Rabu, 15 Oktober 2008

School of Electrical Engineering and Informatics EECS at MU

FORSALIM CABANG BANDUNG DIVISI KHUSUS PENDIDIKAN

-"MENCERDASKAN UMAT"-

School of Electrical Engineering and Informatics
EECS at MU
Electrical Enginering & Computer Sciences IR&D Center
at Manbaul Ullum University


Visi
Menjadi Pusat Pelatihan dan Pembelajaran ICT Cyber Terdepan
Misi

1. Unggul dalam Pendidikan ICT untuk pendidikan dasar dan menengah
2. Pusat Riset, Innovasi dan Pengembangan ICT
3. Teknologi Tepat guna dalam bidang ICT
4. Pusat data dan penganalisaannya

Staf Pendidik.

Barkah Firdaus (Ko.)

Ginanjar F.M. & Dian Hadiana

Sandi Socrates

Agus Haeruman

Ngara

Dede Supriatna

Indah

Rani Kharismaya

Ricky Taufikurrahman

Riki

Ricky Aji P.

Arif Nurahman

Anton Timur J.

Mission

The mission of the Electrical Engineering and Computer Science Department is to produce graduates who are capable of taking a leadership position in the broad aspects of electrical engineering and computer science. Our graduates:

  • Understand the basic principles that underlie modern electrical, electronic and computational technology;

  • Are able to apply creatively their understanding of science and engineering principles to the solution of problems arising in whatever career path they choose;

  • Are sensitive to the environmental, social, safety and economic context in which their work is done, and possess a strong commitment to ethical practice within that context;

  • Are able to communicate their ideas and positions clearly and concisely, both orally and in writing;

  • Are aware of the requirement for and possess the ability to engage in lifelong learning which will be necessary for continuing high performance in whatever career path they choose.


Teknik Elektro UGM

Visi

Menjadi pusat keunggulan dalam Bidang Ilmu Teknik Tenaga Listrik, Teknik Elektronika, Teknik Telekomunikasi, Teknik Kendali, Teknik Sistem Komputer dan Teknik Informatika.


Misi

  1. Mengembangkan paradigma baru dalam pendidikan teknik elektro yang menitikberatkan pada dimensi energi, isyarat dan informatika.
  2. Menghasilkan lulusan yang dapat berkompetisi di pasar global.
  3. Melaksanakan penelitian dan pelayanan di bidang energi, isyarat dan informasi.
Tujuan


Menghasilkan lulusan yang mampu menggunakan pengetahuannya dalam menyelesaikan masalah keteknikelektroan yang dihadapinya, mengembangkan potensinya untuk mengikuti perkembangan teknologi, dan memiliki integritas, sikap mental, dan profesionalisme yang mendukung profesi yang ditekuninya.

Program Studi

Akses Komunitas

Informatics Engineering (IF)

Informatics Engineering Study Program provides education on the area of Computer Science and Software Engineering.

Computer Science spans a wide range, from its theoretical and algorithmic foundations to cutting-edge developments in robotics, computer vision, intelligent systems, bio-informatics, and other exciting areas.

Computer scientist should be prepared to work in a broad range of positions involving tasks from theoretical work to software development.

Software Engineering is the discipline of developing and maintaining software systems that behave reliably and efficiently, are affordable to develop and maintain, and satisfy all the requirements that customers have defined for them.

It seeks to integrate the principles of mathematics and computer science with the engineering practices developed for tangible, physical artifacts.

Software engineers should be able to properly perform and manage activities at every stage of the life cycle of large-scale software systems.

Program Educational Objectives :

  1. Technical Knowledge provide a basic knowledge of informatics engineering principles along with the required supporting knowledge of mathematics, science, computing, and engineering fundamentals.
  2. Laboratory and Design skills: develop the basic skills needed to perform and design experimental projects. Develop the ability to formulate problems and projects and to plan a process for solutions taking advantage of diverse technical knowledge and skills.
  3. Communications Skill: develop the ability to organize and present information, and to write and speak effective Bahasa Indonesia and English.
  4. Preparation for the profession: provide an appreciation for the broad spectrum of issues arising in professional practice, including teamwork, leadership, safety, ethics, service, economy, environmental awareness, and professional organizations.
  5. Preparation for further study: provide a sufficient breadth and depth for succesful subsequent graduate study, post-graduate study, or lifelong learning programs.
  6. Preparation for national industrial development: provide a sufficient basics to have active roles in developing informatics engineering and other related industries in Indonesia.

Informatics Engineering Body of Knowledge



Computer Science

Software Engineering

No

Code

Knowledge Area

No

Code

Knowledge Area

1

DS

Discrete Structure

1

CMP

Computing Essentials

2

PF

Programming Fundamentals

2

FND

Mathematical & Engineering Fundamentals

3

AL

Algorithm and Complexity

3

PRF

Professional Practise

4

AR

Architecture and Organization

4

MAA

Software Modelling and Analysis

5

OS

Operating Systems

5

DES

Software Design

6

NC

Ney-centric Computing

6

VAV

Software Verification & Validation

7

PL

Programming Languages

7

EVL

Software Evolution

8

HC

Human Computer Interaction

8

PRO

Software Process

9

GV

Graphics and Visual Computing

9

QUA

Software Quality

10

IS

Intelligent Systems

10

MGT

Software Management

11

IM

Information Management


12

SP

Social and Professional Issues


13

SE

Software Engineering


14

CN

Computational Science and Numerical Methods



Curriculum Structure



Without Minor

With Minor

SCU

SCU

SCU

SCU

First Year Program

36

36

36

36

Major's Compulsary

44

Max 96

44

Max 93

ITB's Compulsary

10

10

Option / Plan of Study's Compulsary

X

X

Electives

Y

Y

Electives Non Major (other Study Program)
  • Electrical Engineering (EL)
  • Electrical Power Engineering (EP)
  • Telecommunication Engineering (ET)
  • Information System & Technology (II)
  • Others

Min 9

Min 12

-

Min 15

Free Elective

Min 0

-

Minor (other major or other study program)
  • Electrical Engineering (EL)
  • Electrical Power Engineering (EP)
  • Telecommunication Engineering (ET)
  • Information System & Technology (II)
  • Others

-

15


144

144

144

144


Freshmen


First Year Program at The School of Electrical Engineering and Informatics


Semester I

Semester II

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

MA1101

Calculus IA

4

1

MA1201

Calculus IIA

4

2

FI1101

Elementary Physics IA

4

2

FI1201

Elementary Physics IIA

4

3

KI1101

Basic Chemistry IA

3

3

KI1201

Basic Chemistry IIA

3

4

KU1101

Konsep Pengembangan Ilmu Pengetahuan

2

4

KU1201

Sistem Alam & Semesta

2

5

KU1071

Introduction to Information Technology A

2

5

KU1001

Sport

2

6

KU102X

English

2

6

KU1011

Scientific Writing in Indonesian

2





7

EL1092

Fundamental of Electric Circuits

2

Total

17

Total

19


Sophomore (second year program)


Common for all Informatics Engineering (IF) students


Semester III

Semester IV

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

MA2072

Engineering Mathematic I

3

1

IF2032

Object Oriented Programming

4

2

IF2091

Discrete Structure

3

2

IF2034

Data Bases

3

3

EL2095

Digital Systems

3

3

IF2036

Software Engineering

3

4

EL2195

Digital Systems Laboratory

1

4

EL2010

Computer Architecture and Organization

3

5

IF2030

Algorithm & Data Structure

4

5

IF2052

Language Theory and Otomata

3

6

IF2092

Probability & Statistics

3

6

IF2050

Logic of Informatics

3

7

KU206X

Religion & Ethic

2





Total

19

Total

19



Computer Science

Submitted by admin on Tue, 2008-09-09 12:53

Third Year

Semester V

Semester VI

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

IF3057

Information System

3

1

IF3099

Human Computer Interaction

3

2

IF3055

Operating System

4

2

IF3054

Artificial Intelligence

3

3

IF3097

Computer Networks

3

3

IF3056

Distributed Systems

3

4

IF3051

Strategy of Algorithm

3

4

IF3094

Inter Personal Communication

2

5

IF3053

Computer Graphic & Visualization

3

5

IF3058

Cryptography

3

6


Elective Humaniora /Minor

2

6


Elective Non Study Program m/ Minor

3





7

KU2071

Pancasila and Civic Education

2

Total

18

Total

19

Computer Science elective courses for third year

Students selects 2 courses out of 4 courses

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

IF3053

Computer Graphics & Visualization

3

2

IF3035

Database Systems

3

3

IF3058

Criptography

3

4

IF3038

Internet Programming

3









Fourth Year

Semester VII

Semester VIII

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

IF4096

Final Project I & Seminar

2

1

IF4099

Final Project II

4

2


Eelctive Management

3

2

IF4090

Industrial Practice

1

3


Computer Science Elective Course

3

3

IF4092

Sociotechnology of Information

2

4


Elective Economy / Minor

3

4


Environment

3

5


Computer Science Elective Course

3

5


Computer Science Elective Course

3

6


Computer Science Elective Course / Minor

3

6


Computer Science Elective Course / Minor

3

7




7




Total

17

Total

16

Elective Courses: Computer Science

No

Code

Course Name

SCU

1

IF4050

Knowledge Based Systems

3

2

IF4051

Interpretation and Image Processing

3

3

IF4052

Modeling and Simulation

3

4

IF4053

Retrival Information Systems

3

5

IF4054

Wireless and Mobile Computing Systems

3

6

IF4055

Multimedia Systems

3

7

IF4056

Interaction Engineering

3

8

IF4057

Recycling System Engineering

3

9

IF4058

Special Topics in Computer Science I

3

10

IF4059

Special Topics in Computer Science II

3

Students who are interested in following plan of study of computer science may contact:

  1. Dr. Dwi Hendratmo
  2. Dr. Achmad Iman Kristijantoro

Software Engineering

Submitted by admin on Tue, 2008-09-09 12:55

Third Year

Semester V

Semester VI

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

IF3057

Information System

3

1

IF3099

Human Computer Interaction

3

2

IF3055

Operating System

4

2

IF3054

Artificial Intelligence

3

3

IF3097

Computer Networks

3

3

IF3056

Distributed Systems

3

4

IF3035

Database Systems

3

4

IF3094

Inter Personal Communication

2

5

IF3037

Advanced Software Engineering

3

5

IF3038

Internet Programming

3

6


ELective Humaniora /Minor

2

6


Elective Non Study Program /Minor

3





7

KU2071

Pancasila and Civic Education

2

Total

18

Total

19

Fourth Year

Semester VII

Semester VIII

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

IF4096

Final Project I & Seminar

2

1

IF4099

Final Project II

4

2


ELective Management

3

2

IF4090

Industrial Practice

1

3


Software Engineering Elective Course

3

3

IF4092

Sociotechnology of Information

2

4


Elective Economy / Minor

3

4


Environment

3

5


Software Engineering Elective Course

3

5


Software Engineering Elective Course

3

6


Software Engineering Elective Course / Minor

3

6


Software Engineering Elective Course / Minor

3

7




7




Total

17

Total

16

Elective Courses: Software Engineering

No

Code

Course Name

SCU

1

IF4030

Distributed Database System

3

2

IF4031

Project Management of Software

3

3

IF4032

Project of Software

3

4

IF4033

Method & Software Development Processes

3

5

IF4034

Software System Engineering

3

6

IF4035

Non Relational Data Base

3

7

IF4036

Analysis, Design of Object Oriented

3

8

IF4037

Data Base Technology

3

9

IF4038

Programming of System

3

10

IF4039



Students who are interested in following plan of study of Software Engineering may contact:

  1. Dr. G.A. Putri Saptawati
  2. Dr. Achmad Iman Kristijantoro


From Institute Teknologi Telkom

Kurikulum Program Studi 08|09 S1 Sistem Informasi
Semester 1 | Semester 2 | Semester 3 | Semester 4 | Semester 5 | Semester 6 | Semester 7 | Semester 8

No Kode MK Nama MK Sks
1. MA1113 KALKULUS I

3

2. IS1313 ALGORITMA PEMROGRAMAN

3

3. MA1513 TEORI PROBABILITAS

3

4. DU10X3 AGAMA

3

5. DU1132 BAHASA INGGRIS I (ACADEMIC WRITING)

2

6. IS1013 PENGANTAR SISTEM INFORMASI

3

7. IS1911 PRAK. ALG. PEMROGRAMAN & PEMANFAATAN TEK

1

Halaman : 1 | 2


Kurikulum Program Studi 08|09 S1 Sistem Komputer
Semester 1 | Semester 2 | Semester 3 | Semester 4 | Semester 5 | Semester 6 | Semester 7 | Semester 8

No Kode MK Nama MK Sks
1. MA1114 KALKULUS I

4

2. FI1113 FISIKA I

3

3. FI1911 PRAKTIKUM FISIKA I

1

4. SK1112 PENGANTAR TEKNIK KOMPUTER

2

5. DU10X3 AGAMA

3

6. DU1132 BAHASA INGGRIS I

2

7. DU1113 BAHASA INDONESIA

3

Halaman : 1 | 2

Kurikulum Program Studi 08|09 S1 Teknik Telekomunikasi
Semester 1 | Semester 2 | Semester 3 | Semester 4 | Semester 5 | Semester 6 | Semester 7 | Semester 8

No Kode MK Nama MK Sks
1. MA1114 KALKULUS I

4

2. FI1113 FISIKA I

3

3. TT1911 PRAKTIKUM DASAR TT I ( FISIKA I + ALGORITMA )

1

4. DU1203 PENGANTAR ILMU DAN TEKNOLOGI

3

5. DU10X3 AGAMA

3

6. DU1132 BAHASA INGGRIS I

2

7. SK1003 ALGORITMA

3

Halaman : 1 | 2

Department of Electrical Engineering and Computer Science links

Visit the MIT Department of Electrical Engineering and Computer Science home page at:
http://www.eecs.mit.edu/

Review the MIT Department of Electrical Engineering and Computer Science curriculum at:
http://ocw.mit.edu/OcwWeb/web/resources/curriculum/index.htm#6

Learn more about MIT Engineering:
http://engineering.mit.edu/



Updated within the past 180 days

MIT Course #Course TitleTerm

6.00Introduction to Computer Science and ProgrammingFall 2007

6.001Structure and Interpretation of Computer ProgramsSpring 2005

6.002Circuits and ElectronicsSpring 2007

6.003Signals and SystemsFall 2003

6.004Computation StructuresFall 2002
NEW
6.006Introduction to AlgorithmsSpring 2008

6.011Introduction to Communication, Control, and Signal ProcessingSpring 2004

6.012Microelectronic Devices and CircuitsFall 2003

6.012Microelectronic Devices and CircuitsFall 2005

6.013Electromagnetics and ApplicationsFall 2002

6.013Electromagnetics and ApplicationsFall 2005

6.021JQuantitative Physiology: Cells and TissuesFall 2004

6.022JQuantitative Physiology: Organ Transport SystemsSpring 2004

6.023JFields, Forces and Flows in Biological SystemsSpring 2007

6.024JMolecular, Cellular, and Tissue BiomechanicsFall 2006

6.025JIntroduction to Bioengineering (BE.010J)Spring 2006

6.033Computer System Engineering (SMA 5501)Spring 2005

6.034Artificial IntelligenceSpring 2005

6.034Artificial IntelligenceFall 2006

6.035Computer Language Engineering (SMA 5502)Fall 2005

6.041Probabilistic Systems Analysis and Applied ProbabilitySpring 2005

6.041Probabilistic Systems Analysis and Applied ProbabilitySpring 2006

6.042JMathematics for Computer Science (SMA 5512)Fall 2002

6.042JMathematics for Computer ScienceFall 2005

6.042JMathematics for Computer ScienceSpring 2005

6.045JAutomata, Computability, and ComplexitySpring 2005

6.046JIntroduction to Algorithms (SMA 5503)Fall 2005
NEW
6.050JInformation and EntropySpring 2008

6.055JThe Art of Approximation in Science and EngineeringSpring 2008
NEW
6.061Introduction to Electric Power SystemsSpring 2007

6.071JIntroduction to Electronics, Signals, and MeasurementSpring 2006

6.07JProjects in Microscale Engineering for the Life SciencesSpring 2007
NEW
6.080Great Ideas in Theoretical Computer ScienceSpring 2008
NEW
6.089Great Ideas in Theoretical Computer ScienceSpring 2008

6.090Building Programming Experience: A Lead-In to 6.001January (IAP) 2005

6.091Hands-On Introduction to Electrical Engineering Lab SkillsJanuary (IAP) 2008

6.092Bioinformatics and ProteomicsJanuary (IAP) 2005

6.092Java Preparation for 6.170January (IAP) 2006
NEW
6.092Introduction to Software Engineering in JavaJanuary (IAP) 2009

6.095JComputational Biology: Genomes, Networks, EvolutionFall 2005

6.096Algorithms for Computational BiologySpring 2005

6.097Fundamentals of Photonics: Quantum ElectronicsSpring 2006

6.099Street-Fighting MathematicsJanuary (IAP) 2008

6.101Introductory Analog Electronics LaboratorySpring 2007

6.111Introductory Digital Systems LaboratoryFall 2002
NEW
6.111Introductory Digital Systems LaboratorySpring 2006

6.152JMicro/Nano Processing TechnologyFall 2005

6.161Modern Optics Project LaboratoryFall 2005

6.163Strobe Project LaboratoryFall 2005

6.170Laboratory in Software EngineeringFall 2005

6.171Software Engineering for Web ApplicationsFall 2003

6.186Mobile Autonomous Systems LaboratoryJanuary (IAP) 2005

6.189A Gentle Introduction to Programming Using PythonJanuary (IAP) 2008

6.270Autonomous Robot Design CompetitionJanuary (IAP) 2005

6.338JApplied Parallel Computing (SMA 5505)Spring 2005

6.370Robocraft Programming CompetitionJanuary (IAP) 2005

6.431Probabilistic Systems Analysis and Applied ProbabilitySpring 2005

6.431Probabilistic Systems Analysis and Applied ProbabilitySpring 2006

6.521JQuantitative Physiology: Cells and TissuesFall 2004

6.637Modern Optics Project LaboratoryFall 2005
NEW
6.690Introduction to Electric Power SystemsSpring 2007

6.801Machine VisionFall 2004

6.803The Human Intelligence EnterpriseSpring 2002

6.803The Human Intelligence EnterpriseSpring 2006

6.804JComputational Cognitive ScienceFall 2004

6.805Ethics and the Law on the Electronic FrontierFall 2005

6.806Ethics and the Law on the Electronic FrontierFall 2005

6.833The Human Intelligence EnterpriseSpring 2002

6.833The Human Intelligence EnterpriseSpring 2006

6.837Computer GraphicsFall 2003

6.857Network and Computer SecurityFall 2003

6.866Machine VisionFall 2004

6.895Computational Biology: Genomes, Networks, EvolutionFall 2005

6.901Inventions and PatentsFall 2005

6.911Transcribing Prosodic Structure of Spoken Utterances with ToBIJanuary (IAP) 2006

6.912Introduction to Copyright LawJanuary (IAP) 2006

6.930Management in EngineeringFall 2004

6.974Fundamentals of Photonics: Quantum ElectronicsSpring 2006
^ Back to top

Updated within the past 180 days

MIT Course #Course TitleTerm

6.041Probabilistic Systems Analysis and Applied ProbabilitySpring 2005

6.041Probabilistic Systems Analysis and Applied ProbabilitySpring 2006
NEW
6.061Introduction to Electric Power SystemsSpring 2007

6.092Bioinformatics and ProteomicsJanuary (IAP) 2005

6.095JComputational Biology: Genomes, Networks, EvolutionFall 2005

6.097Fundamentals of Photonics: Quantum ElectronicsSpring 2006

6.231Dynamic Programming and Stochastic ControlFall 2002

6.241Dynamic Systems & ControlFall 2003

6.243JDynamics of Nonlinear SystemsFall 2003

6.245Multivariable Control SystemsSpring 2004

6.251JIntroduction to Mathematical ProgrammingFall 2002

6.252JNonlinear ProgrammingSpring 2003

6.252JNonlinear ProgrammingSpring 2004

6.253Convex Analysis and OptimizationSpring 2004

6.263JData Communication NetworksFall 2002

6.264JQueues: Theory and ApplicationsSpring 2006

6.281JLogistical and Transportation Planning MethodsFall 2004

6.281JLogistical and Transportation Planning MethodsFall 2006

6.301Solid-State CircuitsSpring 2003

6.302Feedback SystemsSpring 2007

6.331Advanced Circuit TechniquesSpring 2002

6.334Power ElectronicsSpring 2007

6.336JIntroduction to Numerical Simulation (SMA 5211)Fall 2003

6.337JIntroduction to Numerical MethodsFall 2006

6.339JNumerical Methods for Partial Differential Equations (SMA 5212)Spring 2003

6.341Discrete-Time Signal ProcessingFall 2005

6.345Automatic Speech RecognitionSpring 2003

6.370Robocraft Programming CompetitionJanuary (IAP) 2005

6.374Analysis and Design of Digital Integrated CircuitsFall 2003

6.431Probabilistic Systems Analysis and Applied ProbabilitySpring 2005

6.431Probabilistic Systems Analysis and Applied ProbabilitySpring 2006

6.432Stochastic Processes, Detection, and EstimationSpring 2004

6.435System IdentificationSpring 2005

6.436JFundamentals of ProbabilityFall 2005

6.441Transmission of InformationSpring 2003

6.443JQuantum Information ScienceSpring 2006

6.450Principles of Digital Communications IFall 2006

6.451Principles of Digital Communication IISpring 2005

6.452Principles of Wireless CommunicationsSpring 2006

6.453Quantum Optical CommunicationFall 2004

6.524JMolecular, Cellular and Tissue Biomechanics (BE.410J)Spring 2003

6.541JSpeech CommunicationSpring 2004

6.542JLaboratory on the Physiology, Acoustics, and Perception of SpeechFall 2005
NEW
6.543JThe Lexicon and Its FeaturesSpring 2007

6.551JAcoustics of Speech and HearingFall 2004

6.555JBiomedical Signal and Image ProcessingSpring 2007

6.561JFields, Forces, and Flows in Biological Systems (BE.430J)Fall 2004

6.581JFoundations of Algorithms and Computational Techniques in Systems BiologySpring 2006

6.630ElectromagneticsFall 2006

6.632Electromagnetic Wave TheorySpring 2003

6.635Advanced ElectromagnetismSpring 2003

6.637Optical Signals, Devices, and SystemsSpring 2003

6.641Electromagnetic Fields, Forces, and MotionSpring 2005

6.642Continuum ElectromechanicsFall 2004

6.651JIntroduction to Plasma Physics IFall 2003

6.651JIntroduction to Plasma Physics IFall 2006

6.661Receivers, Antennas, and SignalsSpring 2003

6.685Electric MachinesFall 2005
NEW
6.690Introduction to Electric Power SystemsSpring 2007

6.691Seminar in Electric Power SystemsSpring 2006

6.720JIntegrated Microelectronic DevicesSpring 2007

6.728Applied Quantum and Statistical PhysicsFall 2006

6.730Physics for Solid-State ApplicationsSpring 2003

6.763Applied SuperconductivityFall 2005

6.772Compound Semiconductor DevicesSpring 2003

6.774Physics of Microfabrication: Front End ProcessingFall 2004

6.776High Speed Communication CircuitsSpring 2005

6.777JDesign and Fabrication of Microelectromechanical DevicesSpring 2007

6.780Semiconductor ManufacturingSpring 2003
NEW
6.780JControl of Manufacturing ProcessesSpring 2008

6.781JSubmicrometer and Nanometer TechnologySpring 2006

6.801Machine VisionFall 2004

6.803The Human Intelligence EnterpriseSpring 2002

6.803The Human Intelligence EnterpriseSpring 2006

6.804JComputational Cognitive ScienceFall 2004

6.821Programming LanguagesFall 2002

6.823Computer System ArchitectureFall 2005

6.824Distributed Computer Systems EngineeringSpring 2006

6.825Techniques in Artificial Intelligence (SMA 5504)Fall 2002

6.826Principles of Computer SystemsSpring 2002

6.827Multithreaded Parallelism: Languages and CompilersFall 2002

6.828Operating System EngineeringFall 2006

6.829Computer NetworksFall 2002

6.830Database SystemsFall 2005

6.831User Interface Design and ImplementationFall 2004

6.833The Human Intelligence EnterpriseSpring 2002

6.833The Human Intelligence EnterpriseSpring 2006

6.834JCognitive RoboticsSpring 2005

6.837Computer GraphicsFall 2003

6.838Algorithms for Computer AnimationFall 2002

6.840JTheory of ComputationFall 2006

6.841JAdvanced Complexity TheoryFall 2001

6.844Computability Theory of and with SchemeSpring 2003

6.852JDistributed AlgorithmsFall 2005

6.854JAdvanced AlgorithmsFall 2001

6.854JAdvanced AlgorithmsFall 2005

6.855JNetwork OptimizationSpring 2003

6.856JRandomized AlgorithmsFall 2002

6.857Network and Computer SecurityFall 2003

6.859Integer Programming and Combinatorial OptimizationFall 2004

6.863JNatural Language and the Computer Representation of KnowledgeSpring 2003

6.864Advanced Natural Language ProcessingFall 2005

6.866Machine VisionFall 2004

6.867Machine LearningFall 2006

6.871Knowledge-Based Applications SystemsSpring 2005

6.872JMedical ComputingSpring 2003

6.872JEngineering Biomedical Information: From Bioinformatics to BiosurveillanceFall 2005

6.873JMedical Decision SupportSpring 2003

6.873JMedical Decision SupportFall 2005

6.874JComputational Functional GenomicsSpring 2005

6.875Cryptography and CryptanalysisSpring 2005

6.876JAdvanced Topics in CryptographySpring 2003

6.877JComputational Evolutionary BiologyFall 2005

6.881Representation and Modeling for Image AnalysisSpring 2005

6.883Program AnalysisFall 2005

6.883Pervasive Human Centric Computing (SMA 5508)Spring 2006

6.884Complex Digital SystemsSpring 2005

6.891Computational Evolutionary BiologyFall 2004

6.892Computational Models of DiscourseSpring 2004

6.895Theory of Parallel Systems (SMA 5509)Fall 2003

6.895Essential Coding TheoryFall 2004

6.895Computational Biology: Genomes, Networks, EvolutionFall 2005

6.896Theory of Parallel Hardware (SMA 5511)Spring 2004

6.897Selected Topics in CryptographySpring 2004

6.911Transcribing Prosodic Structure of Spoken Utterances with ToBIJanuary (IAP) 2006

6.931Development of Inventions and Creative IdeasSpring 2008

6.933JThe Structure of Engineering RevolutionsFall 2001

6.938Engineering Risk-Benefit AnalysisSpring 2007

6.946JClassical Mechanics: A Computational ApproachFall 2002

6.971Biomedical Devices Design LaboratoryFall 2007

6.972Game Theory and Mechanism DesignSpring 2005

6.972Algebraic Techniques and Semidefinite OptimizationSpring 2006

6.973Organic OptoelectronicsSpring 2003

6.973Communication System DesignSpring 2006

6.974Fundamentals of Photonics: Quantum ElectronicsSpring 2006

6.976High Speed Communication Circuits and SystemsSpring 2003

6.977Semiconductor Optoelectronics: Theory and DesignFall 2002

6.977Ultrafast OpticsSpring 2005

6.978JCommunications and Information PolicySpring 2006

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Tolak Upaya Kapitalisasi dan Liberalisasi Pendidikan di Indonesia

Indonesia butuh perubahan! Inilah kiranya ungkapan hati nurani yang mewakili harapan masyarakat negeri. Masyarakat telah bosan dengan keadaan kehidupan negeri ini yang tak kunjung baik dan tidak mampu membawa mereka kepada kesejahteraan hidup. Beberapa kali pergantian kepemimpinan tidak membawa perubahan secara signifikan negeri ini kepada kodisi yang lebih baik. Pada beberapa hal banyak dilakukan pembangunan fisik, terutama bangunan-bangunan komersial. Namun pada banyak hal pembangunan kondisi sosial-masyarakat diabaikan. Padahal masyarakat berharap banyak pemimpinnya itu adalah sosok yang memiliki jiwa pengabdian, rela berkorban, dan kepekaan sosial yang tinggi. Adakah yang salah atas kondisi ini?
Wajar jika masyarakat berharap demikian. Namun, harapan masyarakat itu tidak akan terwujud jika mereka tetap ridha dan tunduk dengan aturan yang digali dari ideologi kufur-kapitalisme yang sekuler. Ideologi kapitalisme itu telah menentukan corak kehidupan masyarakatnya dengan jiwa pengabdian kepada siapa pun yang mampu memberinya kenikmatan dunia (materialis), rela berkorban dengan segala cara meraih keuntungan dan kesenangan pribadi sebanyak-banyaknya (hedonis), dan tidak peduli dengan kondisi sosial masyarakat asalkan dirinya tidak mengganggu masyarakat dan masyarakat tidak tidak mengganggu kepentingan dirinya (individualis). Inilah output yang dikehendaki ideologi kapitalis melalui kurikulum dan kebijakan pendidikannya. Tidak hanya itu, bukankah ideologi ini diperkenalkan dan dipaksakan penerapannya kepada kita oleh negara-negara kafir penjajah yang kita benci??
Maka sangat ‘aneh’ mengharapkan sosok pemimpin yang adil, amanah, mengabdi sebagai pelayan masyarakat, tegas dalam mengambil keputusan, rela berkorban, dan memiliki kepekaan sosial yang tinggi seperti sosok pemimpin-pemimpin masa terbaik umat Islam seperti Abu Bakar, Umar bin Khattab, Umar bin Abdul Azis, bahkan sosok Rasulullah Saw sekalipun jika sistem pendidikan yang diterapkan bukan sistem pendidikan yang digali dari wahyu Tuhannya para pemimpin itu, yakni sistem pendidikan Islam. Dengan sistem pendidikan Islam itu, dan juga penerapan ideologi Islam pada segala bidang kehidupan, termasuk sistem pemerintahan Islam sajalah akan lahir sosok-sosok seperti pemimpin di atas. Hal ini tidak mustahil karena mereka semua sama, pada dasarnya adalah manusia biasa seperti manusia kebanyakan. Yang menjadikan mereka unggul dan mulia adalah karena mereka mengikuti petunjuk hidup dari Dzat Yang Maha Tinggi lagi Maha Mulia.
Berkenaan dengan peringatan hari pendidikan nasional (HARDIKNAS) yang jatuh pada tanggal 2 Mei ini, maka GEMA PEMBEBASAN menyatakan sikap dan menyeru:
1. Kepada pemerintah, sebagai pemimpin dan pelayan umat, agar serius dan tetap terlibat mengurus persoalan pendidikan sehingga mampu menyelenggarakan pendidikan murah bahkan gratis agar mudah di akses oleh semua lapisan masyarakat dengan memberdayakan kekayaan alam yang dimiliki serta penyelenggaraan pemerintahan yang bersih.
Mahalnya pendidikan merupakan buah kapitalisme. Pendidikan dianggap sebagai salah satu komoditas industri dan investasi hidup yang berharga mahal. Oleh karena itu, pandidikan hanya dapat di akses oleh orang-orang kaya sementara ”orang miskin dilarang sekolah”! Mahalnya biaya pendidikan juga sering dikaitkan dengan ketidakmampuan pemerintah menyediakan sumber dana pendidikan. Padahal berdasarkan UU Sisdiknas No. 20/2003 mengharuskan pemerintah mengalokasikan dana pendidikan 20% APBN. Namun sejauh ini, penyediaan dana tidak pernah mencapai 10%. Dana alokasi pendidikan 20% APBN itu masih terlalu kecil dibandingkan dana yang digunakan untuk membayar utang luar negeri yang berkisar 35-40 %/tahun APBN. Kemudian, alokasi dana pendidikan yang langsung menyentuh publik juga semakin sedikit karena harus melalui pemotongan-pemotongan administrasi dan praktek korupsi. Sementara, kekayaan alam yang seharusnya bisa menjadi andalan pembiayaan kita banyak yang “dirampok” asing atas sepengetahuan pemerintah dan atas nama privatisasi.
2. Kepada pemerintah dan para wakil rakyat agar membatalkan Rancangan Undang-undang Badan Hukum Pendidikan (RUU BHP) yang sarat dengan kepentingan asing kafir Barat dalam rangka mengokohkan hegemoni kapitalisme melalui kapitalisasi dan liberalisasi pendidikan di negeri ini.
RUU BHP yang masih dalam daftar tunggu undang-undang yang akan disahkan wakil rakyat sarat akan “pesanan” pihak asing yang akan mengambil keuntungan di baliknya. Lembaga-lembaga besar dunia yang merupakan mesin-mesin kapitalisme, seperti WTO, Bank Dunia (WB), dan IMF berkepentingan untuk segera disetujuinya RUU BHP. Padahal lembaga-lembaga itulah yang telah mengekang kita dalam kesengsaraan melalui kebijakan-kebijakan ekonominya. Yang membahayakan dari rekayasa mereka dalam dunia pendidikan kita, selain menjadikan pendidikan sebagai lahan bisnis, adalah pemaksaan penerimaan ide-ide yang digali dari ideologi kapitalisme, seperti HAM, demokrasi, kesetaraan gender, humanisme, kebebasan, pluralisme, sekularisme, dan lainnya. Ide-ide tersebut berbahaya karena digali dari pemikiran yang rendah bahkan utopia, serta telah banyak menjerumuskan manusia ke dalam lembah penderitaan.
3. Kepada pemerintah agar mau tidak mau harus mengambil sistem pendidikan Islam sebagai pilihan untuk mengatasi potret buram pada dunia pendidikan dan sistem kehidupan Islam dalam mengatur persoalan-persoalan dalam segala aspek kehidupan pada umumnya. Selanjutnya meninggalkan sistem kehidupan kufur-Kapitalisme yang telah menyengsarakan manusia.
Seperti di beritakan media massa, mutu pendidikan kita semakin melorot dalam 60 tahun terakhir. Penelitian Human Development Index (HDI) mengungkapkan, tahun 2004 pendidikan kita berada di urutan ke-111 dari 175 negara. Persoalan terjadi di sana sini; mulai dari sarana yang tidak memadai, membengkaknya anak putus sekolah, obral ijazah, jual beli nilai, ketidakprofesionalan para pendidik, kebijakan pemerintah yang anomali dan kurikulum yang selalu berubah mengikuti pergantian menteri pendidikan sampai pada output peserta didik dengan kualitas serba tanggung. Belum lagi kepribadian peserta didik yang terpecah dengan keahlian minim dan perilaku amburadul yang sarat kenakalan dan kekerasan.

4. Kepada seluruh lapisan masyarakat yang menghendaki perubahan, agar bergabung dalam barisan gerakan perubahan hakiki, yakni gerakan yang menghendaki tegaknya sistem pemerintahan Islam (Khilafah Islamiyyah) yang akan menerapkan hukum-hukum Islam dan mengembannya sebagai rahmat bagi semesta alam.

“Hai orang-orang yang beriman, penuhilah seruan Allah dan seruan Rasul apabila Rasul menyeru kamu kepada suatu yang memberi kehidupan kepada kamu”. (QS. Al-Anfaal [8]: 24)

“Dan hendaklah ada di antara kamu segolongan umat yang menyeru kepada kebajikan, menyuruh kepada yang ma’ruf dan mencegah dari yang munkar; merekalah orang-orang yang beruntung.” (QS. Ali Imran [3]: 104)

“Sesungguhnya Allah tidak merubah keadaan sesuatu kaum sehingga mereka merubah keadaan yang ada pada diri mereka sendiri.” (QS. Ar-Ra’d [13]: 11)

“Akan datang masa kekhilafahan yang berjalan atas metode kenabian..” (HR. Ahmad)

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Pengurus Pusat Gema Pembebasan