TF092412: KONTROL OTOMATIK LANJUT TF092412: Advance Automatic Control

  [FAKULTAS TEKNOLOGI INDUSTRI] [FACULTY OF INDUSTRIAL TECHNOLOGY] ELECTIVE COURSES TF092411: TEKNIK OPTIMASI MATA KULIAH/ TF092441: Optimization Techniques

COURSE TITLE

  2/ 2

  Credits :

3 Semester:

  TUJUAN Mahasiswa mampu menerapkan konsep optimasi pada suatu

  x

  PEMBELAJARAN/

  sistem

  LEARNING Students are able to apply the optimization concepts in a system

  OBJECTIVES x

  Mahasiswa mampu menjelaskan konsep optimasi sebuah sistem x Mahasiswa mampu melakukan prosedur dalam optimasi sebuah x

  KOMPETENSI/

  sistem

  COMPETENCY Students are able to explain the optimization concepts in a system

  x

  Students are able to do the optimization procedures in a system

  x Ruang lingkup, tingkatan optimasi dan prosedur memecahkan x masalah optimasi Formulasi fungsi obyektif, biaya investasi, biaya operasional, x mengukur dan mengoptimalkan keuntungan Teori dan metoda optimisasi : konsep dasar, optimisasi tanpa x kendala, optimisasi multivariabel dengan kendala, Pemrograman Linier dan aplikasinya Aplikasi teknik optimisasi pada industri proses : boilers, x

  POKOK

  compressors, CSTR, evaporators, heat exchanger, dan dan proses

  BAHASAN/

  separasi; Optimisasi pada disain plant skala besar (large-scale)

  ITS : 2009-2014 SUBJECTS

  The scope, level of optimization and optimization problem solving

  x

  procedures Formulation of objective functions, investment costs, operational

  x

  rriculum costs, measure and optimize the benefits

  Cu Theory and methods of optimization: basic concepts, optimization

  x

  without constraints, multivariable optimization with constraints, Linear Programming and its application The application of optimization techniques in industrial processes:

  x

  Kurikulum/ boilers, Compressors, CSTR, Evaporators, heat exchangers, and

  separation process; Optimization of plant design of large-scale (large-scale) PUSTAKA Rao, Optimization – Theory and design, Tata McGraw Hill.

  x

  UTAMA/ Himmelblau TF, Lasdon LS, Optimization of Chemical Process,

  x McGraw Hill, 2001

  REFERENCES TF092412: KONTROL OTOMATIK LANJUT MATA KULIAH/ TF092412: Advance Automatic Control

COURSE TITLE

  Credits : 2/ 2 Semester:

  3 Mahasiswa mampu merancang sistem pengendalian yang x

  TUJUAN

  berbasis pada teknologi untuk pencapaian peningkatan

  PEMBELAJARAN/ produktivitas dan kualitas produk.

  LEARNING OBJECTIVES

  x Students are able to design control systems based on technology for

  achieving increased productivity and product quality

  Mahasiswa mampu menganalisis dan melakukan perancangan x sistem pengendalian otomatik menggunakan persamaan ruang keadaan (state space), sampai pada optimasi system Mahasiswa mampu berfikir kreatif dalam membuat model sistem x pengendalian otomatis dengan menggunakan media TIK, serta

  KOMPETENSI/

  memprsentasikan hasil karya rancangan

  COMPETENCY Students can analyze and perform an automatic control system

  x

  design using state space, until to the optimization system Students are able to think creatively to make a model of

  x

  ITS : 2009-2014 automatic control systems by using ICT media, and prsentetation their design work

  Kendali secara Prediktif x

  rriculum

  Model Kendali Internal x

  POKOK Cu

  Sistem Kendali Model Referensi x

  BAHASAN/ Predictive Control

  SUBJECTS x Internal Model Control

  x

  Reference Model Control

  x

  Kurikulum/ Camacho and Bourdon, Model Predictive Control, Springer Verlag, x 2000.

  PUSTAKA

  Anshari R.M, Tade M O, Nonlinear Model Based Process Control – x

  UTAMA/ Application in Petroleum Refining, Springer Verlag, 2000.

  REFERENCES Bela L Liptak , Control Process, Chilton BC. 1995.

  x

TF092413: STATISTICAL PROCESS CONTROL

  MATA KULIAH/ TF092413: Statistical Process Control

COURSE TITLE

  Credits : 2/ 2 Semester:

  3 Mahasiswa mampu menerapkan konsep kendali kualitas secara x

  TUJUAN

  statistik, mengidentifikasi sistem untuk meningkatkan kualitas

  PEMBELAJARAN/

  dari sistem

  LEARNING OBJECTIVES Students can apply the concept of statistical quality control,

  x

  identifying the system to improve the quality of the system

  Mahasiswa mampu menerapkan prosedur dalam memperoleh x chart kendali kualitas pada suatu sistem Mahasiswa mampu menganalisa kualitas dan kapabilitas suatu x sistem Mahasiswa mampu merancang ulang untuk meningkatkan x

  KOMPETENSI/

  kualitas sistem

  COMPETENCY Students can apply the procedure in obtaining the quality control

  x

  charts in a system Students can analyze the quality and capability of a system

  x

  ITS : 2009-2014 Students are able to redesign the system to improve the quality of

  x

  system

  Chart Control x

  rriculum

  Prinsip sampling, karakteristik operasi x

  POKOK

  Karakteristik proses Cu x

  BAHASAN/ Chart Control

  SUBJECTS

  x

  

Sampling priciples, operation characterization

  x

  Process Characteristics

  x

  Kurikulum/

  PUSTAKA

  Chen, C.L., Statistical Process Control x Montgomery, D.C., Introduction to Statistical Quality Control,

  UTAMA/

  x Wiley & Sons , 1996

  REFERENCES TF092414: SISTEM KECERDASAN BUATAN MATA KULIAH/ TF092414: Artificial Intelligence

COURSE TITLE

  2/ 2

  Credits :

  3 Semester: x Mahasiswa mampu menerapkan beberapa sistem kecerdasan

  TUJUAN buatan dalam sistem rekayasa. PEMBELAJARAN/ LEARNING

  Students are able to apply some artificial intelligence systems in

  x

  OBJECTIVES systems engineering

  Mahasiswa mampu merancang sistem instrumentasi dan x pengendalian dengan berdasarkan kecerdasan buatan Mahasiswa mampu menggunakan sistem kecerdasan buatan pada x beberapa kasus keteknikan

  KOMPETENSI/ COMPETENCY

  x Students are able to design instrumentation and control systems

  based on artificial intelligence

  x Students are able to use artificial intelligence systems in some

  technical cases

  Kecerdasan Buatan x Sistem Fuzzy x

  ITS : 2009-2014

  Jaringan syaraf tiruan x

  POKOK

  Sistem pakar x

  BAHASAN/ rriculum

  Artificial Intelligence SUBJECTS

  x

  Cu Fuzzy Systems

  x

  Neural Network

  x

  Expert System

  x

  Kurikulum/ PUSTAKA Fawset L, Fundamental of Neural Networks – Architectures,

  x

  UTAMA/ Algorithm and Applications, Prentice Hall, 1994.

  Zimmerman H J, Fuzzy Set Theory and Its Application, Kluwer

  REFERENCES x Academic Publisher, Boston, 1996.

  Kosko B, Neural Networks and Fuzzy Systems, Prentice Hall, 1992 x Kovacic, S., Bogdan, S., Fuzzy Controller Design,CRC Taylor & x Francis Group, 2005

  TF092415: TEKNOLOGI SISTEM INFORMASI MATA KULIAH/ TF092415: Information System Technology

COURSE TITLE

  2/ 2

  Credits :

3 Semester:

  Mahasiswa mampu menggunakan sistem teknologi informasi x

  TUJUAN

  sebagai pendukung thesisnya

  PEMBELAJARAN/ LEARNING

  Students are able to use information technology systems to

  x

  OBJECTIVES support the thesis

  Mahasiswa mampu menggunakan sistem teknologi informasi x untuk materi presentasi ilmiah Mahasiswa mampu merancang sistem informasi teknologi secara x terintegrasi

  KOMPETENSI/ COMPETENCY

  Students are able to use information technology systems for

  x

  scientific presentation Students can design a system of integrated information

  x

  technology

  Arsitektur Sistem Informasi Terintegrasi, Sistem antarmuka x Instrumen Integrasi dan Migrasi x

  ITS : 2009-2014

  Database historis dan real time, relasi sistem data base x Program otomasi, layer presentasi data x

  POKOK

  Sistem berbasis pengetahuan x

  rriculum BAHASAN/

  Cu Integrated Information System Architecture, Information System

  SUBJECTS

  x

  Interfacing Instrument Integration and Migration

  x

  Real-Time and Historical Database

  x

  

Program Automation , Data Presentation Layer

  x

  Kurikulum/ Knowledge Based System

  x

  PUSTAKA Malaga, R., Information System Technology, Prentice Hall

  x

  UTAMA/ Davis, W.S. and Yen, D.C., The Information System Consultant’s

  x Handbook: Systems Analysis and Design, CRC Press.

  REFERENCES TF092416: DATA MINING DAN MANAJEMEN DATA MATA KULIAH/ TF092416: Mining and Managemen Data

COURSE TITLE

  2/ 2

  Credits : Semester: 3 TUJUAN Mahasiswa mampu mengolah dan mengelola data untuk

  keperluan pelayanan kesehatan dan biomedis

  PEMBELAJARAN/ LEARNING

  Students are able to process and manage data for health services OBJECTIVES and biomedical

  Mahasiswa mampu melakukan pengolahan data mining x Mahasiswa mampu mengelola data untuk pelayanan kesehatan x

  KOMPETENSI/

  dan biomedis

  COMPETENCY Students are able to do the processing of data mining

  x

  Students are able to manage data for health services and

  x

  biomedical

  Manajemen pengetahuan dan data mining x Strategi data mining: supervisi, un supervisi x Algoritma dan teknik pada data mining: prediksi, klasifikasi, x eksplorasi dan, analisa afinitas

  POKOK

  Aplikasi Data Mining pada Data Pelayanan Kesehatan dan x

  BAHASAN/ biomedis

  ITS : 2009-2014 SUBJECTS

  Knowledge management and data mining (overview)

  x

  

Data mining strategies: supervised, unsupervised

  x

  Algorithms and techniques in data mining: prediction, rriculum

  x

  classification, exploration, affinity analysis Cu

  Data Mining Applications in Health Care Data and biomedical

  x

  PUSTAKA

  Hand, Mannila, and Smyth., Principles of Data Mining. Cambridge, x MA: MIT Press, 2001.

  UTAMA/

  Edelstein, Introduction to Data Mining and Knowledge Discovery, x

  REFERENCES Kurikulum/

  Cios, K.J., Medical Data Mining and Knowledge Discovery, Physica- x

  Verlag Heidelberg, 2001

  TF092421: FISIKA TUBUH MANUSIA MATA KULIAH/ TF092421: Human Body Physics

COURSE TITLE

  2/ 2

  Credits : Semester: 3

  Mahasiswa mampu menganalisa fenomena fisika dalam sistem

  TUJUAN

  tubuh manusia

  PEMBELAJARAN/ LEARNING

  Students are able to analyze physical phenomena in the human OBJECTIVES body system

  x Mahasiswa mampu menganalisa fenomena fisika yang terkait dengan anatomi dan fisiologi tubuh manusia x Mahasiswa mampu menganalisa sifat keteknikan yang terkait

  KOMPETENSI/

  dengan anatomi dan fisiologi tubuh manusia

  COMPETENCY

  x Students able to analyze the physical phenomena associated with

  

the anatomy and physiology of the human body

  x Students able to analyze the technical nature related to the

  anatomy and physiology of the human body

  Terminologi-terminologi penting terkait dalam anatomi dan x fisiologi tubuh, sel: organ, Mekanisme komunikasi serta pertukaran antar sel, rangka dan x sistem otot, jantung dan sistem peredaran darah, sistem pernafasan, sistem dan organ pencernaan, ginjal dan sistem

  ITS : 2009-2014

  urogenital, sistem endokrin, darah dan sistem kekebalan, otak

  POKOK dan sistem syaraf, organ-organ pengindera, kulit. BAHASAN/ SUBJECTS rriculum

  Terminology is important-related terminology in anatomy and

  x

  Cu physiology, cell: organ, The mechanism of communication and exchange between cells,

  x

  the framework and the muscular system, heart and circulatory system, respiratory system, digestive system and organs, kidney and urogenital system, endocrine system, blood and immune

  Kurikulum/ system, brain and nervous system, organs, sensors, skin

  PUSTAKA

  x Herman, Irving P., Physics of the Human Body, Springer, 2007

  UTAMA/

  x Marieb, E. N., Human Anatomy and Physiology, Benjamin Cummings, 2003

  REFERENCES TF092422: DASAR-DASAR CLINICAL ENGINEERING MATA KULIAH/ TF092422: Fundamental Of Clinical Engineering

COURSE TITLE

  2/ 2

  Credits : Semester: 3

  Mahasiswa mampu memahami dan menjalankan prosedur untuk memenuhi standard pelayanan kesehatan yang terkait dengan

  TUJUAN

  bidang keteknikan

  PEMBELAJARAN/ LEARNING

  Students are able to understand and carry out procedures to meet OBJECTIVES the standard of health services associated with the field of engineering

  x Mahasiswa mampu memahami standard prosedur dalam pengelolaan rumah sakit yang terkait dengan problem keteknikan x Mahasiswa mampu memahami regulasi dan standard dalam

  KOMPETENSI/

  pelayanan kesehatan

  COMPETENCY

  x Students are able to understand the standard procedures in the

  management of hospital-related technical problems

  x Students are able to understand the regulations and standards in

  health care Clinical Engineer (CE) sebagai suatu profesi (overview),

  x

  ITS : 2009-2014

  Peran, karier & tanggung jawab CE, Model suatu Departemen CE x di Rumah Sakit, CE dan peran manajerial, CE dan issues Patient-safety, CE dan x

  POKOK rriculum

  problem keteknikan di Rumah Sakit,

  BAHASAN/

  Regulasi dan Standard di bidang pelayanan kesehatan, Cu x

  SUBJECTS

  Professionalism and Ethics, CE dimasa depan x

  

Clinical Engineer (CE) as a profession (overview),

  x

  Kurikulum/ Roles, responsibilities careers & CE, Model CE Department in a

  x

  Hospital CE and managerial roles, CE and Patient-safety issues, CE and

  x

  technical problems at the hospital Regulations and Standards in the field of health services,

  x

  Professionalism and Ethics CE in the future

  x

  PUSTAKA Dyro, J., Clinical Engineering Handbook, Elsevier

  x David, Y., Clincal Engineering (Principles and Applications), Taylor

  UTAMA/

  x & Francis.

  REFERENCES

TF092423: ASSESMEN DAN MANAJEMEN TEKNOLOGI KESEHATAN MATA KULIAH/

  

TF092423: Assesment And Management of

COURSE TITLE

  Healthcare Credits : 2/ 2 Semester: 3

  Mahasiswa mampu melakukan asesmen dan manajemen yang

  TUJUAN

  terkait dengan instrumen dalam teknologi kesehatan

  PEMBELAJARAN/ LEARNING

  Students are able to do an assessment and manage the OBJECTIVES instrument in health technology

  x Mahasiswa mampu melakukan asesmen instrumen untuk pelayanan kesehatan x Mahasiswa mampu mengelola penggunaan intrumen untuk pelayanan kesehatan x Mahasiswa mampu mengelola laboratorium untuk pelayanan

  KOMPETENSI/

  kesehatan

  ITS : 2009-2014 COMPETENCY

  x Students are able to do an assessment of instrument for health

  services rriculum

  x Students are able to manage the use of instruments for health

  Cu services

  x Students are able to manage the laboratory for health services Penilaian teknologi, Usability / Kompatibilitas penilaian x

  POKOK

  seleksi Produk / seleksi vendor, Device integrasi perencanaan, x

  BAHASAN/ Kurikulum/

  analisis siklus hidup, Device / upgrade sistem perencanaan

  SUBJECTS Analisis laba atas investasi (Return on Invesment - ROI),

  x perencanaan strategis teknologi kesehatan, manajemen Uji klinis (non-penelitian), perencanaan kapital Management Project, EMI / manajemen frekuensi radio, x penggunaan dan / atau aplikasi perangkat Klinis, prosedur set-up / pengujian Pre-Clinical, Partisipasi dalam prosedur klinis (misalnya pembedahan), Manajemen kualitas air, laboratorium, dialisis, farmasi, perangkat x Koordinator interoperabilitas / interfacing, jaringan sistem Klinis, Interpretasi kode dan standar

  Technology assessment, usability/compatibility assessment,

  x

  Product selection/vendor selection, device integration planning,

  x

  life cycle analysis, device / system upgrade planning, Return on investment (ROI) analysis, Healthcare technology

  x

  strategic planning, Clinical trials management (non- investigational), Capital planning, Project management, EMI / radio frequency management, Clinical

  x

  devices use and / or application, Pre-Clinical procedure set-up / testing, Participation in clinical procedures (e.g. surgery), Water quality management, lab, dialysis, pharmacy, Coordinating

  x

  device interoperability / interfacing, Clinical systems networking, Interpretation of codes and standards PUSTAKA

  Geisler, E. & Heller, O., Managing Technology in Healthcare, x Springer Verlag, 2006

  UTAMA/

  Chan, A.Y.K., Medical Technology Management Practice, Charles x

  REFERENCES

  C. Thomas Publ., 2003

  TF092424: FOTONIKA BIOMEDIS MATA KULIAH/ TF092424: Biomedical Photonics

  ITS : 2009-2014

  2/ 2

  COURSE TITLE Credits : Semester: 3 rriculum

  Mahasiswa mampu menerapkan dan menganalisa aplikasi sinar

  Cu TUJUAN

  laser dalam bidang kedokteran

  PEMBELAJARAN/ LEARNING

  Students can apply and analyze the laser applications in medicine OBJECTIVES

  Kurikulum/

  Kurikulum/ Cu rriculum

  ITS : 2009-2014 KOMPETENSI/ COMPETENCY

  TUJUAN Mahasiswa mampu merancang dan menganalisa sistem

  TF092425: TEKNOLOGI PENCITRAAN MEDIS TF092425: Medical Imaging Technology Credits : 2/ 2 Semester: 3

  Lubatschowski, H., Lasers in Medicine: Laser-Tissue Interaction , Wiley-VCH.

  Katzir, A., Lasers and Optical Fibers in Medicine, Academic Press, 1993 x Berlien, H-P & Mueller, G.J. (eds.), Applied Laser Medicine, Springer Verlag, 2003. x

  x Waynant, R.W., Laser in Medicine, CRC Publ., 2001. x

  REFERENCES

  x Laser system and its components in medicine. x Various applications of laser systems in medicine. Laser safety. x QA programs for medical laser sisem.

  Tissue and body characteristics of the laser beam. Laser light interaction with tissue materials.

  x Tissue tubuh dan karakteristik terhadap sinar laser. Interaksi cahaya laser dengan materi tissue. x Sistem laser dan komponennya dalam kedokteran. x Berbagai aplikasi sistem laser dalam kedokteran. Laser safety. x QA program untuk sisem laser medis. x Basics of laser physics. x

  SUBJECTS x Dasar-dasar fisika laser.

  Students are technically capable of designing a security system for the use of lasers in medicine

  x

  Students can design a laser system for applications in medicine

  x

  Students are able to understand the nature of the laser interaction with the tisue of body

  Mahasiswa mampu merancang secara teknis untuk sistem keamanan laser untuk penggunaan dalam bidang kedokteran x

  Mahasiswa mampu merancang sistem laser untuk aplikasi dalam bidang kedokteran x

  x Mahasiswa mampu memahami sifat interaksi tisue tubuh dengan sinar laser x

POKOK BAHASAN/

PUSTAKA UTAMA/

MATA KULIAH/

  PEMBELAJARAN/ pencitraan medis LEARNING

  Students are able to design and analyze medical imaging systems OBJECTIVES

  Mahasiswa mampu melakukan pencitraan data medis x

  KOMPETENSI/

  Mahasiswa mampu melakukan pemrosesan sinyal dari data medis x

  COMPETENCY Students are able to do medical imaging data

  x

  Students can perform signal processing of medical data

  x Dasar-dasar fisika pencitraan medis x Detektor dalam pencitraan medis: besaran fisis terkait, prinsip x deteksi, Pengolahan sinyal dan displaynya x Metoda-metoda rekonstruksi citra x Berbagai aplikasi: CT Scan, Ultrasonografi, MRI, Optical Endosopy,

  x POKOK

  Thermography

  BAHASAN/ SUBJECTS

  The basics of medical imaging physics

  x

  Detector in medical imaging: relevant physical quantities, the

  x

  principle of detection, Signal processing and its display.

  x

  Method-image reconstruction

  x

  Various applications: CT Scan, Ultrasound, MRI, Optical Endosopy,

  x

  Thermography

  Laondes, C.T., Medical Imaging Systems Techniques and x Applications: Computational Techniques, CRC Press Rostenberg, B., The Architecture of Medical Imaging: Designing x

  PUSTAKA

  Healthcare Fascilities for Advanced Radiological Diagnostics and

  UTAMA/

  Therapeutic Techniques, John Wiley, 2006

  REFERENCES

  Bankmann, I.N. (ed), Handbook of medical Imaging: Processing x and Analysing, Academic Press, 2000 Bushberg, J.T. et.al., The Essential Physics of Medical Imaging, x Lippincott Williams & Wilkins, 2001.

  ITS : 2009-2014 rriculum

TF092426: RADIASI DAN PROTEKSINYA

  Cu MATA KULIAH/ TF092426: Radiation And Protection COURSE TITLE 2/ 2

  Credits : Semester: 3 Kurikulum/

  TUJUAN

  Mahasiswa mampu menganalisa fisika radiasi dalam kesehatan

  PEMBELAJARAN/ tubuh manusia LEARNING

  Students are able to analyze the physics of radiation in the human OBJECTIVES body health

  Mahasiswa mampu memahami konsep fisika radiasi x Mahasiswa mampu menganalisa karakteristik interaksi tubuh x manusia dengan radiasi

  KOMPETENSI/

  Mahasiswa mampu merancang sistem perlindungan radiasi x

  COMPETENCY Students are able to understand the concept of radiation physics

  x

  Students can analyze the characteristics of the human body's

  x

  interaction with the radiation Students can design a system of radiation protection

  x Konsep-konsep dasar dalam fisika radiasi, radiasi mengion dan tak x mengion, jenis dan energi radiasi, interaksi radiasi dengan materi, Bahan radioaktif dalam aplikasi medis. x Dasar-dasar dosimetri: dosis radiasi dan pengukurannya. x

  Pengaruh radiasi terhadap kesehatan manusia. Batas aman x radiasi. Perlindungan radiasi bagi pasien dan operator instalasi penyedia pelayanan radiasi.

  Design sistem perlindungan radiasi pada instalasi pengguna x radiasi. Radiation safety dan QA.

POKOK BAHASAN/

  Basic concepts in radiation physics, radiation ionisation and non

  x

  SUBJECTS ionisation, type and energy of radiation, interaction of radiation with matter

Radioactive materials in medical applications.

  x Basics dosimetry: radiation dose and measurement. x

  The influence of radiation on human health. The influence of

  x

  radiation on human health. Safe limit of radiation. Radiation protection for patient and operator radiation installation service provider.

  ITS : 2009-2014 Design the system of radiation protection at the user installation

  x

  of radiation. Radiation safety and QA

  Attix, H., Introduction to Radiological Physics and Radiation x

  rriculum Dosimetry, John Wiley and Sons. Cu

  PUSTAKA

  Dyson, N.A., Radiation Physics with Applications in Medicine and x

  UTAMA/ Biology, Ellis Horwood Ltd..

  Ahmed, S.N., Physics and Engineering of Radiation Detection,

  REFERENCES

  x Academic Press, 2007 Coggle, J.E., Biological Effects of Radiation, Wykeham Kurikulum/ x Publications, London.

MATA KULIAH/

TUJUAN PEMBELAJARAN/

  x Kebijakan energi nasional dan internasional x Pengguna akhir energi, keamanan pasokan dan ketersediaan energi x

POKOK BAHASAN/

  x Turner, W.C., Energy Management Handbook, The Fairmont

  Potential energy-saving and recommendations from an energy audit process PUSTAKA

  x

  Analysis of a survey of energy,

  x

  The standards in the energy audit,

  x

  End users of energy, security of energy supply and availability,

  x

  National and international energy policies,

  Potensi-potensi penghematan energi dan rekomendasi dari suatu proses audit energi x

  Standar - standar dalam audit energi x Analisa dari suatu survey energi x

  Kurikulum/ Cu rriculum

  ITS : 2009-2014

   Students are able to design a technique for energy savings

  x

  Students are capable of running standard procedure in the energy audit

  x

  Students are able to analyze the national energy policy and international

  Mahasiswa mampu merancang secara teknik untuk penghematan energi x

  Mahasiswa mampu menjalankan prosedur standard dalam audit energi x

  x Mahasiswa mampu menganalisa kebijakan energi nasional dan internasional x

  Students are able to analyze the cycle of energy management KOMPETENSI/ COMPETENCY

  Mahasiswa mampu menganalisa siklus dalam manajemen energi

  LEARNING OBJECTIVES

  Semester: 3

  2/ 2

  TF092431: AUDIT & MANAJEMEN ENERGI TF092431: Energy Audit And Management Credits :

  SUBJECTS

MATA KULIAH/

TUJUAN PEMBELAJARAN/

  Kurikulum/ Cu rriculum

  x

  x Prinsip – prinsip dasar dan komponen dari suatu sistem HVAC, x Perhitungan beban pemanasan dan pendinginan, x Potensi opsi-opsi penghematan dalam suatu sistem HVAC, x Konsep-konsep dasar listrik dan sistem tenaga, sistem distribusi daya, sistem wiring dan shielding, sistem proteksi dan emergency dalam sistem besar utilitas kelistrikan, x Perencanaan sistem kelistrikan, managemen sistem kelistrikan.

  SUBJECTS

  Students can analyze HVAC electrical systems in buildings

  x

  Students are able to design electrical components to the HVAC building system

  Students are able to calculate the heating and cooling load of a building

  ITS : 2009-2014 UTAMA/ REFERENCES

  Mahasiswa mampu merancang komponen kelistrikan pada sistem HVAC bangunan x Mahasiswa mampu menganalisa sistem kelistrikan pada HVAC bangunan x

  x Mahasiswa mampu melakukan perhitungan beban pemanasan dan pendinginan suatu bangunan x

  Students are able to design electrical systems in the HVAC KOMPETENSI/ COMPETENCY

  Mahasiswa mampu merancang sistem kelistrikan pada HVAC

  LEARNING OBJECTIVES

  TF092432: SISTEM HVAC & KELISTRIKAN TF092432: HVAC and Electricity System Credits : 2/ 2 Semester: 3

  Standar Nasional Indonesia (SNI)

  Press, Inc. 1997 x Capehart, B.L. et.al., Guide to Energy Management, x Donald R. Wulfinghoff, Energy Efficiency Manual, Energy Institute Press, 1999 x Wulfinghoff, D.R., Energy Efficiency Manual, Energy Institute Press, 1999 x Thumann, A. et.al., Handbook of Energy Audits, x Chen, K., Energy Management in Illuminating Systems, CRC Press. x

POKOK BAHASAN/

PUSTAKA UTAMA/

  Kurikulum/ Cu rriculum

  ITS : 2009-2014

  x Sistem Kendali dalam manajemen energi x Dasar-loop kendali, Sensor, Transmiter, Pengendali, Divais yang

  contro lin air distribution for comfort room

  x Students are able analyze intrumentation system performances as

  control for comfort room

  x Mahasiswa mampu merancang sistem intrumentasi untuk pengendalian distribusi udara untuk kenyamanan ruang x Mahasiswa mampu menganalisa performansi sistem intrumentasi sebagai pengendali distribusi udara untuk kenyamanan ruang x Students can design an intrumentation system in air distribution

  Students are able to design the control system of energy management KOMPETENSI/ COMPETENCY

  Mahasiswa mampu merancang sistem kendali dalam manajemen energi

  LEARNING OBJECTIVES

  TF092433: SISTIM OTOMASI BANGUNAN TF092433: Building Automation System Credits : 2/ 2 Semester: 3

  2000) , 2001 x Glen A. Mazur, Power Quality Measurement and Troubleshooting, Fluke , 1999

  ASHRAE, ASHRAE Handbooks x BSN, Persyaratan Umum Instalasi Listrik 2000, ( SNI 04-0225-

  Donald R. Wulfinghoff, Energy Efficiency Manual, Energy Institute Press, 1999 x

  x Wiliam K.Y.Tao & Richard R. Janis, Mechanical and Electrical system in Building, Prentice Hall, 2001 x

  REFERENCES

  x Planning electrical systems, electrical systems management.

  Basic concepts of electricity and power systems, power distribution systems, wiring and shielding systems, and emergency protection system in a large system of electric utilities,

  x

  Potential savings options in an HVAC system,

  x

  Calculation of heating and cooling load

  x

  The basic principles and components of an HVAC system

  x

MATA KULIAH/

TUJUAN PEMBELAJARAN/

POKOK BAHASAN/

PUSTAKA UTAMA/

  Kurikulum/ Cu rriculum

  2/ 2

   Students able to analyze the efficiency of the changes energy units in industry

  x

  Students can analyze in several types of energy change

  Mahasiswa mampu menganalisa sistem keamanan pada unit peubah energi di industri x

  Mahasiswa mampu menganalisa effisiensi dari unit peubah energi di industri x

  x Mahasiswa mampu menganalisa sistem kerja pada beberapa jenis peubah energi x

  Students are able to analyze in industry units of energy transformation KOMPETENSI/ COMPETENCY

  Mahasiswa mampu menganalisa sistem kerja pada unit perubah energi di industri

  LEARNING OBJECTIVES

  Semester: 3

  TF092434: REKAYASA SISTEM TERMAL TF092434: Thermal System Engineering Credits :

  ITS : 2009-2014 SUBJECTS

  x Turner, W.C., , Energy Management Handbook , The Fairmont Press, Inc. 1997 x Wulfinghoff, D.R., Energy Efficiency Manual, Energy Institute Press, 1999

  and Building Automation Systems, Fairmont Press, 2007

  x Capehart, B.L. and Capehart, L.C., Web Bases Enterprise Energy

  REFERENCES

  AHU Controller, Controller of major equipment, Control of distribution system

  x

  Controller Strategies

  x

  Basic-loop control, sensor, transmitter, controller, controller devices

  x

  

The Control System in energy management system

  dikendalikan x Strategi kendali x Pengendali AHU, Pengendali peralatan utama, Pengendali sistem distribusi udara kenyamanan x

MATA KULIAH/

TUJUAN PEMBELAJARAN/

POKOK BAHASAN/

  Kurikulum/ Cu rriculum

  x SG Dukelow, Improving Boiler Efficiency, Instrument Society of Amerika, 2000 x Donald R. Wulfinghoff, Energy Efficiency Manual, Energy Institute Press, 1999 x Decher, Reiner, Energy Conversion Systems, Flow Physics and Engineering, Oxford Eng.Sci Series. x

PUSTAKA UTAMA/

  x Mahasiswa mampu menganalisa jenis – jenis energi saat ini x Mahasiswa mampu merancang sistem peubah energi yang

  

Students can design a system of renewable energy

KOMPETENSI/

  Mahasiswa mampu merancang sistem peubah energi terbarukan

  LEARNING OBJECTIVES

  Semester: 3

  2/ 2

  

TF092435: TEKNOLOGI ENERGI TERBARUKAN

TF092435: Renewable Energy Technology Credits :

  Dincer, I. and Rosen, M.A., Thermal Energy Storage: Systems and Applications, Wiley, 2001.

  REFERENCES

  ITS : 2009-2014

  Security systems, variable operation, maintenance, performance

testing, calculation efficiency, and plant systems

  x

  The influence of operating variables, Feeder and fluid condition, isolation, burners, combustion and fluid control feedback

  x Performance and efficiency, and fuel combustion x

  Thermal system on the boiler, cooling and heating systems, energy review, grade and type of boiler

  Sistem keamanan, variable operasi, pemeliharaan, uji kinerja, perhitungan efisiensi, dan system plant. x

  Kinerja dan effisiensi, Bahan bakar dan pembakaran, x Pengaruh dari variable operasi, Feeder dan kondisi fluida, isolasi, burners, pembakaran dan kendali fluida umpan, x

  x Sistem thermal pada boiler, sistem pendinginan dan pemanasan, tinjauan energi, kelas dan jenis boiler, x

  SUBJECTS

   Students are able to analyze the security system on changes of energy in industry

  x

MATA KULIAH/

TUJUAN PEMBELAJARAN/

POKOK BAHASAN/

  Kurikulum/ Cu rriculum

  ITS : 2009-2014 COMPETENCY

  Mahasiswa mampu melakukan optimalisasi terhadap ekstraksi ketersediaan energi

  x Mahasiswa mampu menganalisa secara statistik sumber energi terbarukan x

  Students are able to analyze of avalilable energy and optimal

design for the extraction of energy availability

KOMPETENSI/ COMPETENCY

  Mahasiswa mampu menganalisa ketersediaaan energi dan merancang secara optimal terhadap ekstraksi ketersediaan energi

  LEARNING OBJECTIVES

  TF092436: METEOROLOGI ENERGI TF092436: Energy Meteorology Credits : 2/ 2 Semester: 3

  x AOTS–AIT-EBARA, Effective Energy systems For Sustainable Development, Asean Institute of Technology, 2007 x Wayne C. Turner, Energy Management Handbook, The Fairmont Press, Inc. 1997 x Geller, H., Energy Revolution: policies for a Sustainable Future, Island Press, 2002 x Komor, P., Revewable Energy Policy, Universe Inc., 2004

  REFERENCES

  The scheme of waste treatment into energy

  x

  The new energy sources: fuel cell, the micro gas turbine,

  x

  Energy demand and the types of energy, solar energy, wind energy, hydro energy, biomass, ocean thermal energy, bio diesel

  x Permintaan Energi dan jenis-jenisnya, Solar Energy, Energi angin, Energi Hidro, Biomass, Ocean Thermal energy, Bio Diesel, x Sumber energi baru : Fuel Cell, Turbin gas mikro, x Skema pengolahan limbah menjadi energi. x

  SUBJECTS

  Students can design a the system for changes of energy from renewable energy

  x

  Students able to analyze the types of energy currently

  berasal dari energi terbarukan x

PUSTAKA UTAMA/

MATA KULIAH/

TUJUAN PEMBELAJARAN/

POKOK BAHASAN/

PUSTAKA UTAMA/

MATA KULIAH/

  Kurikulum/ Cu rriculum

  Mahasiswa mampu menganalisa aspek ekonomi terhadap ketersediaan sistem energi terbarukan

TUJUAN PEMBELAJARAN/

  Consideration will be aspects of geographical, environmental, economic

  x

  The basic concept in the analysis of the availability of a renewable energy system for installation in a region

  x Konsep dasar dalam analisa ketersediaan suatu system energi terbarukan untuk keperluan instalasi di suatu daerah x Pertimbangan akan aspek geografis, lingkungan, ekonomi x

  SUBJECTS

  systems for installation in an region

  x Mahasiswa mampu menganalisa ketersediaan sistem energi terbarukan untuk instalasi di suatu daerah x Students are able to analyze the availability of renewable energy

  Students are able to analyze the economic aspects of the availability of renewable energy systems KOMPETENSI/ COMPETENCY

  LEARNING OBJECTIVES

  ITS : 2009-2014

  TF092437: EKONOMI ENERGI TF092437: Energy Economics Credits : 2/ 2 Semester: 3

  Şen, Z., Solar Energy Fundamentals and Modelling Techniques: Atmosphere, Environment, Climate Change and Renewable Energy, Springer Verlag, 2008.

  x Rojey, A., Energy & Climate: How to Achieve a Succesful Energy Transition, Wiley Interscience, 2009. x

  REFERENCES

  Optimize method to extraction the availability of energy resources

  x

  The nature of statistical availability of renewable energy sources,

  x Sifat statistik dari ketersediaan sumber energi terbarukan, x Metoda-metoda optimalisasi ekstraksi ketersediaan sumber- sumber energi x

  SUBJECTS

  Students are able to optimize the extraction of energy availability

  x

  Students are able to statistically analyze renewable energy sources

  x

POKOK BAHASAN/

  Mallon, K, Renewable Energy Policy and Politics, Earthscan, 2006 x Quasching, V, Understanding Renewable Energy Systems, Carl x

  PUSTAKA Hanser Verlag, 2005. UTAMA/

  Pimentel, D., Biofuels, Solar, and Wind as Renewable Energy x

  REFERENCES Systems: Benefits and Risks, Springer Velrlag, 2008.

  Kreith & Mahajan, Handbook of Energy Efficiency and Renewable

  x Energy, CRC Press 2007.

  ITS : 2009-2014 rriculum Cu Kurikulum/