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urikulum/CurriculumIT

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[FAKULTAS TEKNOLOGI INDUSTRI]

[FACULTY OF INDUSTRIAL TECHNOLOGY]

Program StudiDepartment

JURUSAN TEKNIK FISIKA/PROGRAM STUDI S2 TEKNIK FISIKAENGINEERING PHYSICS DEPARTEMENT / STUDY PROGRAM S2

ENGINEERING PHYSICS

Jenjang Pendidikan

ProgrammeMAGISTERMAGISTER

Kompetensi

Lulusan

Mampu menganalisa secara fundamental dan integral padapermasalahan keteknikan yang berkaitan dengan effisiensi

energi.

Mampu menganalisa permasalahan di industri yang berkaitandengan instrumentasi, prinsip prinsip sistem pengendalian,

proses di industri dan memecahkannya dalam bentuk

kemampuan perancangan ulang sistem instrumentasi dan

pengendalian pada proses di industri

Mampu menganalisa permasalahan yang berkaitan dengan ilmufisika pada bidang medis dan memecahkannya dalam bentuk

inovasi instrumen maupun strategi pengukuran yang berkaitan

dengan variabel fisika pada medis.

Graduate

Competence

Ability to analyze the fundamental and integral to the technicalproblems related to energy efficiency.

Ability to analyze problems in the industry relating toinstrumentation, the principle of control systems, industrial

processes and ability to solve them in the form of redesigned

instrumentation and control systems in process industry

Ability to analyze issues related to physical science in the medicalfield and solve it in the form of innovation measurement

instruments and strategies related to the medical physics

variables.


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STRUKTUR KURIKULUM/COURSE STRUCTURE

No. Kode MK

Code

Nama Mata Kuliah (MK)

Course Title

sks

Credits

SEMESTER I

1 TF092311 Fisika Teknik Lanjut

Advanced Enegineering Physics

3

2 TF092312 Instrumentasi Lanjut

Advanced Instrumentation

3

3 TF092313 Matematika Teknik Lanjut

Advanced Engineering Mathematics

3

4 TF092314 Dinamika Sistem Lanjut

Advanced System Dynamics

3

Jumlah sks/Total of credits 12

SEMESTER II

1 TF092321 Desain EksperimentalDesain Eksperiment

2

2 TF092322 Sistem Pengukuran Lanjut

Advanced Measurement System

3

3 TF092322 Identifikasi Sistem

System Identification

2

4 TF092324 Seminar Proposal

Proposal Seminar

2


SEMESTER III

1 TF0924xx Mata Kuliah Pilihan

Elective Course

2


Elective Course

2


Elective Course

2


Elective Course

2


Elective Course

2


SEMESTER IV

1 TF092325 Tesis

Thesis

5



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SILABUS KURIKULUM/COURSE SYLLABUS

MATA KULIAH/

COURSE TITLE

TF092311: FISIKA TEKNIK LANJUT

TF092311:Advanced Engineering Physics

Credits : 3 / 3

Semester: 1

TUJUAN

PEMBELAJARAN/

LEARNING

OBJECTIVES

Mahasiswa mampu menjelaskan dan menerapkan konsep konsep

dari fisika lanjut pada berbagai bidang keteknikan di industri.

Students are able to explain and apply the concepts of physics

advance in various fields of engineering in the industry.

KOMPETENSI/

COMPETENCY

Mahasiswa mampu menjelaskan tentang konsep fisika padaketeknikan

Mahasiswa mampu merumuskan konsep fisika pada bidangketeknikan

Mahasiswa mampu menganalisis konsep-konsep fisika padabidang keteknikan

Students are able to explain the physics concepts in engineering Students are able to formulate concepts of physics in the field of

engineering

Students can analyze the concepts of physics in the field ofengineering

POKOK

BAHASAN/SUBJECTS

Energi dan Perpindahan Energi Mekanika dan Dinamika Fluida Getaran dan Gelombang Termodinamika Energy dan Transfer Energy Mechanics and Dynamics of Fluid Oscilation and Wave Thermodinamycs

PUSTAKA

UTAMA/

REFERENCES

Palmer, S.B. and Rogalski, M.S., Advanced University Physics, 2006 Mukherji, Uma, Engineering Physics, Alpha Sci. International

Publishing, 2003

Parthasarathy, H., Advanced Engineering Physics, Anshan Publ.2007

Khare, P., Swarup, A., Engineering Physics: Fundamentals & ModernApplications, Infinity Sci. Press


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Mikell P. Groover, Automation, Production System, and ComputerIntegrated Manufacturing, 2

ndEdition, Prentice Hall, 2000

MATA KULIAH/

COURSE TITLE

TF092312: INSTRUMENTASI LANJUT

TF092312:Advanced Instrumentation

Credits : 3 / 3

Semester: 1

TUJUAN

PEMBELAJARAN/LEARNING

OBJECTIVES

Mahasiswa mampu menjelaskan tentang teknologi instrumentasi dan

otomasi proses di industri.

Students are able to explain about the technology, instrumentation

and automation in industrial processes.

KOMPETENSI/

COMPETENCY

Mahasiswa mampu menjelaskan tentang teknologi instrumentasiterkini di industri

Mahasiswa mampu menjelaskan sistem otomasi proses terkini diindustri

Mahasiswa mampu merancang sistem instrumentasi denganelemen elemen terkini dalam proses di industri.

Students can describe the latest instrumentation technology in theindustry

Students can explain the latest process automation systems in theindustry

Students are able to design instrumentation with elements of thesystem - the latest element in the process industries.

POKOK

BAHASAN/

SUBJECTS

Elemen elemen pendukung sistem otomasi proses Pengukuran besaran-besaran industri Teknologi sensor dan transmiter Perangkat lunak dan perangkat keras sistem otomasi proses Prosedur desain dan rekayasa sistem pada otomasi industri Aplikasi instrumentasi pada otomasi proses industri The element supporting the process automation system Measurement of industrial variables Sensors and transmiters technology The software and hardware automation systems process


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Procedure design and engineering systems in industrialautomation

Instrumentation applications in industrial process automation

PUSTAKA

UTAMA/

REFERENCES

Sing S.K, Industrial Instrumentation and Control , Tata McGrawHill, 2

ndEdition, 2003.

Doebelin E. O, Measurement Systems Application and Design,McGraw Hill, 2000.

Senbon, T. & Hanabuchi, H., Instrumentation Systems :Fundamental and Application, Springer Verlag

Webster, John G., The Measurement. Instrumentation andSensors Handbook, IEEE Press

Considine, D.M., Process Industrial Instruments and ControlHandbook, Mc Graw Hill

Anderson, N.A., Instrumentation for Process Measurement andControl, CRC Plus

MATA KULIAH/

COURSE TITLE

TF092313: MATEMATIKA TEKNIK LANJUT

TF092312:Advanced Engineering Mathematics

Credits : 3 / 3

Semester: 1

TUJUAN

PEMBELAJARAN/

LEARNING

OBJECTIVES

Mahasiswa mampu menggunakan prinsip prinsip matematika untuk

permsalahan pada bidang keteknikan.

Students can use the principle of mathematics to problems in the field

of engineering

KOMPETENSI/

COMPETENCY

Mahasiswa mampu menjelaskan variabel kompleks dalamfenomena fisika

Mahasiswa mampu menyelesaikan persamaan diferensial denganTransformasi Fourier, Transformasi Laplace dan Transformasi Z

Mahasiswa mampu memahami konsep persamaan diferensialdalam bentuk persamaan ruang keadaan

Students are able to explain the complex variables in physicsphenomena

Students are able to resolve differential equations with Fouriertransform, Laplace transform and Z Transformation


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Students are able to understand the concept of differentialequations in the form of state space equation.

POKOK

BAHASAN/

SUBJECTS

Variabel komplek, Fungsi Variabel Komplek Deret Fourier, Transformasi Fourier Transformasi Z Persamaan diferensial orde tinggi, Persamaan Euler Persamaan Diferensial non linier, Persamaan Ruang Keadaan Complex VariableFunction of Complex Variable Fourier Series, Fourier Transformation Z Transformation High Order Differential Equations, Euler Equation Non Linear Diferential Equation, State Space Equation

PUSTAKA

UTAMA/

REFERENCES

Kusse, B.R., Westwig, E.A., Mathematical Physics: AppliedMathematics for Scientists and Engineers, Wiley-VCH, 2006

Courant R. , Hilbert D., Methods of Mathematical Physics vol 1 & 2,Wiley-VCH, 1989

MATA KULIAH/

COURSE TITLE

TF092313: DINAMIKA SISTEM LANJUT

TF092313:Advanced System Dynamics

Credits : 3 / 3

Semester: 1

TUJUAN

PEMBELAJARAN/

LEARNING

OBJECTIVES

Mahasiswa mampu menganalisa tentang model dari sistem dinamika

pada beberapa permasalahan keteknikan.

Students are able to analyze the dynamics of the model system at

some technical problems

KOMPETENSI/

COMPETENCY

Mahasiswa mampu menjelaskan tentang dinamika sebuah sistemdan menurunkannya dalam bentuk persamaan matematis

Mahasiswa mampu menganalisa bentuk model matematis daridinamika sistem dalam domain waktu

Mahasiswa mampu menganalisa respon dinamika sebuahdinamika sistem dalam domain waktu dan frekuensi


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Students are able to explain the dynamics of a system and show itin the form of mathematical equations

Students are able to analyze the form of a mathematical model ofthe dynamics of the system in time domain

Students can analyze the dynamic response of a system in time andfrequency domain.

POKOK

BAHASAN/SUBJECTS

Pemodelan sistem mekanik Pemodelan sistem elektrik Pemodelan sistem termal, radiasi , sistem kimia dan biologi Pemodelan dinamika sistem linier dan non linier Respon sistem dalam domain waktu dan domain frekuensi Modeling of mechanical systems Modeling of electrical systems Modeling of termal, radiation systems, chemical and biological

systems

Modeling the dynamics of linear systems and non linear systems Response systems in time and frequency domain

PUSTAKA

UTAMA/REFERENCES

Malin, T.E., Proces Control, Design Process, and Control System forDynamic Performance, McGrawHill 2000.

Baba & Haranon, Process Dynamics : Modelling and Control,McGraw Hill 1992

MATA KULIAH/

COURSE TITLE

TF092321: DESAIN EKSPERIMENTAL

TF092321: Experimental Design

Credits : 2/ 2

Semester: 2

TUJUAN

PEMBELAJARAN/

LEARNING

OBJECTIVES

Mahasiswa mampu merancang kegiatan eksperimen untuk

menyelesaikan permasalahan teknik.

Students are able to design experiments to complete the activities o

technical problems.

KOMPETENSI/ Mahasiswa mampu menjelaskan tentang konsep kegiatan


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COMPETENCY eksperimen

Mahasiswa mampu merancang kegiatan eksperimen yangmencakup peralatan yang digunakan, mengukur, mengolah dan

menginterpretasi data

Students are able to explain about the concept of experimentalactivities

Students are able to design experiments that include activities thatuse equipment, measuring, processing and interpreting data

POKOK

BAHASAN/

SUBJECTS

Metode Penelitian Etika Ilmiah Penulisan Karya Ilmiah Penelusuran Referensi Penelitian Research Methods Scientific Ethics Writing Scientific Papers Research Reference Search

PUSTAKA

UTAMA/

REFERENCES

Hicks, Fundamental Concept in the Design of Experiment, HoltRinehart Weston, 1973

Pedoman Singkat Penyusunan Usulan Penelitian, InstitutTeknologi Bandung, Program Pascasarjana , 2004

Anthony, J., Design of Experiments for Scientist and Engineers,Butterworth-Heinemann, 2003

MATA KULIAH/

COURSE TITLE

TF092322: SISTEM PENGUKURAN LANJUT

TF092321:Advanced Measurement System

Credits : 3/ 3Semester: 2

TUJUAN

PEMBELAJARAN/

LEARNING

OBJECTIVES

Mahasiswa mampu mengintrepretasikan dan menganalisa berbagai

besaran fisis dalam pengukuran sebuah sistem .

Students are able to interpretation and analyze of various physical

quantities in the measurement of a system

KOMPETENSI/ Mahasiswa mampu menjelaskan tentang berbagai besaran fisis

dan energi


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COMPETENCY Mahasiswa mampu merancang dan analisa suatu sistem sensordalam instrumen analitik

Mahasiswa mampu merancang dan menganalisa sistemmonitoring melalui realisasi software dan hardware dalam suatu

instrumen

Students are able to explain about the various physical and energyquantities

Students are able to design and analysis of a sensor system inanalytic instruments

Students are able to design and analyze the monitoring systemthrough software and hardware realization of an instrument

POKOK

BAHASAN/

SUBJECTS

Teknik pengukuran berbagai besaran fisis dan energi

Pemilihan Jenis sensor Instrumen analitik Sistem wireless Telemetri untuk pengukuran dan monitoring Realisasi software dan hardware

Technique of measurement of physical quantities and energy Selection of sensor type Analitic Instrumentation Wireless System Telemetry for measuring and monitoring Realization Software and Hardware

PUSTAKA

UTAMA/

REFERENCES

Bela G Liptak, Process Measurement and Analysis, Chilton BC.1995.

Bentley John.P., Principles of Measurement System, MC Graw Hill,2005

D'Antona, G., Ferrero, A., Digital Signal Processing forMeasurement Systems: Theory and Applications, Springer Verlag

2007

Nawrocki, W. , Measurement Systems And Sensors, Artech HousePubl., 2005

Webster, J.G., Measurement, Instrumentation, and SensorsHandbook, CRC, 1999


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MATA KULIAH/

COURSE TITLE

TF092322: IDENTIFIKASI SISTEM

TF092322: System Identification

Credits : 2/ 2

Semester: 2

TUJUAN

PEMBELAJARAN/

LEARNING

OBJECTIVES

Mahasiswa mampu mengidentifikasi dan menganalisa suatu sistem

yang mengandung variabel fisis.

Students are able to identify and analyze a system containing physical

variables.

KOMPETENSI/COMPETENCY

Mahasiswa mampu menjelaskan tentang tahapan dalamidentifikasi suatu sistem linier dan non linier

Students are able to explain the stages in the identification of alinear and non linear system

POKOK

BAHASAN/

SUBJECTS

Teknik pengambilan data pada suatu proses Teknik dan algoritma identifikasi proses untuk sistem linier Teknik dan algoritma identifikasi proses untuk sistem non linier Identifikasi ARXdan ARMAX Identifikasi Wiener dan Hamerstein

Data capture technique in a process Techniques and algorithms for system identification in linear

process

Techniques and algorithms for system identification in nonlinearprocess

ARX and ARMAX identification Wiener and Hamerstein identification

PUSTAKA

UTAMA/

REFERENCES

Haber R, Keviczky, Nonlinear System Identification: Input-OutputModelling Approach, Kluwer Academic Publisher.

Ljung, L., System Identification, Prentice Hall, 1999. Juang, JN, Applied System Identification , Prentice Hall, 1993.

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