COURSES FOR SARJANA PROGRAM
ENGINEERING PHYSICS - FTI – ITB
Urut
Kode MK
Sem
NM Kuliah Ind.
SKS
Urut
Sem
Kode MK
4
1
MA1222
NM Kuliah Ind.
Semester 1
1
SKS
Semester 2
MA1122 Kalkulus I
Kalkulus II
4
2
FI1101
Fisika Dasar IA
4
2
FI1201
Fisika Dasar IIA
4
3
KI1111
Kimia Dasar I A
3
3
KI1211
Kimia Dasar II A
3
2
4
KU1011 Tata Tulis Karya Ilmiah
2
4
KU102X
Bahasa Inggris
5
KU1131 Olah Raga I
1
5
KU12XX
Olah Raga II
1
6
TF10T1 Konsep Teknologi
2
6
BI1001
Pengetahuan Lingkungan
2
7
TF1101
2
7
TF1201
Object Oriented Programming
2
Programming
Total = 18 SKS
Total = 18 SKS
Total SKS TAHAP 1 = 36 SKS
Semester 3
Semester 4
1
TF2101
Matematika Rekayasa
3
1
TF2201
Matematika Fisika
2
TF2102
Probabilitas & Statistik
3
2
TF2202
Metoda Numerik
3
3
TF2103
Konversi Energi
3
3
TF2203
Elektronika
3
4
TF2104
Rangkaian Elektrik
3
4
TF2204
Medan Elektromagnetik
3
5
TF2105
Fisika Rekayasa
3
5
TF2205
Fisika Modern
3
6
TF2106
Termodinamika
3
6
TF2206
Lab. Teknik Fisika I
1
7
KU2071
Pancasila dan Kewarganegaraan
2
Total = 18 SKS
3
Total = 18 SKS
Total SKS TAHAP 2 = 36 SKS
Semester 5
Semester 6
1
TF3101
Metoda Pengukuran
4
1
TF3201
Pengolahan Sinyal
2
TF3102
Fenomena Gelombang
3
2
TF3202
Kontrol Otomatik
3
3
TF3103
Fisika Kuantum dan Nano
3
3
TF3203
Fisika Material
3
4
TF3104
Fenomen a Transport
3
4
TF3204
Teknologi Sensor
3
5
TF3105
Sistem Logika Digital
3
5
TF3205
Kode dan Standar Industri
2
6
TF3106
Lab. Teknik Fisika II
2
6
TF3206
Lab. Teknik Fisika III
2
7
KU206X
Agama & Etika
2
Total = 18 SKS
3
Total = 18 SKS
Total SKS TAHAP 3 = 36 SKS
Semester 7
Semester 8
Etika Profesi dan Kerja
Praktek
2
1
TF40Z1
Tugas Akhir
5
TF4102
Tugas Khusus
2
2
TF4002
Kapita Selekta Teknik Fisika
1
3
TF4103
Manajemen & Ekonomi
Kerekayasaan
2
3
TF4203
Instrumentasi & Sistim Pengukuran
Akustik
3
4
TF4104
Instrumentasi & Sistim
Pengukuran Industri
3
4
TF4204
Instrumentasi & Sistim Pengukuran
Optik
3
5
TF4105
Instrumentasi & Sistim
Pengukuran Analitik
3
5
TFXXXX
Pilihan
3
6
TFXXXX
Pilihan
6
6
XXXXXX
Pilihan
3
1
TF40K1
2
Total = 18 SKS
Total = 18 SKS
Total SKS TAHAP 4 = 36 SKS
Total SKS = 144 SKS
1
Urut
Kode MK
Sem
NM Kuliah Ind.
SKS
Urut
Sem
Kode MK
4
1
MA1222
NM Kuliah Ind.
Semester 1
1
SKS
Semester 2
MA1122 Kalkulus I
Kalkulus II
4
2
FI1101
Fisika Dasar IA
4
2
FI1201
Fisika Dasar IIA
4
3
KI1111
Kimia Dasar I A
3
3
KI1211
Kimia Dasar II A
3
2
4
KU1011 Tata Tulis Karya Ilmiah
2
4
KU102X
Bahasa Inggris
5
KU1131 Olah Raga I
1
5
KU12XX
Olah Raga II
1
6
TF10T1 Konsep Teknologi
2
6
BI1001
Pengetahuan Lingkungan
2
7
TF1101
2
7
TF1201
Pemrograman Berorientasi Obyek
2
Pemrograman
Total = 18 SKS
Total = 18 SKS
Total SKS TAHAP 1 = 36 SKS
Semester 3
Semester 4
1
TF2101
Matematika Rekayasa
3
1
TF2201
Matematika Fisika
2
TF2102
Probabilitas & Statistik
3
2
TF2202
Metoda Numerik
3
3
TF2103
Konversi Energi
3
3
TF2203
Elektronika
3
4
TF2104
Rangkaian Elektrik
3
4
TF2204
Medan Elektromagnetik
3
5
TF2105
Fisika Rekayasa
3
5
TF2205
Fisika Modern
3
6
TF2106
Termodinamika
3
6
TF2206
Lab. Teknik Fisika I
1
7
KU2071
Pancasila dan Kewarganegaraan
2
Total = 18 SKS
3
Total = 18 SKS
Total SKS TAHAP 2 = 36 SKS
Semester 5
Semester 6
1
TF3101
Metoda Pengukuran
4
1
TF3201
Pengolahan Sinyal
2
TF3102
Fenomena Gelombang
3
2
TF3202
Kontrol Otomatik
3
3
TF3103
Fisika Kuantum dan Nano
3
3
TF3203
Fisika Material
3
4
TF3104
Fenomen a Transport
3
4
TF3204
Teknologi Sensor
3
5
TF3105
Sistem Logika Digital
3
5
TF3205
Kode dan Standar Industri
2
6
TF3106
Lab. Teknik Fisika II
2
6
TF3206
Lab. Teknik Fisika III
2
7
KU206X
Agama & Etika
2
Total = 18 SKS
3
Total = 18 SKS
Total SKS TAHAP 3 = 36 SKS
Semester 7
Semester 8
Etika Profesi dan Kerja
Praktek
2
1
TF40Z1
Tugas Akhir
5
TF4102
Tugas Khusus
2
2
TF4002
Kapita Selekta Teknik Fisika
1
3
TF4103
Manajemen & Ekonomi
Kerekayasaan
2
3
TF4203
Instrumentasi & Sistim Pengukuran
Akustik
3
4
TF4104
Instrumentasi & Sistim
Pengukuran Industri
3
4
TF4204
Instrumentasi & Sistim Pengukuran
Optik
3
5
TF4105
Instrumentasi & Sistim
Pengukuran Analitik
3
5
TFXXXX
Pilihan
3
6
TFXXXX
Pilihan
6
6
XXXXXX
Pilihan
3
1
TF40K1
2
Total = 18 SKS
Total = 18 SKS
Total SKS TAHAP 4 = 36 SKS
Total SKS = 144 SKS
2
TF1101, Programming (2 SKS)
Short Description:
Introduction to algorithm, mathematical induction and operation, permutation and
factorial, binomial coefficient, harmonic-fibonacci numbers, generation function,
algorithm analysis, fundamental programming, linear lists, trees, multilinked
structures, dynamic storage allocation.
Related Courses:
MA1122 Calculus I, Prerequisite.
Bibliography:
1. Donald E. Knuth, 1998, The Art of Computer Programming, Addison Wesley,
Reading Massachussetts.
2. T. H. Cormen, C. E. Leiserson, R. L. Rivest, C. Stein, 2001, Introduction to
Algorithms, 2nd Edition, McGraw-Hill.
TF1201, Object Oriented Programming (2 SKS)
Short Description:
Introduction to object, control of program flow, initialization and cleanup, hidden
implementation, class usage, polymorphism, interfaces & inner classes.
Related Courses:
1. MA1122
Calculus
2. MA1222
Calculus
3. TF1101 Programming, Prerequisite.
I,
II,
Prerequisite.
Prerequisite.
Bibliography:
1. Bruce Eckel, 2000, Thinking in Java, MindView Inc..
2. T.C. Lathbridge, R. Laganiere, 2002, Object Oriented Software Engineering:
Practical Software Development using UML and Java, McGraw Hill.
TF2101, Engineering Mathematics (3 SKS)
Short Description:
Linear algebraic: linear equation system, matrix and determinant, basic concept of
linear algebra, eigen value. Calculus in scalar and vector fields: geometry and
physical interpretation of scalar and vector fields, differential calculus using ∇
operator, integral calculus, volume, area and surface, Green theorem, Gauss
divergence theorem, Stokes and Bessel theorem.
Related Courses:
1.
MA1122
Calculus
2. MA1222 Calculus II, Prerequisite.
I,
Prerequisite.
Bibliography:
1. E.Kreyzig, 1998, Advanced Engineering Mathematics, John Wiley & Sons.
3. A Jeffrey, 1996, Advanced Engineering Mathematics, Academic Press.
3
TF2102, Probability and Statistics (3 SKS)
Short Description:
Model and basic concept of probability, set theory, sample space, probability
theorem, random variable, probability distribution, descriptive statistical concept,
central tendency unit, elementary sampling theory, hypothesis, regression and
correlation.
Related Courses:
1. MA1122
Calculus
2. MA1222 Calculus II, Prerequisite.
I,
Prerequisite.
Bibliography:
1. R. Ross, 1987, Introduction to Probability and Statistics for Engineer and Scientist,
Wiley.
2. P.A. Suryadi, 1990, Pendahuluan Teori Kemungkinan dan Statistik, Penerbit ITB.
3. A. Papoulis, 1990, Probability & Statistics, Prentice Hall.
TF2103, Energy Conversion (3 SKS)
Short Description:
Classification of energy, energy usage, energy source, energy production and its
component, transmission and distribution of electrical energy. Electrical and
renewable energy generation. Production of thermal energy, Rankine cycle, chiller,
Otto cycle, diesel, gas turbine, storage of non-conventional hybrid energy, direct and
indirect energy conversion.
Related Courses:
1. TF2104
Electric
2. TF2106 Thermodynamics, Co-requisite.
Circuits,
Co-requisite.
Bibliography:
1. D. Sitompul, 1991, Prinsip Konversi Energi, Erlangga.
2. Patria M. Klein, 2000, Indonesia Energy & Environment, The International
Education Foundation.
TF2104, Electric Circuits (3 SKS)
Short Description:
Basic elements and laws, circuit analysis and design techniques and concepts,
energy storage elements, first and second order circuits, sinusoidal steady state
analysis, alternating current concepts, RC, RL and RLC circuit analysis and design,
polyphase circuit analysis.
Related Courses:
4
1. MA1122
Calculus
2. MA1222 Calculus II, Prerequisite.
I,
Prerequisite.
Bibliography:
D.E. Johnson, J.L. Hilburn, 1990, J.R. Johnson, Basic Electric Circuit Analysis, 2nd
edition, Prentice Hall, Englewood Cliffs, New Jersey.
TF2105, Engineering Physics (3 SKS)
Short Description:
Mechanical system, vibration phenomena in membrane, acoustics in ears, light and
its interaction with matter and eyes, phenomena of cool plasma. Understanding the
material of this course is the foundation of engineering physics.
Related Courses:
1. FI1101
Elementary
Physics
2. FI1201 Elementary Physics IIA, Prerequisite.
IA,
Prerequisite.
Bibliography:
1. IESNA,
2001,
IES
Lighting
Handbook.
2. Moon, Parry, 1936, The Scientific basic of Illuminating Engineering, McGraw Hill.
3. Goldstein, H, 1981, Classical Mechanics, 2nd Ed., Addison Wesley.
TF2106, Thermodynamics (3 SKS)
Short Description:
Properties of matters, ideal gas, first law of thermodynamic and second law of
thermodynamic of close and open system, thermodynamic cycle for power generation
and heat pumps, thermodynamic relations.
Related Courses:
1. MA1122
Calculus
2. MA1222 Calculus II, Prerequisite.
I,
Prerequisite.
Bibliography:
Y.A. Cengel and M.A. Boles, Thermodynamics – An Engineering Approach, 3rd Ed,
McGraw-Hill, New York, 1998.
TF2201, Physical Mathematics (3 SKS)
Short Description:
Complex function, partial differential equation, basic concept of system analysis,
Fourier series and limited Fourier transformation, integral Fourier and Fourier
transform, Laplace transform, Z transform.
5
Related Courses:
1. MA1122
Calculus
2. MA1222 Calculus II, Prerequisite.
I,
Prerequisite.
Bibliography:
1. A Jeffrey, 1996, Advanced Engineering Mathematics, Academic Press.
2. E.Kreyszig, 1998, Advanced Engineering Mathematics, John Wiley & Sons.
3. M.L Boas, 1995, Mathematical Methods in the Physical Sciences, John Wiley &
Sons.
TF2202, Numerical Methods (3 SKS)
Short Description:
Error, root equation, linear algebra equation, interpolation and functional approach,
numerical integration, and differential equation.
Related Courses:
1.
MA1122
Calculus
2. MA1222 Calculus II, Prerequisite.
I,
Prerequisite.
Bibliography:
1. S.C Chapra and R.P. Canale, 1995, Numerical Methods for Engineers, Mc-Graw
Hill.
2. R.L Johnston, Numerical Methods, 1994, A Software Approach, John Wiley.
3. W.S Dorn, D.D. McCracken, 1990, Numerical Methods with Fortran IV Case
Studies, John Wiley & Sons.
TF2203, Electronics (3 SKS)
Short Description:
Voltage and current supply, Thevenin and Norton theorem, semiconductor diode and
its circuits, bipolar transistor, FET, circuit configuration of transistor, power and
cascade amplifier, frequency response, operational amplifier (op-amp), linear and
non-linear amplifier circuits.
Related Courses:
1. FI1101
Elementary
Physics
2. FI1201 Elementary Physics IIA, Prerequisite.
IA,
Prerequisite.
Bibliography:
1. Albert P. Malvino, 1993, Electronic Principles, Mc.Graw-Hill, New York.
2. Tobert. Boylestad & L. Neshelsky, 1994, Electronic Devices and Circuit Theory,
Prentice-Hall.
3. Jacob Millman & Arvin Grabell, 1988, Microelectronics, McGraw Hill.
TF2204, Electromagnetic Field (3 SKS)
Short Description:
6
Vector analysis and coordinate system, static electric field and field intensity, electric
flux density, Gauss law and divergent, energy and potential field, conductor materials,
dielectric and capacitance, potential map and magnetic flux, solution to Poisson and
Laplace equations, steady state magnetic field, force, magnetic induction and
material, continuous changes of magnetic field, propagation and reflection of plane
wave, plane wave at boundary and inside dispersive media, transmission cable, basic
of antenna.
Related Courses:
1. TF2101
Engineering
2. TF2104
Electric
3. TF2202 Numerical Methods, Prerequisite.
Mathematics,
Circuits,
Prerequisite.
Prerequisite.
Bibliography:
1. R.L. Johnston, 1990, Numerical Methods with Fortran IV Case Studies, John Wiley
&
Sons.
2. R.L. Johnston, 1994, Numerical Methods: A Software Approach, John Wiley &
Sons.
3. R. P. Clayton and S.A. Nasar, 1987, Electromagnetic fields, McGraw Hill.
TF2205 Modern Physics (3 SKS)
Short Description:
Theory of special relativity, thermal radiation and Plank postulate, photon and
photoelectric effect, duality properties of matter and wave, de Broglie and Einstein
postulate, atomic model, energy quantization, theory of Schrödinger of quantum
mechanics.
Related Courses:
1. MA1122 Calculus I, Prerequisite.
2. MA1222 Calculus II, Prerequisite.
3. FI1101 Elementary Physics IA, Prerequisite.
4. FI1201 Elementary Physics IIA, Prerequisite.
Bibliography:
1. Arthur Beiser, 1987, Concept of Modern Physics, 4th edition, McGraw-Hill Book
Co., New York.
2. Robert Eisberg and Robert Resnick, 1985, Quantum Physics of Atom, Molecules,
Solids, Nuclei, and Particles, second edition, John Wiley, New York.
TF2206, Engineering Physics Lab. I (1 SKS)
Short Description:
Introduction to instrumentation, RLC circuits, Norton and Thevenin circuits, Kirchoff
law, diode and power supply, transistor, FET, op-amp, and thyristor.
7
Related Courses:
1. TF2104
Electric
2. TF2203 Electronics, Co-requisite.
Circuits,
Prerequisite.
Bibliography:
1. Johnson,
1996,
Electric
Circuit
Analysis,
Prentice
Hall.
2. Albert P. Malvino, 1993, Electronic Principles, McGraw-Hill, New York.
3. Kissell, 2000, Industrial Electronics, 2nd Edition, Prentice Hall.
TF3101, Measurements Methods (4 SKS)
Short Description:
Measurement system, basic concept of measurement instrumentation, input noise,
instrumentation calibration, standard hierarchy of measurement instrumentation, error
in measurement system, static characteristics, mathematical modelling in input-output
of dynamic system, time domain of static and dynamic system, response parameter
of dynamic system, higher order system and dead-band, measurement error due to
dynamic system, parameter identification in time and frequency domain,
displacement, velocity and acceleration transducers and sensors.
Related Courses:
1. MA1122
Calculus
2. MA1222
Calculus
3. TF2102
Probability
4. TF2104
Electric
5. TF2203 Electronics, Prerequisite.
and
I,
II,
Statistics,
Circuits,
Prerequisite.
Prerequisite.
Prerequisite.
Prerequisite.
Bibliography:
E.O. Doebelin, 1992, Measurement Systems: Application and Design, McGraw-Hill.
TF3102, Wave Phenomena (3 SKS)
Short Description:
Wave theory, wave equation, phase, group and dispersion velocity, wave mechanics,
acoustic wave, wave propagation, wave radiation, wave absorption, Doppler’s effect
and shock wave, electromagnetic wave.
Related Courses:
1. FI1201
Elementary
Physics
2. MA1122
Calculus
3. MA1222
Calculus
4. TF2204 Electromagnetic Fields, Prerequisite.
Bibliography:
8
IIA,
I,
II,
Prerequisite.
Prerequisite.
Prerequisite.
1. Hirose and K.E. Lonngren, Introduction to Wave Phenomena, John Wiley & Son,
New York.
2. W.H. Hayt, Engineering Electromagnetics, McGraw-Hill Co.
3. L.E. Kinsler, A.R. Frey, A.B. Coppens and J.V. San, Fundamentals of Acoustics,
John Wiley & Son, New York.
TF3103, Quantum and Nano Physics (3 SKS)
Short Description:
1-D and 3-D Schrödinger equations, solution of Schrödinger equation for various ideal
potential well and barrier, eigen function and value, probability density, orbital angular
momentum and molecular bonding, building atoms and molecules, introduction to
physics of solids, scaling laws, structure of nano-particles, molecular dynamics.
Related Courses:
1. TF2101 Engineering Mathematics, Prerequisite.
2. TF2205 Modern Physics, Prerequisite.
Bibliography:
th
1. A. Beiser, 1987, Concept of Modern Physics, 4 edition, McGraw-Hill Book Co.,
New York.
2. K. Eric Drexler, 1992, Nanosystems, John Wiley & Sons, New York.
3. R. Eisberg & R. Resnick, 1985, Quantum Physics of Atoms, Molecules, Solids,
Nuclei, and Particles, John Wiley & Sons, New York.
TF3104, Transport Phenomena (3 SKS)
Short Description:
Transport phenomena and equilibrium, mass transfer, momentum and heat, steady
state transport, convective flux and mass diffusion phenomena, turbulence flow,
integral method analysis, dimensional analysis, agitation and development
procedures, mass and heat transport in laminar flow, transport in non-steady state,
transport coefficient determination, non Newtonian transport phenomena.
Related Courses:
1. TF2101
Engineering
2. TF2106 Thermodynamics, Prerequisite.
Mathematics,
Prerequisite.
Bibliography:
1. Brodkey and Heshey, 1988, Transport Phenomena: A Unified Approach, McGrawHill.
2. W.J. Thomson, 2000, Introduction to Transport Phenomena, Prentice Hall.
3. Bird, Stewart and Lightfoot, 2001, Transport Phenomena, John Wiley.
TF3105, Digital Logic System (3 SKS)
Short Description:
9
Switching theory, logic combination circuits, development modular combination
circuits, memory element, logic sequential circuits.
Related Courses:
1. MA1122
Calculus
2. TF2104
Electric
3. TF2203 Electronics, Prerequisite.
I,
Circuits,
Prerequisite.
Prerequisite.
Bibliography:
1. Victor P. Nelson, et al., 1995, Digital Logic Circuit Analysis & Design, Prentice Hall,
New
Jersey.
rd
2. J.F. Wakerly., 2000, Digital Design: Principles and Practices, 3 Edition, Prentice
Hall.
3. F.D. Petruzela, 1998, Programmable Logic Controllers, 2nd Edition, McGraw Hill,
New York.
TF3106, Engineering Physics Lab. II (2 SKS)
Short Description:
Practicum of introduction to system and instrumentation calibration, measurement
method of various parameters (level, pressure, flow, and temperature), wave
phenomena, and digital system.
Related Courses:
1. FI2104
Electronics,
2. TF3101
Measurement
Methods,
3. TF3102
Wave
Phenomena,
4. TF3104
Transport
Phenomena,
5. TF3105 Digital Logic System, Co-requisite.
Prerequisite.
Co-requisite.
Co-requisite.
Co-requisite.
Bibliography:
1. Victor P. Nelson, et al., 1995, Digital Logic Circuit Analysis & Design, Prentice Hall,
New Jersey.
2. Frank D. Petruzella, Programmable Logic Controller, McGraw Hill, New York.
3. E.O. Doebelin, 1990, Measurement Systems Application and Design, 4th Edition,
McGraw
Hill,
New
York.
TF3201, Signal Processing (3 SKS)
Short Description:
Understanding signal and signal classification, discrete and digital signal, convolution
and correlation, digital filter, discrete Fourier transformation, fast Fourier
transformation, spectral analysis and its application, signal detection.
Related Courses:
1. TF2101
Engineering
Mathematics,
2. TF2102 Probability and Statistics, Prerequisite.
10
Prerequisite.
Bibliography:
1. Alan V. Oppenheim and Ronald W.Schafer, Discrete-time Signal Processing,
Prentice-Hall, Inc.
2. E. Oran Brigham, The Fast Fourier Transform, Prentice-Hall, Inc.
3. J.G. Proakis and D.G. Manolakis, Digital Signal Processing: Principles, Algorithms
and Application, Macmillan.
TF3202, Automatic Control (3 SKS)
Short Description:
Describes concept of automatic control, modeling of physical system and differential
equation solution, block diagram concept, transient and steady state response
analysis and response specification, PID controller action and error analysis, control
system stability, root locus method, frequency response method, compensator
design, case study application of automatic control.
Related Courses :
1. TF2201
Physical
Mathematics,
2. TF3101 Measurement Methods, Prerequisite.
Prerequisite.
Bibliography:
1. K. Ogata, 2001, Modern Control Engineering, Prentice-Hall Inc., Englewood Cliffs,
New Jersey.
2. B.C. Kuo, 1998, Automatic Control Systems, Prentice-Hall Inc., Englewood Cliffs,
New Jersey.
TF3203, Physics of Materials (3 SKS)
Short Description:
Structure and atomic bond, lattice defect and diffusion, mechanical properties and
characterization, strain hardening and annealing, solidification process and phase
diagram, technical material: ferrous alloy, non ferrous alloy, ceramic, polymer,
composite materials, properties of electrical, magnetic and optic, thermal materials,
material protection from degradation and failures.
Related Courses:
1. TF2205
Modern
Physics,
2. TF3103 Quantum and Nano Physics, Prerequisite.
Prerequisite.
Bibliography:
1. Donnald R. Askeland, The Science and Engineering Material, 3rd edition, PWS Pub
2. L. H. Van Vlack, 1995, Materials Science for Engineers, Addison Wesley
3. R. Bube, 1981, Electron in Solid, Stanford University
11
TF3204, Sensor Technology (3 SKS)
Short Description:
Principal of physical transduction, sensor in measurement system, sensor
characteristics, development and fabrication of sensor, interface electronic circuits,
mechanical sensor, thermal sensor, electrical sensor, magnetic sensor, radiation
sensor and chemical sensor.
Related Courses:
1. TF2203
Electronics,
2. TF3101 Measurement Methods, Prerequisite.
Prerequisite.
Bibliography:
1. A.Nuruddin & A.Venema, 2002, Data Acquisition Systems, Sensors and Actuators,
Lecture Notes, ITB.
2. S.M. Sze, 1998, Semiconductor Sensors, McGraw-Hill.
3. J. Fraden, 1993, Handbook of Modern Sensors: Physics, Design and Applications,
American Institute of Physics Press.
TF3205, Industrial Code and Standard (2 SKS)
Short Description:
Short description of quality assurance, quality assurance stages, sample case in the
field of engineering physics in various industries. Technical standard, type of standard
and code, application to owner and contractor, manufacturing and vendor, standard
for process industry, standard in process instrumentation, standard in building and
manufacture, standard in medical instrumentation and transportation, quality
assurance and quality control.
Related Courses:
1. TF3101
Measurement
2. TF3202 Automatic Control, Co-requisite.
Methods,
Prerequisite.
Bibliography:
---
TF3206, Engineering Physics Lab. III (2 SKS)
Short Description:
Sensor, sound propagation out door, sound absorption and transmission phenomena,
measurement of light intensity distribution, measurement of light intensity,
refrigeration, heat conductivity.
Related Courses:
1. TF2105
2. TF2106
Engineering
Physics,
Thermodynamics,
12
Prerequisite.
Prerequisite.
3.
4.
5.
6.
TF3102
Wave
Phenomena,
TF3203 Physics of Materials, Co-requisite.
TF3204
Sensor
Technology,
TF4005 Automatic Control, Prerequisite.
Prerequisite.
Co-requisite.
Bibliography:
--TF40K1, Professional Ethics and Job Training (2 SKS)
Short Description:
Business ethic, new paradigm in business, company culture, professional and
business ethic, ethic code, talent and attitudes, leadership, supplier and customer
partnership, competence development, intellectual capital, case experiences and job
training.
Related Courses:
1. TF10T1 Concepts of Technology, Prerequisite.
Bibliography:
1. M.W. Martin, and Schinzinger, 1996, Ethics in Engineering, McGraw-Hill. New
York.
2. D.G. Johnson, 1991, Ethical Issues in Engineering, Prentice-Hall, Englewood
Cliffs, N.J.
3. G.R Beabout, D.J. Wennemann, 1994, Applied Professional Ethics: A
Development Approach for Use with Case Studies, University Press of America.
TF4102, Special Assignment (2 SKS)
Short Description:
Group assignment research project is given under supervision of faculty member.
Research project is developed as design project, laboratory work, analysis physical
phenomena, development of software or hardware. The project is initiated by
proposal submission and ended up with oral and written report.
Bibliography:
----, 2004, Buku Panduan Tugas Khusus, Departemen of Engineering Physics, FTIITB.
TF4103, Management and Engineering Economics (2 SKS)
Short Description:
Introduction to management, business and management plan, strategic management,
human resource management, marketing, entrepreneurship, balance score card,
paradigm change in business, engineering economics, and case study.
Related Courses:
13
1. MA1122
Calculus
2. MA1222
Calculus
3. TK10T1 Concepts of Technology, Prerequisite.
I,
II,
Prerequisite.
Prerequisite.
Bibliography:
--TF4104 Industrial Instrumentation and Measuring System (3 SKS)
Short Description:
Role instrumentation in industry, terminology and units, industrial standard signal,
sensor selection, data acquisition, smart instrumentation, transmitter, process control
loop, control valve characteristics and sizing; actuator and positioner; data
communication, interconnected units, serial and parallel communication, data highway;
fieldbus foundation; computer based instrumentation; programmable logic controller
(PLC); Distributed Control Systems (DCS)
Related Courses:
1. TF3101
Measurement
2. TF3204
Sensor
3. TF3202 Automatic Control, Prerequisite.
Methods,
Technology,
Prerequisite.
Prerequisite.
Bibliography:
1. D.M. Considine, 1993, Process /Industrial Instruments & Control Methods,
McGraw-Hill, New York.
2. R.E. Fraser, 2001, “Process Measurement and Control: Introduction to Sensors,
Communication, Adjustments and Control, Prentice-Hall Inc., New Jersey.
3. George Stephanopoulos, 1993, Chemical Process Control: An Introduction to
Theory and Practice, Prentice Hall. Considine, D.M., Process /Industrial
Instruments & Control Methods, McGraw-Hill, New York.
TF4105, Analytical Instrumentation and Measuring System (3 SKS)
Short Description:
Implementation of process analyser systems: process analyser application
justification, process sample conditioning systems. Process analyser application
fundamentals: boiling point analysers, flash point analysers, freeze point analysers,
refractive index analysers, thermal conductivity analysers, moisture/dew point
analysers, hydrogen sulfide analysers. Electrochemical process analysers systems:
conductivity analysers, pH analysers, ORP (REDOX) analysers, trace oxygen
analysers. Spectrophotometric process analysers systems: Infrared (IR and NDIR)
absorption analysers, ultraviolet/visible (UV/VIS) absorption analysers. Compositional
process analysers Systems: Gas Chromatograph (GC) analysers, liquid
chromatographic analyser, Mass spectrophotometric (Mass Spec) Analyser.
Related Courses:
14
1. TF3101
Measurement
2. TF3104 Transport Phenomena, Prerequisite.
Methods,
Prerequisite.
Bibliography:
1. Sherman, Rhodes, 1996, Analytical Instrumentation, Practical Guides for
Measurements and Controls, ISA
2. Manual Book of Service and operation of Gas Chromatograph and Spectrometric
Analyser.
TF40Z1, Final Project (5 SKS)
Short Description:
This research is individual project under supervision of one or more faculty members.
The project could be design, laboratory work, computer simulation, mathematical
analysis of physical phenomena, development of instrumentation, software or
hardware. The project should be conducted in compliance with guideline for final
project, and the result is reported in both oral and written document.
Related Courses:
1. TF4102 Special Assignment, Prerequisite.
Bibliography:
---, 2004, Buku Panduan Tugas Akhir Departemen Teknik Fisika, FTI-ITB.
TF4002, Capita Selecta in Engineering Physics (1 SKS)
Short Description:
Presentation of various topics relevance to Engineering Physics; challenges and
problem solving in engineering. Alumni of Engineering Physics and expertise in the
field are invited to give presentation and discussion.
Related Courses:
--Bibliography:
1. W.C. Booth, G.G, Coulomb, J.M. Willi, 1995, The Craft of Research, The University
of Chicago Press.
2. David Madsen, 1983, Successful Dissertations and Theses, Jossey-Bass
Publisher.
3. E.H. Ogden, 1991, Completing Your Doctoral Dissertation or Master's Thesis Two
Semester or Less, Technomic Pub. Co.
TF4203, Acoustical Instrumentation and Measuring System (3 SKS)
Short Description:
Properties of sound, measurement of amplitude and frequency of sound, time
constant and weighted circuits, spectral analysis, Fourier integral, wave, transient
15
phenomena, impedance and circuit analogy, measurement of movement and
impedance, source of radiation, room acoustics, environmental noise, loudspeaker,
microphone, theory of transducer, measurement of noise and standard parameters.
Related Courses:
1. TF2201 Physical Mathematics, Prerequisite.
2. TF3101 Measurement Methods, Prerequisite.
3. TF3102 Wave Phenomena, Prerequisite.
4. TF3206 Engineering Physics Laboratory III, Prerequisite.
Bibliography:
1. Beranek, Acoustic Measurement, McGraw Hill
2. D.Hall, 1987, Basic Acoustics, John Wiley & Sons.
3. Kinsler, Frey, Coppens and Sanders, 1985, Fundamentals of Acoustics, John
Wiley & Sons.
TF4204, Optical Instrumentation and Measuring System (3 SKS)
Short Description:
Laser generation: stimulation emission, resonator, dielectric mirror, type of laser; laser
gyroscope, interference, interferometer, interferometer speckle, holography,
interferometer holography. Principle of optical fibre: total reflection, numerical
aperture, profile of refraction index. Optical fibre sensor: intrinsic and extrinsic sensor,
optical fibre gyroscope.
Related Courses:
1. TF2105
Engineering
Physics,
Prerequisite.
2. TF2204
Electromagnetic
Fields,
Prerequisite.
3. TF3102 Wave Phenomena, Prerequisite.
Bibliography:
1. G.
Keiser,
1991,
Optical
Fibre
Communications,
McGraw
Hill
2. W.T. Silfvast, 1996, Laser Fundamentals, Cambridge University Press.
TF4111, Modern Control (3 SKS)
Short Description:
Description of modern control, system modelling using state space, concept of control,
design of control system using state space, state variable estimation using observer,
system with random noise, design of linear optimal control for stochastic system, state
variable estimation for system with stochastic noise, application in Kalman filter, case
study application of modern control.
Related Courses:
1. TF3101
Measurement
2. TF4005 Automatic Control, Prerequisite.
Bibliography:
16
Methods,
Prerequisite.
1. B. Friedland, 1986, Control System Design - An Introduction to State-Space
Methods, McGraw-Hill, New York,
2. K. Ogata, 1970, Modern Control Engineering, Prentice-Hall Inc., Englewood Cliffs,
New Jersey.
3. H. Kwakernaak, and R. Sivan, 1972, Linear Optimal Control Systems, Wiley
Interscience, New York.
TF4112, Digital Spectral Analysis (3 SKS)
Short Description:
Introduction, transformation theory and linear system, process random, classical
spectral estimation, random signal parametric modelling, AR spectral estimation, MA
spectral estimation, ARMA spectral estimation, minimum variant spectral estimation,
sinusoid spectral estimation, multicanal spectral estimation, and 2D spectral
estimation.
Related Courses:
1. TF2101 Engineering Mathematics, Prerequisite
2. TF2102 Probability & Statistics, Prerequisite
3. TF3201 Signal Processing, Prerequisite
Bibliography:
1. S.Lawrence Marple Jr, 1987, Digital Spectral Analysis with Applications, PrenticeHall.
2. Rabiner and Golad, 1975, Theory and Application of Digital Signal Processing,
Prentice-Hall.
3. Bendat and Piersol, 1986, Random Data: Analysis and Measurement Procedures,
John Wiley and Sons.
TF4121, Engineering Acoustics (3 SKS)
Short Description:
Room acoustics: acoustic design for conversation room, music, studio, sound system.
Environnemental acoustics: noise, sound absorber/insulation, noise criteria, noise
control.
Related Courses:
1. TF2201 Physical Mathematics, Prerequisite.
2. TF3101 Measurement Methods, Prerequisite.
3. TF3102 Wave Phenomena, Prerequisite.
Bibliography:
1. Kinsler,
Frey,
2000,
Fundamental
of
Acoustics,
McGraw
Hill.
2. Hall,
Basic
Acoustics,
John
Wiley
&
Sons.
3. Pelton, Howard, Noise Control Management, Van Nostrand Reinhold.
17
TF4122, Thermal Environmental Engineering (3 SKS)
Short Description:
Climate, thermal comfort and ventilation requirement, basic concept of thermal design
in building, thermal control, system and steam compression refrigeration cycle, wet air
thermodynamics and psychometric, wet and dry air direct contact, basic concept of air
conditioning and design of room air conditioning, concept of thermal load calculation
in air conditioning, and its application.
Related Courses:
1. TF2106
Thermodynamics,
2. TF3101
Measurement
Methods,
3. TF3104 Transport Phenomena, Prerequisite.
Prerequisite.
Prerequisite.
Bibliography:
1. Koenigsberger, 1974, Manual of Tropical Housing and Building, Part 1., Longman
Group
Ltd,
Ch.
1-4.
2. Kuehn,W.et.al., 1998, Thermal Environmental Engineering, 3rd Edition, Prentice
Hall,
Ltd.
3. Threlkeld, Thermal Environmental Engineering, 3rd ed., Prentice Hall, Inc.
TF4131, Materials Characterization (3 SKS)
Short Description:
X-ray and diffraction, crystal structure and lattice, component and diffraction of data
acquisition, determination of crystal structure, lattice parameters, phase diagram;
detection of crystal imperfection, determination of crystal grain, quantitative analysis
of mixed powder, identification of unknown materials.
Related Courses:
1. TF2205
Modern
2. TF3203 Physics of Materials, Prerequisite.
Physics,
Prerequisite.
Bibliography:
1. B. D. Cullity, 2001, Element of X-Ray Diffraction, Prentice Hall.
2. C. Suryanarayana, M.G. Norton, 1998, X-Ray Diffraction: A Practical Approach,
Plenum Press, New-York.
TF4211, Medical Physics (3 SKS)
Short Description:
Force in body, hot and cool in medical system, energy, work and body power,
pressure: lung and breaths, physical system of cardiovascular, electricity in body,
cardiovascular instrumentation, application of electricity and magnetism in medical
system, sound in medical system, ears and hearing, light in medical system, eye and
18
vision, x-ray diagnostics, nuclear physics in medical system, radiation therapy,
radiation protection in medical system.
Related Courses:
1. FI1101
Elementary
Physics
2. FI1201
Elementary
Physics
3. TF3101 Measurement Methods, Prerequisite.
IA,
IIA,
Prerequisite.
Prerequisite.
Bibliography:
1. John R Cameron and James G. Skofronick, 1978, Medical Physics, John-Wiley &
Sons.
2. D.L. Hudson, M.E. Cohen, 2000, Neural Network and Artificial Intelligence for
Biomedical Engineering, IEEE Press Series in Biomedical Eng.
TF4212, Intelligent Control System (3 SKS)
Short Description:
Introduction, conventional control versus smart control, concept of design and
architecture of smart control system. Neuro and fuzzy logic based smart control
system. Description , structure and design of control. Genetic algorithm concept on
smart control, description and analysis of genetic algorithm. Practical aspects and
smart control implementation, and example application.
Related Courses:
1. TF3101
Measurement
2. TF4005 Automatic Control, Prerequisite.
Methods,
Prerequisite.
Bibliography:
1. M.M. Gupta, N.K. Sinha, 1996, Intelligent Control Systems: Theory and
Applications, IEEE Press.
2. J.S.R. Jang, C.T. Sun, E. Mizutani, 1997, Neuro-fuzzy and Soft Computing,
Prentice-Hall Inc., New Jersey.
3. D.E. Goldberg, 1989, Genetic Algorithms in Search, Optimization and Machine
Learning, Addison-Wesley.
TF4222, Lighting (3 SKS)
Short Description:
Phootometry (luminous fluxes, luminous intensity, illuminance, luminance),
reflectance, luminance factor, transmittance, relation between photometry parameter,
graphical representation of photometry data, color temperature, effect of color,
integrator sphere, goniometer, history of light source, light source specification, black
body radiation, luminary specification, light control method, properties of optical
system, reflector and refractor, calculation of usage coefficient, application/design of
interior and exterior lighting system, day lighting.
Related Courses:
1. TF2105 Engineering Physics, Prerequisite.
Bibliography:
19
1. W.G. Julian, 1983, Lighting Basic Concepts, Dept. of Architectural Science, Faculty
of Architecture.
2. --- , 2001, IESNA Lighting Handbook, 9th edition.
3. --- , 2000, Konservasi Energi Sistem Pencahayaan pada Bangunan Gedung, SNI03-6197-2000 Edition.
TF4232, Materials Processing Technology (3 SKS)
Short Description:
Production and material synthesis, material processing: pyrometallurgy and
electrometallurgy and production of polymer and ceramics, solidification, process of
deformation, and process dry and wet powder. Effect of processing to microstructure
and properties of material.
Related Courses:
1. TF3203 Physics of Materials, Prerequisite.
Bibliography:
th
1. W.D. Callister, 2000, Materials Science and Engineering, 5 ed., Wiley.
2. C.R. Barrett, W.D. Nix, A.S. Tetelman, 1973, The Principles of Engineering
Materials, Prentice-Hall.
rd
3. R.A. Flinn, P.K. Trojan, 1986, Engineering Materials and Their Applications, 3 ed.,
Houghton-Mifflin.
TF4241, Engineering Optics (3 SKS)
Short Description:
Photographic film, camera, sharp field and its application, light propagation, projection
instrumentation 1 & 2, Schlieren method, Moiré pattern generation and modification,
surface profile measurement and other application, Fourier transformation tool, optical
pattern recognition.
Related Courses:
1. TF2105
Engineering
2. TF2204 Electromagnetic Fields, Prerequisite.
Physics,
Prerequisite.
Bibliography:
1. K. Pramod, 1997, Optical Measurement Techniques and Applications, Artech
House
Inc.
2. J.W. Goodman, 1996, Introduction to Fourier Optics, McGraw Hill International.
3. W.J. Smith, 2001, Modern Optical Engineering, 3rd ed., McGraw-Hill International.
20