INDUSTRIAL ENGINEERING DEGREE PLAN
CODES COURSE TITLE CREDITS CODES COURSE TITLE CREDITS
GMAT1505 Calculus & Analytical Geometry I 5 GMAT2506 Calculus & Analytical Geometry II 5
GSCI1303 General Chemistry I 3 GSCI2304 General Chemistry II 3
GSCI1103L General Chemistry I Lab 1 GSCI2104L General Chemistry II Lab 1
GCOM1304 Composition I 3 ENGR13031 Computer Program for Engineering Applications 3
GENG1301 Introduction to Engineering 3 GCOM1305 Composition II 3
GHUM1303 World Religions 3 GSCI1405 General Physics with Calculus I 4
GSCI1105L General Physics with Calculus I Lab 1
18 20
CODES COURSE TITLE CREDITS CODES COURSE TITLE CREDITS
IENG2301 Introduction to Systems & Industrial Engineering (IE) 3 IENG2304 Engineering Economy 3
IENG2302 Object-Oriented Modeling & Design 3 IENG2305 Mathematical Foundations of IE 3
GSCI2406 General Physics with Calculus II 4 IENG2103 Industrial Engineering Colloquium 1
GSCI2106L General Physics with Calculus II Lab 1 ENGR2302 Statics 3
GMAT2507 Calculus & Analytical Geometry III 5 GSOC2303 General Psychology (Individuals and Societies ) 3
GHUM2305 Introduction to Philosophy (Arts and Humanities) 3 GHUM1301 Pancasila / Civic 3
GHUM1302 Indonesian Language 3
19 19
CODES COURSE TITLE CREDITS CODES COURSE TITLE CREDITS
IENG3306 Introduction to Engineering Probability & Statistics 3 IENG3311 Probabilistic Models in Opns. Res. 3
IENG3307 Deterministic Operations Research 3 IENG3312 Integrated Manufacturing Systems 3
IENG3308 Software for Engineers 3 IENG3313 Production System Analysis ( SCM I ) 3
IENG3309 Manufacturing Process 3 IENG3314 Engineering Experimental Design 3
IENG3109L Manufacturing Process Lab 1 IENG3315 Quality Control & Six Sigma 3
IENG3310 Technical Writing 3 GINR1301 Intro to International Relation (Individual & Societies ) 3
ENGR3303 Environmental Ethics 3
Total 19 18
SUMMER
CODES COURSE TITLE CREDITS
CODES COURSE TITLE UNITS
IENG 4301 Internship 3
3
CODES COURSE TITLE CREDITS CODES COURSE TITLE CREDITS
IENG4316 Simulation Modeling & Analysis 3 IENG4320 Supply Chain (Elective) 3
IENG4317 Human Factors & Ergonomics in Design 3 IENG4321 Embedded Computer Systems 4
IENG4318 Project Management (Elective) 3 IENG4322 Cost Estimation (Elective) 3
IENG4319 Human Side Organization 3 STEM4303 Senior Capstone II 3
STEM4302 Senior Capstone I 3
15 13
144
IE TECHNICAL ELECTIVESIENG4318 Project Management 3 IENG4324 Engineering Statistics 3
IENG4320 Supply Chain Management 3 IENG4325 Reliability Engineering 3
IENG4323 Engineering Decision Making Under Uncertainty 3 IENG4326 Survey of Optimization Methods 3
IENG4322 Cost Estimation 3 IENG4327 The Systems Engineering Process 3
Total Total
TOTAL CREDIT HOURS FOR DEGREE PROGRAM
SEMESTER III
SEMESTER VIII
Total
Total
SEMESTER IV
SEMESTER V SEMESTER VI
SEMESTER VII
Total Total
AY 2018-2019
SEMESTER I SEMESTER II
TotalTotal
In collaboration with:
Semester I
Course Code Course Title Description
GMAT1505 Calculus & Analytical Geometry I
5 Credits (5 hrs Lec, without practicum).
This course covers topics: boundaries and continuity;
basic calculus theorem; derivative definitions of
functions and techniques of differentiation;
application of derivatives to maximize or minimize
functions; chain of rules; the average value theorem,
and the level of problem change; sketch curve;
definite and infinite integration of algebra,
trigonometry and transcendental functions, with
applications for area calculations. The course will
maintain a balance between concepts and skills
(techniques), theory and modeling (application),
symbolic manipulation and technology.
GSCI1303 General Chemistry I 4 Credits (3 hrs Lec, I practicum).
This course introduces students to the basics of chemistry through lectures and chemical laboratory sessions. This is a basic need for students who study engineering and applied science. Emphasis is placed on theoretical and experimental learning.
GSCI1103L General Chemistry I Lab
4 Credits (3 hrs Lec, I practicum).
This course introduces students to the basics of chemistry through lectures and chemical laboratory sessions. This is a basic need for students who study engineering and applied science. Emphasis is placed on theoretical and experimental learning.
GCOM1304 Composition I 3 Credits (3 hrs Lec, without practicum).
This course is intended to help students obtain advanced levels of english focusing on writing about Comparison & Contrast and Cause & Effect essays. This will include outline writing strategies, thesis reports, supporting paragraphs, and paragraph conclusions. This course consists of a combination of lectures, student presentations, projects, extensive class participation and discussion.
GENG1301
Introduction to Engineering
3 credits (3 hrs lec; without practicum).
Students will learn about engineering careers,
teamwork, ethics, engineering design, college
success, teaching and learning processes, and
professional development. This class will also serve to
prepare students for further lectures in industrial
engineering.
GHUM1303 World Religions 3 Credits (3 hrs Lec, without practicum).
This course aims to develop student personal skills
and social awareness. Through this module, students
learn to be critical in responding to social and cultural
problems (including religion), especially in Indonesia;
and in reflecting the theological basis in dealing with
other religions. Students will respond to cultural and
religious phenomena from various perspectives and
analyze them critically. Students will also learn the
teachings and practices of the world's major
religions.
This course also prepares students to explore
approaches in studying religion and history and the
dynamics of religion in Indonesia; and some
contemporary religious issues in Indonesia: inter and
intra religious relations and the rise of religious
movements. The concepts and practices of
multiculturalism (including issues about prejudice,
stereotyping, and discrimination) will also be
discussed.
Semester II
Course Code Course Title Description
GMAT2506
Calculus & Analytical Geometry II
4 credit (4 hrs lec; without practicum).
This course covers topics: differentiation and
integration of exponential functions and logarithms,
integration techniques, application of certain
integrals, transcendental function calculus,
parametric equations, polar coordinates, uncertain
forms and L'Hopital Regulations, unnatural integrals,
sequences and series. This course maintains a
balance between concepts and skills (techniques),
theory and modeling (application), symbolic
manipulation and technology.
Prerequisite(s): Calculus & Analytical Geometry I
GSCI 2304
General Chemistry II 4 Credits (3 hrs Lec, I practicum).
This course introduces students to the basics of
chemistry through lectures and chemical laboratory
sessions. This is a basic need for students who study
engineering and applied science. Emphasis is placed
on theoretical and experimental learning.
Prerequisite(s): General Chemistry I
GSCI2104L
General Chemistry II Lab
4 Credits (3 hrs Lec, I practicum).
This course introduces students to the basics of
chemistry through lectures and chemical laboratory
sessions. This is a basic need for students who study
engineering and applied science. Emphasis is placed
on theoretical and experimental learning.
Prerequisite(s): General Chemistry I Lab
ENGR13031 Computer Program for Engineering Applications
3 credits (2 hrs lec; 1 practicum).
Principles of digital programming; application of
subroutines; electronic computer applications for
typical engineering problems; OS operations,
Microsoft Office, and Groupware.
Prerequisite(s): Calculus & Analytical Geometry I
GCOM5 Composition II 3 Credits (3 hrs Lec, without practicum).
This course is an intensive study and practice in
strategies and techniques for developing expository
and persuasive research-based texts. An emphasis on
effective and ethical rhetorical inquiry, including
primary and secondary research methods. This
course will cover all the writing processes from
compiling, revising, and editing. Writing will cover
several problems and objectives to develop students'
critical thinking (critical reading on verbal, visual and
multimedia texts), systematic evaluation, synthesis
and documentation of information sources in
learning and communicating their ideas.
Prerequisite(s): Composition I
GSCI1405 General Physics with Calculus I
4 credits (3 hrs lec; 1 practicum).
This course introduces students to the fundamentals
of physics through lectures and physics laboratory
sessions. This course consists of studies of
measurements, algebraic vectors, one-dimensional
movements, two-dimensional movements, and
three-dimensional movements, Newton's Law of
motion, kinematics, momentum and collisions,
rotational motion and angular momentum, elasticity,
oscillation and gravitational interactions, fluids,
waves, temperature and the laws of
thermodynamics. This course is intended primarily
for students majoring in science and physical
engineering. The emphasis is placed on theoretical
and experimental learning.
Prerequisite(s): Calculus & Analytical Geometry I
GSCI1105L General Physics with Calculus I Lab
4 credits (3 hrs lec; 1 practicum).
This course introduces students to the fundamentals
of physics through lectures and physics laboratory
sessions. This course consists of studies of
measurements, algebraic vectors, one-dimensional
movements, two-dimensional movements, and
three-dimensional movements, Newton's Law of
motion, kinematics, momentum and collisions,
rotational motion and angular momentum, elasticity,
oscillation and gravitationalc interactions, fluids,
waves, temperature and the laws of
thermodynamics. This course is intended primarily
for students majoring in science and physical
engineering. The emphasis is placed on theoretical
and experimental learning.
Prerequisite(s): Calculus & Analytical Geometry I
Semester III
Course Code Course Title Description
IENG2301 Introduction to System and Industrial Engineering
3 Credits (3 hrs Lec, without practicum) System modeling the elementary constructs and principles of system models including discrete-time, discrete-state system theory; finite state machines; modelling components, coupling, modes, and homomorphisms system design; requirements, life-cycle, performance measures and cost measures, tradeoffs, alternative design concepts, testing plan, and documentation. Applications and case studies from engineering.
Prerequisite(s): Calculus & Analytical Geometry II, Introduction to Engineering
IENG2302 Object-oriented Modelling & Design
3 credits (3 hrs Lec, without practicum) Modeling and design of complex systems using all views of the Unified Modeling Language (UML). Most effort will be in the problem domain (defining the problem). Some effort will be in the solution domain (producing hardware or software). Prerequisite(s): Computer Programming for Engineering
GSCI2406 General Physics with Calculus II
4 credits (4 hrs lec; 1 practicum).
This course is part two of a comprehensive physics course outlining electricity, magnetism and optics using analysis in calculus. Prerequisite(s): General Physics with Calculus I, Calculus & Analytical Geometry II
GSCI2106L General Physics with Calculus II Lab
1 credit (1 hrs lec).
This course is a laboratory which allows students to able to collect and analyze data in a variety of experiments covering topics covered in its companion course General Physics with Calculus II. Students will create experiment reports using analysis in calculus. Prerequisite(s): General Physics with Calculus I Lab, Calculus & Analytical Geometry II
GMAT2507 Calculus & Analytical Geometry III
5 credit (5 hrs lec; without practicum).
This is the third of a three-course sequence in
calculus. Topics include vectors in 3 space, 3
dimensional surfaces, multivariate functions,
cylindrical and spherical coordinates, multiple
integrals, partial derivatives, vector fields. A graphing
calculator may be required in certain sections of this
course. Recommendation of the Mathematics
Department or at least a grade of "C" in the
prerequisite course is required.
Prerequisite(s): Calculus & Analytical Geometry II
GHUM2305 Introduction to Philosophy (Individual and Society)
3 credits (3 hrs lec; without practicum).
This course is an introduction to the nature of philosophy, philosophical thinking, major intellectual movements in the history of philosophy, and specific problems in philosophy. The relationship between philosophy, society, religion, and culture will be examined. This is a writing credit course with
international/intercultural content course. Students must earn a minimum grade of C to meet the requirements of the Gordon Rule for writing.
Semester IV
Course Code Course Title Description
IENG2304 Engineering Economy
3 credits (3 hrs lec; without practicum).
Planning economic studies for decision making,
including consideration of rates of return, costs and
results of research, the relationship between
depreciation and taxes, costs of increase,
replacement and introduction of alternative
multivariate studies.
Prerequisite(s): Calculus & Analytical Geometry II
IENG2305 Mathematical Foundations of IE
3 credits (3 hrs lec; without practicum) Basics of data structure, transformations, computer methods, their implementation in MATLAB, and their applications in solving engineering problems. Prerequisite(s): General Physics with Calculus I, Calculus & Analytical Geometry II, Computer Programming for Engineering
IENG2103 Industrial Engineering Colloquium
1 credit (1 hrs lec; without practicum)
The Department Seminar is a weekly meeting where notable researchers present their work to Industrial Engineering faculty and students. It is intended to engage the research community in interesting and relevant topics. Prerequisite(s): Introduction to System and Industrial Engineering
ENGR2301 Statics 3 credits (3hrs lec; without practicum) Statistical methodology of estimation, testing hypotheses, goodness-of-fit, nonparametric methods and decision theory as it relates to engineering practice. Significant emphasis on the underlying statistical modeling and assumptions. Prerequisite(s): General Physics with Calculus I, Calculus & Analytical Geometry II
GSOC2303 General Psychology (Individuals and Society)
3 Credits (3 hrs Lec, without practicum).
General Psychology reviews the scientific principles related to human behavior and mental processes. Topics include the scientific method, neuroscience, learning, memory, and thinking, emotions, motivation, and health, life span development, personality, psychological disorders, and therapies, and social psychology. This is a writing credit course with International/Intercultural content. Students must earn a minimum grade of C to meet the requirements of the Gordon Rule for writing.
GHUM1301 Pancasila 3 Credits (3 hrs Lec, without practicum).
This course will discuss history and philosophy and the processes that surround the formation of Pancasila as the basis of the Republic of Indonesia. Through this course students will learn about the translation of the basic principles of Pancasila and how Pancasila is implemented in daily life.
GHUM1302 Indonesian Language 3 Credits (3 hrs Lec, without practicum).
Indonesian Language Courses are general basic
courses aimed to help students master Indonesian
language well, effectively, and productively. Students
are expected to be able to use Indonesian language
actively, both in academic and non-academic
contexts, both oral and written. By using a reflective
approach, students will be motivated to produce
various forms of authentic oral and written texts that
are worthy of being displayed in various public
spaces. This course also introduces genres in
Indonesian literature and the concept of evaluating a
literary work that will be written in the form of
scientific writing. This course is divided into two
major parts: 1) Speaking skills; and 2) Writing Skills.
Semester V
Course Code Course Title Description
IENG3306 Introduction to Engineering Probability & Statistics
3 credits (3 hrs lec; without practicum).
Axioms of probability, discrete and continuous
distributions, sampling distributions. Engineering
applications of statistical estimation, hypothesis
testing, confidence intervals.
Prerequisite(s): Calculus & Analytical Geometry II
IENG3307
Deterministic Operations Research
3 credits (3 hrs lec; without practicum).
Linear programming models, solution techniques,
sensitivity analysis and duality.
Prerequisite(s): Engineering Economy, Math
Foundation of Industrial Engineering
IENG3308 Software for Engineers
3 credits (3 hrs lec; without practicum) Programming in C. Modular program design and verification, pointers and structures, data structures and algorithms including: lists, trees, graphs, searching and sorting. Prerequisite(s): Computer Programming for Engineering
IENG3309 Manufacturing Process
3 credits (2 hrs lec; 1 practicum).
Introducing students to lean manufacturing
principles and techniques and the lean production
system. The main topics that will be discussed include
lean principles, value stream mapping, total
production maintenance, cell manufacturing,
reduction in setup time, resource generation,
reduction in process work, Just-In-Time production
systems, simulations, the latest lean manufacturing
techniques and other manufacturing issues.
Prerequisite(s): Computer Programming for
Engineering
IENG3109L Manufacturing Process Lab
3 credits (2 hrs lec; 1 practicum).
Introducing students to lean manufacturing
principles and techniques and the lean production
system. The main topics that will be discussed include
lean principles, value stream mapping, total
production maintenance, cell manufacturing,
reduction in setup time, resource generation,
reduction in process work, Just-In-Time production
systems, simulations, the latest lean manufacturing
techniques and other manufacturing issues.
Prerequisite(s): Computer Programming for
Engineering
IENG3310 Technical Writing 3 credits (3 hrs lec; without practicum) A composition course focusing on writing for business, science, and technology. Assignments include letters, memos, resumes, reports, proposals, an oral presentation, and the use of graphics. Students use a variety of research and investigative techniques to produce documented papers on science, business or technological subjects. Students must pass with a minimum of "C" or higher to meet the requirements of the Gordon Rule Prerequisite(s): Composition II
ENGR3303 Environmental Ethics 3 credits (3 hrs lec; without practicum) This course provides an introduction to environmental ethics in Indonesia. Students will be able to investigate and seriously consider how and why we should live as morally responsible toward nature. Students will also examine critical theoretical approaches, key thinkers, and social movements in contention over competing environmental values. Student will be able to explore philosophical responses to questions such as: What makes something natural? What value is there to non-human entities? What obligations do we have to each other regarding the environment? How should we respond to catastrophic environmental change?
Semester VI
Course Code Course Title Description
IENG3311 Probabilistic Models in OR
3 credits (3 hrs lec; without practicum) Probability, Markov chains, Poisson processes, queuing models, reliability models. Prerequisite(s): Introduction to Engineering Probability and Statistics
IENG3312 Integrated Manufacturing Systems
3 credits (2 hrs lec; 1 practicum).
To understand the basics and secondary
manufacturing processes; understand the integration
of parts and manufacturing design, understand
concepts and equipment for manufacturing.
Prerequisite(s): General Physics with Calculus I,
Calculus & Analytical Geometry II, Computer
Programming for Engineering
IENG3313 Production System Analysis
3 credits (3 hrs lec; without practicum) Production systems, quantitative methods for forecasting, aggregate planning, inventory control, materials requirement planning, production scheduling, manpower planning and facility design. Prerequisite(s): Introduction to Engineering Probability & Statistics, Deterministic Operations Research
IENG3314 Engineering Experimental Design
3 credits (2 hrs lec; 1 practicum).
Design and analysis of observational and factorial
experiments employing numerical and graphical
methods. Topics include control charts, probability
plots, multiple regression analysis, confidence and
prediction intervals and significance test.
Prerequisite(s): Introduction to Engineering
Probability & Statistics
IENG3315 Quality Control & Six Sigma
3 credit (3 hrs lec; without practicum)
Quality assurance and control principles and
practices; statistical theory and safeguarding quality
in sampling based on economic analysis; quality
system; the principle and practice of six sigma.
Prerequisite(s): Introduction to Engineering
Probability & Statistics
GSOC2302 Introduction to International Relation (Individual and Societies)
3 Credits (3 hrs Lec, without practicum) A cross national analysis of the concepts of sovereignty, power, security, economic development and national interests in the formulation of foreign policy; the respective roles of the United Nations and the European Union within the context of the growth of Intergovernmental Organizations and Non- governmental actors such as legislatures and interest groups. Study of the utilization of those concepts on
policy of both leading nations and the emerging states with emphasis on both conflictual issues related to both tangible and intangible causes as well as the cooperative aspects of a more globalized and interdependent economic system. This is a writing credit course with International/Intercultural content. Students must earn a minimum grade of C to meet the requirements of the Gordon Rule for writing.
IENG4303 Internship
Semester VII
Course Code Course Title Description
IENG4316 IENG 4304 Simulation Modelling & Analysis
3 Credits (3 hrs Lec, without practicum) Discrete event simulations, model development, statistical design and analysis of simulation experiments, variance reduction, random variate generation, Monte Carlo simulation. Prerequisite(s): Introduction to Engineering Probability & Statistics
IENG4317 Human Factors & Ergonomics in Design
3 credits (2 hrs lec; 1 practicum).
Consideration of human characteristics in the
requirements for design of systems, organizations,
facilities and products to enable human-centered
design which considers human abilities, limitations
and acceptance.
Prerequisite(s): Introduction to Engineering
Probability & Statistics
IENG4318 Project Management (Elective)
3 Credits (3 hrs Lec, without practicum) Foundations, principles, methods, and tools for effective design and management of projects in technology-based organizations. This course focuses on the scope, time, cost, performance and quality concerns of engineering projects characterized by risk and uncertainty. Initiating, planning, executing, monitoring, controlling, and closing process are addressed. Students design and complete a project from concept through completion. Project Management software is utilized
STEM4302 Senior Capstone I 1 – 3 Credits (3 hrs Lec, without practicum) A culminating experience for majors involving a substantive project that demonstrates a synthesis of
learning accumulated in the major, including broadly comprehensive knowledge of the discipline and its methodologies. Senior standing required. May be repeated: for a total 6 units of credit.
Semester VIII
Course Code Course Title Description
IENG4320 Supply Chain (Elective)
3 Credits (3 hrs Lec, without practicum).
Fundamentals of Supply Chain Management
including inventory/logistics planning and
management, warehouse operations, procurement,
sourcing, contracts and collaboration.
IENG4321 Embedded Computer Systems
3 credits (2 lec hrs; 1 practicum).
Boolean algebra, combinational and sequential logic
circuits, finite state machines, simple computer
architecture, assembly language programming, and
real-time computer control. The computer is used as
a collection of components.
Prerequisite(s): Introduction to Engineering
IENG4322 Cost Estimation (Elective)
3 Credits (3 hrs Lec, without practicum).
Focuses on principles of cost estimation and measurement systems with specific emphasis on parametric models. Approaches from the fields of hardware. Software and systems engineering are applied to a variety of contexts (risk assessment, judgement and decision making, performance measurement, process improvement, adoption of new tools in organizations, etc.). Material is divided into five major sections: cost estimation fundamentals, parametric model development and collaboration, advanced engineering economic principles, measurement systems, and policy issues.
STEM4303 IENG 4306 ( Senior Capstone II )
1 – 3 Credits (3 hrs Lec, without practicum) A culminating experience for majors involving a
substantive project that demonstrates a synthesis of
learning accumulated in the major, including broadly
comprehensive knowledge of the discipline and its
methodologies. Senior standing required. May be
repeated: for a total 6 units of credit.
Prerequisite(s): Senior Capstone I
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