee

via contacts below. We will gladly respond to any concern you might

have .

Contact Person

Nathania : +6287824781247 / nathania.nainggolan@gmail.com

Adelein Layadi : +62817120401/ adelein.layadi@yahoo.com

Kevin Harsono : +6281908871820 / harsono.kevin@hotmail.com

Email

iecom.itb@gmail.com

Website

www.iecom.itb.ac.id

SYLLABUS

No. Course Description Main Reference

Information System

1 Design and Analysis of Information System

Information and its system in controlling process and decision making process, methodology for information system development, system analysis, system requirement analysis, system design, standard architecture, and information system implementation process.

Whiten, J.L.& Bentley, L. D.2007. System Analysis and Design Methods, 7th ed.. Boston : McGRAW-HILL

2 Computer Simulation Concept of simulation system and its position among others problem solving approach, steps in simulation modelling, random number generator, random variable generator, simulation output analysis, simulation model verifications and validation, system configuration comparison analysis, variance reduction technique, experiment design on simulation study and development of simulation scenario.

Harrel, C. R. 2011. Simulation Using Promodel, 3rd ed. New York : McGRAW-HILL.

Industrial Management and Techno-Economic

1 Organizations and Industrial Enterprise Management

Management History, Management and organization, Role of managers, organization culture, modification and application in organization design, organization development

Robbins, S. P. & Coulter, Mary. 2012. Management, 11th ed. USA : Pearson Education, Inc.

2 Industrial Psychology Introduction to Psychology, human behavior, organization behavior, introduction of human resource development, work related, individual differences

Bisen, V. & Priya. 2010. Industrial Phsycology. India : New Age International Publisher.

3 Cost Estimation and Analysis

Accounting Process, financial report, concept of cost, direct material cost, direct labor cost, indirect factory cost, order costing, process costing, by product and joint product, standard costing system, variance analysis, and break event analysis

Oswald, P. F. & Mclaren, T. S. 2004. Cost Analysis and Estimating for Engineering and Management, 1st ed. USA : Pearson Education Inc.

4 Introduction to Economics

Definition of science economy, utility, supply and demand, elasticity, production theory, cost of production, market structure, national income and production, consumption, investment and saving, banking institution and money, fiscal policy, international trade

Samuelson, P. A. & Nordhaus, W. D. 1992. Macroeconomics, 4th ed. New York : McGRAW-HILL

5 Entrepreneurship and Enterprise Development

Business concept, stakeholders, and business environment, business initiation, business plan, marketing plan, operation aspect, financial aspect, and business process improvement. The course provides knowledge and basic skills for designing and making business plan

Drucker, Peter. 2006. Innovationand Entrepreneurship. New Jersey : Prentice-Hall International.

6 Engineering Economics Definition and scope of engineering economics, cash flow, concept of time value of money, present equivalent value, annual value, internal rate of return, payback method, profitability index method, sensitivity analysis, depreciation, inflation and deflation, replacement analysis, tax analysis, public investment cost-benefit analysis

Newnan, Donald G. 1998. Engineering Economic Analysis, 3rd ed. California : Engineering Press.

8 Marketing Management History of Marketing management, Analyzing consumer markets, analyzing business market, identifying segments, targets, and positions, making price policy, place policy, product policy, and promotion policy, designing and managing integrated marketing, managing retailing, wholesaling and logistics, managing mass communication, global market, e-business, market strategies

Kotler, P. & Keller, K. L. 2012. Marketing Management. USA : Pearson Education, Inc.

Industrial Planning and Optimization System

1 Systems Modelling System and system thinking, problem solving and system modelling, problem formulation process, mathematical modelling process, modelling with deterministic mathematical model, formulation, modelling with stochastic, parameter estimation, model analysis and validation, model implementation, class project I : deterministic model, class project II : stochastic model, theoretical problem modelling, complex system modelling

Daellenbach, H. G. & McNickle, D. C. 2005. Management Science-Decision Making Through Systems Thinking. USA : Palgrace Macmillan.

2 Operations Research I Introduction to operational research, principle of optimization and the role of analytical solution for problem solving, linear programming and methods for finding solution, duality theory and sensitivity analysis, matrix form simplex method, improved simplex method, algorithm for problem with restricted variable, decomposition algorithm, transportation problem, transhipment problem, and assignment problem, goal programming and integer programming

Lieberman. 2010. Introduction to Operations Research, 9th ed. Singapore : McGRAW-HILL

3 Operations Research II Network analysis, dynamic programming, markov chain, queuing theory and its application, game theory

5 Industrial Statistics Role of inferential and descriptive statistics, introduction to inferential statistics, sampling theory, central limit theorem, estimation process, basic of hypothesis test, process of hypothesis test, regression analysis and correlation, variance analysis and introduction ti experimental design, non-parametric statistics.

Walpole, R. E., Myers, R. H. etc.2007.Probability & Statistics for Engineers & Scientist, 8th ed. New Jersey : Pearson Education, Inc.

6 Inventory and Supply Chain Management

Concept and framework of logistic system, structural aspect system analysis, functional aspect system analysis, design of logistic system, planning and controlling of logistic system

Bowersox, D. J., Closs, D. J., Cooper,B.2010. Supply Chain Logistics Management,3rd ed. New York : McGRAW-HILL.

7 Project Management Project in contemporary organizations, strategic management and project selection, the project manager, negotiation and the management of conflict, the project in the organizational structure, project activity planning, budgeting and cost estimation, scheduling, resource allocation, monitoring and information systems, project control, project auditing, project termination

Meredith, J.R., Mantel, S. J. Jr.2009. Project Management-A Managerial Approach, 7th ed. John Wiley & Sons, Inc.

8 Multivariate Data Analysis

Data analysis, principal component analysis, factor analysis, regression analysis, discriminant analysis, variance analysis, correlation analysis, cluster analysis, multidimensional scaling, structural equation modelling.

Hair, J. F.,etc. 2006. Mutivariate Data Analysis, 6th ed. Prentice Hall.

Industrial Manufacturing

1 Quality Assurance and Control

Concept of quality, quality management and assurance, product quality dimension, quality control principle of process and design, statistical process control, design of quality control chart and quality improvement trough design, implementation of quality system.

Montgomery, D. C. 2009. Statistical Quality Control, 3rd ed. New York: Wiley.

2 Manufacturing Process Basic modern manufacturing process, casting process, plastic forming process, metal forming process, metal plate forming process, machining process theory, tools technology, machining machine and operation, grinding process, welding process

Groover, M.P. 2007. Fundamentals of Modern Manufacturing : Materials, Processes, and Systems, 3rd ed. New York : Wiley.

3 Production Management System

Lean manufacturing concept, just in time, theory of constraints, load oriented manufacturing system, project based production planning and control, strategic production network and supply chain system, enterprise resource planning

Sipper & Buffin, Jr. 1997. Production Planning, Control, and Integrations. McGRAW-HILL.

4 Production Planning and Control

Definition of production, manufacturing, and manufacturing system, production planning and control cycles, forecasting method, aggregate production planning, master production schedule, inventory control, material requirement planning, capacity planning, shop floor control and scheduling, purchasing control

Fogarty, et. Al.1991. Production and Inventory Management, 2nd ed.Cincinnati, Ohio: South Western Publishing Co.

5 Production Systems Automation

Concept and basic model of automation system, industrial electric diagram, logic gate and electronic circuit, industrial control equipment, theory and basic of control system, data communication and local area network in a manufacturing system, programmable logic controller, numerical programming and control, hard and soft automation

Groover, M. P. 2001. Automation, Production System, and Computer-Integrated Manufacturing,2nd ed. New Jersey : Prentice-Hall Inc.

6 Basic Industrial Engineering Design

Introduction to design, design using CAD, geometric construction, basic technical drawing, dimensioning, assembly drawing, product documentation, advanced topics

Bertoline, G.R. & Wiebe, E. N. 2003. Technical Graphics Communication, 3rd ed. New York : McGRAW-HILL.

7 Facility Design Introduction to facility design, approaches to facility layout design, facility requirement calculation, SLP (Systematic Layout Planning), production activity, non-production activity, mathematical model for layout problem, basic algorithm for layout problem, computer aided layout design, evaluation selection and implementation, group technology layout, advance algorithm for layout problem, material handling, storage and warehouse

Heragu, S. 2006. Facilities Design, 2nd ed. Boston : PWS Punlishing Company.

System Engineering and Ergonomics

1 Ergonomics Introductions to ergonomics, information processing and sensing system, anthropometric ergonomy, work biomechanics, display and control equipment design, work safety, introduction to macro ergonomics.

Freivalds, A. 2009. Niebel's Methods, Standards, and Work Design, 12 ed. New York : McGRAW-HILL

2 Work System Design Introduction to work charts and operation analysis tools, method for work system design, time study, predetermined time system, work sampling.

3 Biomechanics Introduction, anthropometric data, muscle strength evaluation, biomechanical models, biomechanical job analysis, whole body and segmental vibration, manual material handling, sitting posture, working posture, evaluating manual work

Chaffin, D. B. Occupational Biomechanics, 3rd ed.John Wiley & Sons, Inc.

Finance

1 Project Financing Project financing may be defined as the raising of funds on a limited-recourse or nonrecourse basis to finance an economically separable capital investment project in which the providers of the funds look primarily to the cash flow from the project as the source of funds to service their loans and provide the return of and a return on their equity invested in the project. The terms of the debt and equity securities are tailored to the cash flow characteristics of the project. For their security, the project debt securities depend mainly on the profitability of the project and on the collateral value of the project’s assets. Assets that have been financed on a project basis include pipelines, refineries, electric generating facilities, hydroelectric projects, dock facilities, mines, toll roads, and mineral processing facilities.

Finnerty, J. D., Ph.D. 2007. Project Financing: Asset-Based Financial Engineering, 2nd ed. Hoboken, New Jersey : John Wiley & Sons, Inc.

THE COMMITEE

Head of Industrial Engineering Student Union

Imam Nugraha

Head of IECOM 2014 Committee

Kevin Harsono

Treasurer 1

Lola

Treasurer 2

Anisa Puspita Sari

Secretary 1

Felicia Tantiana

Secretary 2

Astrid Retnaningtyas

Marketing

Davina Andini

Fundraising

Nila Layla Melinda

Design and Production

Muhammad Juliansyah

Publication

Aini Khoirunnissa

Web Programming

Fauzan Azhiman

Media Partner

Aqcaya Hizni

Documentation

Andi Dananto

Content

Veronica Natasha Adelein

Amazing Race

I Gusti Agung Gede Subrata

Quiz

Amanda Rizki Maharani

Simulation

Eva Nurfadilah

Grand Finale

Joseph Sebastian Widagdo

Liaison Officer

Nathania

Event 1

Amelia Deasy

Event 2

Anisa Agtriani

Grand Seminar

Pitra Syahirul

Gala Dinner

Yasmine Kurnia

Cultural Night

Puti Bungo

Visit Bandung

Aditya Parama

Closing

Aulia Deasy

Operational

Glen Kristianta Surbakti

Accommodations

Annisa Ayu Putri

Logistic

Rifqi Cakti Bramudyo

Licensing

Evan Naratama

Transportation

Fuad Aziz