Course Syllabus

VIII. Course Syllabus

For course syllabus which applied to curriculum of academic year 2016/2017 - 2018/2019 presented in the form of description as follows :

Course Name

: Religion Education

Course Code

: MPK 4001 – 4005

Study Load

: 2 Credits/ SKS

Purpose : Become a scientist and professional who believe and fear to God Almighty, has a noble character, and has an ethos work, and uphold the values of humanity and life

Subject : Faith and devotion; Philosophy of God (Theology); Essence, dignity and human responsibility; Grow the awareness to obey God's law; The prophetic function of religion in law; Religion as a moral source; Noble character in life; Faith, science and technology as a unity; Obligation to seek and practice the science; The responsibility of scientists and artists; Religion is God's grace to all; Togetherness in religious plurality; Civilized and prosperous society; The role of religious people in realizing civilized and prosperous society; Human Rights and democracy; Academic culture; Work ethic, open and fair attitude; The contribution of religion in political life; The role of religion in realizing the unity of the nation.

Reference : Anonymous, Textbook of Religious Education Dekker, N. & I Ketut Sudiri P. The Principles of Hinduism.Diputhera, O. Buddhist Image In Pancasila Philosophy. Hardowiyono, R.S. Fostering the Faithful Congregation. Jakarta Harun, H. Christian Faith. Jakarta : BPK. Nasution, H., 1982. Islam Viewed From Various Dimension and Aspects. UI Press, Jakarta.

Course Name

: Statics

Course Code

: TKS 4001

Study Load

: 3 Credits/ SKS

: Exist (with Satisfaction Letter)

Purpose : Know and understand the engineering mechanics, its relationship to civil engineering applications; Understanding the force system, the concept of equilibrium, placement and symbols, unit and force modeling; Understand the analysis of determinate static structures, internal forces and influence lines.

Subject : Force and Moment in the field. Direction, unit as well as the resultant of force and moment; Balance of Force and Moment. Basic balance requirements. Reaction and Beam support. Point load and distributed load; Understanding of the stable and unstable structures, determinate static and indeterminate static

Exercise of beamsupport reaction calculation of console beams and simple beams; Section equilibrium/balance. Diagram of moment, shear and normal; Pins connection on the beam. Internal force at the connection. Terms of balance in the pins; Exercise of portal beam; Gerber beam, boarded and supported structure system; Pendel Member and pin truss structure. The Term of pin truss formation; Joint/titik buhul Balance and Balance of truss section; Method of graphic and truss cremona; Exercise of cremona; Combination of beams and truss; Exercise of combination of beams and truss; Structure of beam/3 pins arch, beam supported by pendel, beam with support; Arch/ curve with a tensile member; The balance of force in space. Forces and moments in space. Twisting moment; Truss of space. Requirement of the stable of space truss; Influence line. Definition and the benefits of influence line. Compiling the influence line equation; Principle of Muller Breslau for influence line of determinate static beam. Exercise of influence line drawing and calculate the maximum force; Influence line of truss frames; Exercise of influence line of the frame; Influence line of gerber beam and bracing bridge; Exercise of gerber influence line; Influence line of 3 joints/pins structure; Exercise of influence line for portal structure; Combined structure.

Reference : Anonymous, Textbook of Statics Beer & E. Russel Johnston Jr. 1976. Mechanics for Engineers . Kogakhusa. Mc Graw Hill.

Course Name

: English Language

Course Code

: MPK 4009

Study Load

: 2 Credits/ SKS

Purpose : Making students have the ability to understand civil engineering reading from various fields in English, presentation in English, as well as preparing them for the test in finding a job.

Subject : Grammar review ( tenses, types of sentences, passive, relationships between ideas, conditional sentences ); Analysis and understanding of Civil Engineering reading (transportation, geology, concrete and structure); Presentation theory and practice in English (appearance, material organization, props, voice control); Orientation of English for work (understanding of ads, application letter, tips for interviews); Introduction to TOEFL, TOEIC & IELTS Test.

Reference : Anonymous, Textbook of English Azar, Betty Scrampfer. 1989 . Understanding and Using English Grammar .ETS. 1998. TOEFL Test Preparation Kit . New Jersey, Educational Testing Service. Murphy, Raymond. 1985. English Grammar in Use . Cambridge,

Cambridge University Press.

Course Name

: Mathematics I

Course Code

: TKS 4002

Study Load

: 4 Credits/ SKS

Purpose : Provide the mathematical knowledge that can be used for solving calculations in the field of civil engineering Subject

: Number systems (real numbers up to complex numbers); vector algebra; matrix, determinants with their properties and uses; various of functions and graphs; limit and continuity of function; derivative of various forms of function; Taylor and Mc Laurin series, L'hospital and extreme value; indefinite integrals and integration methods. Finite Integral, the use of definite integral ( area of the field, volume of an object, length of bow string, surface area of rotary object, center of gravity, moment of inertia; improper integrals.

Reference : Anonymous, Textbooks of Mathematics I Anton, H., Linear Algebra

(latest) Baisuni, M.H. 1986. Calculus . UI-Press, Jakarta.Purcell, E.J.

1984. Calculus with Analytic Geometry, 4th Ed. Prentice- Hall Inc.

Course Name

: Physics

Course Code

: TKS 4101

Study Load

: 3 Credits/ SKS

: Phyisics practicum

Task

: None

Purpose : Provide a basic understanding of the physical properties of building materials, laws of nature, its relation to the calculation of engineering mechanics as well as for solving problems in the field of civil engineering; Providing practical skills to prove the laws of nature, the physical properties of the material by using formulas, which are based on statistical evaluations.

Subject : system of units; Statics and kinematics; Dynamics, harmonic motion , momentum; Heat and heat propagation; Wave; Optics and electricity; Mechanics : the viscosity of the liquid, constant of spring strength; Electricity, measurement: electrical resistance with ohms law, electrical resistance with Wheatstone bridge, tara calor, static mechanics; Optics : refractometer; Heat; thermocouples; Sound: resonance of sound.

Reference : Anonymous, Textbook of Physics, Physical Practicum Handbook Hallyday, Risnick. 1984. Physics I . Jakarta : Erlangga Publisher.Sears, Zemansky. 1972. Physics for the University I. Bandung: Bina Cipta

Publisher. Sutrisno. 1985. Basic Physics on Mechanics . Bandung : ITB Publisher.

Course Name

: Engineering Chemistry

Course Code

: TKS 4102

Study Load

: 2 Credit/ SKS

Purpose : Provides knowledge of basic theories of chemistry, chemical reactions and its application to the manufacture of materials. Subject

: Atoms and molecules, force between atoms; periodic table; chemical bond; properties of gaseous, solid and liquid objects; metal and nonmetallic materials, organic and non organic matter.

Reference : Anonymous, Texbooks of Engineering Chemistry Billmeyer, FW.

1990. Textbook Of Polymer Science . New York : Interscience.Callister, WD. 1985. Material Science 7 Engineering . New York : John Wiley.Fontana, MG. 1988. Corrosion Engineering . New York: Mc Graw Hill Book Co.Uhlig, HH. 1980. Corrosion & Corrosion Control . New York :

John Wiley.William, DJ. 1971. Polymer Science and Engineering . NJ : Prentice Hall. Englewood Cliffts.

Course Name

: Technical Drawing

Course Code

: TKS 4103

Study Load

: 2 Credit/ SKS

: Exist (with Satisfaction Letter)

Purpose : Providing basic knowledge of technical drawing and their

applications in Civil Engineering.

Subject : Introduction, projection, foundation and wall. Floors, sills, shutters and doors leaf. Ceiling, roof, concrete slab, truss, stairs. Clean water and dirty water systems. homes complementary.

Reference : Anonymous, Texbooks of Technical Drawing Supriadi I.K. 1986. Science of Building Structure, Practical Series of Civil Building. A. Armico. Surwiyono T.T. 1996. Basic Planning of Residential Home . Jakarta : Sinar Harapan.

Course Name

: Mathematics II

Course Code

: TKS 4003

Study Load

: 4 Credits/ SKS

Properties

Prerequisite

: Mathematics I

Purpose : Know and understand the definite integral, partial derivatives and can apply them to solve civil engineering calculations.

Subject : Infinite series; geometric analitik ruang; fungsi dari beberapa peubah; derivative parsial, deret Taylor dan Mclaurin dari fungsi dua peubah, nilai ekstrim fungsi beberapa peubah; Integral rangkap dua, integral rangkap tiga, simple differential equations (velocity and acceleration, law of growth and shrinkage, Newton's

st cooling law); Differential equations of 1 order until order- n and its applications; Laplace transform.

Reference : Anonymous, Textbook of Mathema tic II Baisuni, M.H. 1986. Calculus . UI-Press, Jakarta.Kreyszig, E. 1993. Advanced Engineering Mathematics, 7th Ed, John Wiley & Son Inc.Purcell, E.J. 1984. Calculus with Analytic Geometry, 4th E d. Prentice-Hall Inc.

th Stewart, J. 1998, Calculus, 4 Edition, Erlangga.

Course Name

: Statistics

Course Code

: TKS 4201

Study Load

: 2 Credit/ SKS

Purpose : Provides statistical knowledge for the basic of data processing in the analysis of matters related to the field of civil engineering.

Subject : Introduction to statistics; various of variables and data types; data collection and sampling techniques; frequency distribution and graphics; probability theory; discrete distribution; continuous distribution; hypothesis testing; regression analysis; variance analysis (ANOVA).

Reference : Anonymous, Textbook of Statistics Bluman A. Elementary

Statistics.

A Step by Step Approach. 2nd Edition. WCB Pulishers. Dubuque, Ioawa,1992.

Course Name

: Material Mechanics

Course Code

: TKS 4004

Study Load

: 4 Credits/ SKS

: Exist (with Satisfaction Letter)

Purpose : Provides knowledge of geometric properties of an area , stress and strain; Gives the ability to calculate the stress and strain on the beam structure; Provides knowledge of complex stresses, deformation/deflection and buckling theory on the column; Gives the ability to calculate complex stresses, calculate the deflection on the beam and calculate the column's critical load.

Subject : Geometric properties of an area; Stress and strain ; Stress on beam structure; Complex stress; Deflection on the beam; Short columns

with eccentric loads; Buckling theory; Buckling on the length column

Reference : Anonymous, Textbook of Material Mechanics J. Logan, Mechanics of Material , 1991.V.N. Vasirani & M. N. Ratwani, Analysis of Structure . Timoshenko & Gere, Material Mechanics I , translation, 1997. Timoshenko & Gere, Material Mechanics II , translation, 1997.

Course Name

: Mapping and GIS

Course Code

: TKS 4202

Study Load

: 4 Credits/ SKS

: Exist (with Satisfaction Letter)

Task

: None

Purpose : Provide basic skills to understand the types of land measurement tools for the measurement of Levelling and Topographic Measurements, as well as Geographical Information System in Civil Engineering.

Subject : Introduction; System of Units and Size in Soil Measurements ; Distance Measurement Method; Levelling Measurement equipment; Levelling Measurement; Profile Measurement; Method of Total Area Measurement; Method of Cut and Fill Volume Measurement; Topographic Measurements; Methods of Angle and Direction Measurement; Topographic Measurement Tools; Polygon Measurement; Measurement of Tachymetry; Topographic Contour Creation; Measurement of Construction; Horizontal arch/ curve; Vertical Arch; Introduction to Photogrammetry and Remote Sensing; GIS Concepts; GIS Data Structure; Data collection technique; GIS Data Entry/ input; GIS Analysis Function; Database Compilation; Presentation of GIS Data; GIS applications.

Reference : Anonymous, Textbook of Mapping and GIS Aronoff, S. 1989. Geographic Information Systems : A Management Perspective , WDL Publications, Canada. Banister A., Raymond S., 1977, Surveying , Pitman Publishing Limited., New York.Brinker R. C., Wolf P. R., Waliatoen D., 1984, Basics of Land Measurement (Surveying) , Erlangga Publisher, Yogyakarta.Burrough, P.A. 1986. Principles of Geographical Information Systems for Land Resources Assesment , Oxford University Press, New York ESRI. 2001. Getting Started with A rcGI S , E S RI P r ess, New York Lillesand & Kieffer, 1979, Remote Sensing and Image Interpretation , McGraw-Hill Book Co, London. MapInfo Corporation. 1999. MapInfo Professional, User’s Guide, MapInfo

Corporation Troy, New York.

Course Name

: Basic Hydraulics

Course Code

: TKS 4005

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: None

Practicum

: None

Task

: None

Purpose : Understanding the basic principles of fluid mechanics and hydraulics; Plan and calculate the pipelines, fluid machines and applying to civil engineering buildings.

Subject : Properties of liquids; Hydrostatics; The concept of flow and basic equations; Flow through the pipe; Bernoulli equation; Momentum equation; The viscosity effect on the flow; The flow through the pit and overflowing; permanent flow through pipes.

Reference : Anonymous, Textbook of Basic Hydraulics Anggrahini. 1983. Hydraulics . Lecture Module.Bambang Triatmojo. 1993. Hydraulics . I, II Yogyakarta : Beta Offset.Fox R.W, Alan T. Donald. 1985. Introduction to Fluid Mechanics . New York : John Wiley & Sons.Hwang, Ned H.C. 1987. Fundamentals of Hydraulic Engineering System . New York : Prentice Hall.Webber, N.B. 1965. Fluid Mechanics for Civil Engineering . London : William Clower & Sons Ltd.

Course Name

: Materials Technology I

Course Code

: TKS 4006

Study Load

: 2 Credits/ SKS

Purpose : Understand about the physical, chemical and mechanical properties as well as technology for the manufacture and use of materials which commonly used in the construction of civil buildings ; Students gain a basic understanding of construction materials to be used in advanced courses.

Subject : The basic properties of construction materials; Wood technology; Steel and other metal technologies; Concrete technology; Pair structure; Bitumen material and asphalt mixtures; Quarry materials and other construction materials.

Reference : Anonymous, Textbook of Material Technology I Jackson, N & Dhir,RK Civil Engineering Material . General Regulations of Building Materials in Indonesia. Taylor, G.D. Material in Construction and Introduction .

Course Name

: Environmental Engineering

Course Code

: TKS 4203

Study Load

: 2 Credit/ SKS

Purpose : Understand the development in the field of civil engineering that is environmentally sound; Know the source and treatment

of clean water and waste water; Planning the system for the distribution of clean water and wastewater in an area

Subject : Definition of environmental engineering; Development of a civil engineering field that is environmentally sound; Determination of area study and time target, design period, projection of population and public facilities; Determinant factors of clean water needs; Domestic, non domestic needs, water leak, maximum day factor, maximum hour factor, the needs of fire extinguisher; Piping and non piping water service; Source of clean water and terms of quality, quantity, continuitys; Water treatment method based on the source: complete and incomplete processing; Gravity and pump clean water drainage systems; Streaming time; Distribution system: branch and grid; Pipe, pipe components, detail junction, reservoir, pump, fire hydrant; Calculation of clean water pipe dimension; Definition of waste water; Source and characteristics of waste water; Waste water treatment method: primary, secondary, tertiary treatment and mud processing; The method of wastewater channeling; Calculation of wastewater discharge; Calculation of wastewater dimensions.

Reference : Anonymous, Textbook of Environmental Engineering. Anonymous, 1998, R.I Law no. 23 the year of 1997 on environmental management, BAPEDAL, Jakarta.Al Layla, M.A., S. Ahmad., E.J Middlebrooks, 1978. Water Supply Engineering DeSIGn. Edisi II, Ann Arbor Science Publisher, USAMangkoedihardjo, S., 1985, Clean water supply., Volume I, Sanitary Engineering , ITS, Surabaya. Metcalf & Eddy, 1981, Wastewater treatment and pumping , Mc Graw Hill, New York, USA.Peavy, H.S., D.R. Rowe, G. Tchobanoglous, 1985, Environmental engineering , Mc Graw Hill, New York, USA.

Course Name

: Mathematics III

Course Code

: TKS 4007

Study Load

: 4 Credits/ SKS

Properties

Prerequisite

: Mathematics II

Know and understand the definite integral, to a higher integral level both from the scalar function and from the vector function; Know and understand about the partial derivative both from a scalar function and vector function; Provides knowledge and understanding of the special functions and differential equations that can be used to solve calculations in the field of civil engineering

Subject : Vector differential, vector integral, Special functions (Beta, Gamma , Bessel, Legendre, Bernoulli, Lagrange); double Fourier series; Complex function. Special functions (Beta, Gamma, Bessel, Legendre, Bernoulli, Lagrange); double Fourier series; Complex function.

Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018 93

Reference : Anonymous, Textbook of Mathema tic III Baisuni, M.H. 1986. Calculus . UI-Press, Jakarta. Kreyszig, E. 1993. Advanced Engineering Mathematics, 7th Ed, John Wiley & Son Inc.Purcell, E.J. 1984. Calculus with Analytic Geometry, 4th Ed. Prentice-Hall Inc.

th Stewart, J. 1998, Calculus, 4 Edition, Erlangga.

Course Name

: Structure Analysis I

Course Code

: TKS 4008

Study Load

: 4 Credits/ SKS

Properties

Prerequisite

: Material Mechanics

: Exist (ith Satisfaction Letter)

Purpose : Provides knowledge about the nature of the indeterminate static structure; Provides the analysis ability of continuous beam and simple portal; Provides knowledge about the form of plane truss structure and space truss structure; Provides the analysis ability of plane truss structure and space truss structure.

Subject : Basic Concepts: Definition of Structure, Definition of Structure Element, Definition of Determinate and Indeterminate Static Structure, Structure Problems, Idealization of Geometry, Basic Assumptions, Definition of Internal Forces, Definition of Displacement and Deformation, Free Body Diagram, Internal Forces Planes, Elastic Line; Plane Truss Structure: Calculation of Member Forces with Method of Joints and Method of Section, Calculation of Joints Displacement with One-Unit Load Scheme and Strain Energy Method, Influence line; Space Truss Structure: Calculation of Member Forces with Method of Joints, Approachment with Space Method, Calculation of Joints Displacement with One-Unit Load Scheme and Strain Energy Method, Influence line; Space Truss Structure: Calculation of Member; Consistency of Deformation, Three Moment Clayperon Equation and Slope Deflection, Hardy Cross Iteration Method, Influence Line of Continuous Beam.

Reference : Anonymous, Textbook of Structure Analysis I Raz Sarwar

Alam.1985. Analytical Methods in Structure analysis . Wiley Eastern Prirate Limited. Sri Murni Dewi. 2004. 71 Contoh Statis Taktentu . Sidoarjo : Citramedia.Timoshenko S. and Young DH. 1982. Theory of Structure . Mc Graw Hill Vazirani V N and Ratwani. 1980. Analysis of Structure .

Khana Publishers.Wang, CK. 1983. Intermediate Structure analysis.

Course Name

: Numerical Method

Course Code

: TKS 4104

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: None

Practicum

: None

Task

: None

Purpose : Provides knowledge of the use of numerical analysis to complete the mathematical models and their application in the field of civil engineering.

Subject : Basic concepts, Errors, Practical evaluation of special functions, Roots of non linear equations, The system of linear equations and matrices, System of linear equations System of non linear equations, Differential, Interpolation, Integral numeric, Ordinary Differential Equations, Partial Differential Equations.

Reference : Anonymous, Textbook of Numerical Methods Chapra, Numerical Methods , 1988 Greenspan, Discrete Numerical Methods in Physics and Engineering , 1986Kreyszig, Advance Engineering Mathematics , 1988 Prees at al, Numerical Recipes , 1986

Course Name

: Applied Hydraulics

Course Code

: TKS 4009

Study Load

: 3 Credits/ SKS

Properties

Prerequisite

: Basic Hydraulics

Practicum

: Hydraulics Practicum

Task

: None

Purpose : Provide an understanding of the flow principle in open channels ; Provides the ability to plan and calculate open channels, irrigation channels, drainage and hydraulic structure; Gives the ability to plan and calculate the congruency model and analyze the dimensions.

Subject : Open channel hydraulics; concept of energy and momentum; flow type ; flow characteristics; uniform flow, gradually varied flow; hydraulic jump and energy dissipater structure; model theory, congruency and dimension analysis; application of model theory.

Reference : Anonymous, Textbook of Applied Hydraulics Anggrahini. 1983. Open Channel Hydraulics . Surabaya : Citra Media.Bambang Triatmojo. 1993. Hydraulics II . Yogyakarta : Beta Offset.Chow,

V.T. 1959. Open Channel Hydraulics . New York : Mc Graw Hill Book Company.Rangga Raju, K.G. 1986. Flow Through the Open Channel . Jakarta : Erlangga.Subramanya, K. 1986. Flow in Open Channel . New Delhi : Tata Mc Graw Hill Co.

Course Name

: Hydrology

Course Code

: TKS 4010

Study Load

: 2 Credit/ SKS

: Exist with Satisfaction Letter

Purpose : Provides knowledge on how to measure rainfall , process data into regional rainfall; Provides knowledge about the determination of rain intensity in an empirical way;

Provides knowledge on how to test rainfall data.

Infiltration and percolation; Overview of ground water; Run Off ; River flow measurements; Hydrograph; Flood routing; Application of statistics in hydrology.

Reference : Anonymous, Hydrology Textbook Linsley, R.K et al. 1958. Hidrology for Engineers . New York : Mc Graw Hill. Nemec, J. 1973. Engineering Hydrology . New Delhi : Tata Mc Graw Hill. Soemarto, CD. 1986. Engineering Hydrology . Surabaya : Usaha Nasional. Sosrodarsono, S.1976. Hydrology For Watering . Jakarta : Pradnya Paramita.Sri Harto, Br. 1991. Applied Hydrology . Yogyakarta : Publisher Bureau OF KMTS FT-UGM. Sri Harto, Br. 1992. Hydrological Analysis . Jakarta : Gramedia.

Course Name

: Transportation System

Course Code

: TKS 4011

Study Load

: 3 Credits/ SKS

Purpose : Understand the transportation system and its components,

the concept of transportation planning.

Subject : Understanding of transportation system and supporting fields; Transportation contribution to other fields; Systems in transportation and its linkage; Spatial and transport interactions; The concept of transportation planning; Environmental considerations in transportation planning; Value, goals, objectives and measures the effectiveness of transport activities; Transportation surveys; Transportation management

Reference : Anonymous, Textbook of Transportation System Black, J. 1981. Urban Transport Planning, Theory and Practice , Croom Helm Ltd. Currin, Thomas R. 2001. Introduction to Traffic Engineering ,

Brooks/Cole, Canada.Institute of Transportation Engineers (ITE). 1981. Transportation and Traffic Engineering Handbook, 2nd edition, Homburger, W.S., Keefer, L.E. and McGrath, W.R. (eds), Prentice- Hall, New Jersey.Meyer, M.D., and Miller, E.J. 1984. Urban Transportation Planning , McGraw-HillMorlok, E.K. 1985. Introduction to Engineering and Transportation Planning , Erlangga Tamin, O. Z. 2000. Transportation Planning and Modeling , TBWebster, F.V., Bly, P.H., and Paulley, N.J. 1988. Urban Land Use and Transport Interaction , Gower Publishing .

Course Name

: Materials Technology II

Course Code

: TKS 4012

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Materials Technology I

Practicum : Practicum of Concrete Technology and Highway Pavement

Materials

Task

: None

Purpose : Providing the ability to test and analyze the physical, chemical and mechanical properties as well as the technology of manufacture and testing of concrete and the forming material of concretes, asphalt and asphalt mixtures. Practicum of Concrete Technology, Highway Pavement Material

Subject

: Practicum

Reference : Anonymous, Textbook of Materials Technology II, Practicum Handbook Jackson, N and Dhir, R.K. Civil Engineering Material . Indonesian National Standard On Building Material Requirements in Indonesia. Minimum Standards of Civil Engineering Practicum . Taylor, G.D. Material in

Construction and Introduction .

Course Name

: Structure Analysis II

Course Code

: TKS 4013

Study Load

: 3 Credits/ SKS

Properties

Prerequisite

: Structure Analysis I

: Exist (with Letter Satisfaction)

Purpose : Students can identify behavioral relationships of force and deformation and are able to calculate the relationship of force and deformation; Students can use the stiffness method to calculate the internal forces and deformations that occur in the matrix analysis; Students are able to create computer programs for simple cases.

Subject : Introduction: Structure Definition, Structure Analysis Method, The Role of Matrix Algebra and Computational in Structure Analysis; Basic concepts: Types of Structures, degrees of freedom, Indeterminate Static and Kinematic, Behavior of Linear Elastic Structure, Work, Principles of Virtual Work, Load Method and Unit Displacement, Principle of Superposition, Methods of Force and Displacement; Force Method : Method Translation, Flexibility Matrix, Static Matrix; Global Static Equations, Calculation of Internal force and Calculation of Joint Displacement; Displacement Method : Method Translation, Matrix Meber Stiffness, Global Stiffness Matrix, Equivalent Load, Global Equations, Introductions of Limit Conditions, Calculation of Displacement and Internal Forces, Transformation Matrix of slope/oblique member in Plane and Space, Equivalent Load Transformation, Transformation of End Member Forces; Application of Displacement Method : Axial member, Plane and Space Truss Structure, Continuous Beam, Portal of Plane and Space, Grid System, Portal with bracing; Computational Method: Structure Identification, Input Data Setup, Evaluation of Member Stiffness Matrix, Global stiffness matrix assembly, Introduction of Limit Conditions, Completion

of the Linear Equation System, Calculation of End Member Internal Forces, Output Results; Programming Process: Program Structure, Flow Chart.

Manual of Microsoft Power Station Version 4 . Microsoft Inc. New York. Brebbia, CA and Ferrante, AJ. 1978. Computational Methods for The Solution of Engineering Problems. Pentech Press. London.Ghali, A dan Neville, AM. 1986. Structure Analysis, Combination of Classical Methods and Matrix. Second Edition. Translated by Ir. Wira MSCE. Erlangga. Jakarta M Firdaus Alkaff. 2004. Matlab 6 for Civil Engineering. CV Maxikom . Palembang.Wang, CK. 1985. Introduction to Structure Analysis by

Matrix Method . Translated by Ir. Ismoyo PH. Erlangga. JakartaWeaver, W Jr dan Gere, JM. 1996. Matrix Analysis for Truss Structure . Second Edition. Translated by Ir. Wira MSCE. Erlangga. Jakarta .

Course Name

: Computer Programming

Course Code

: TKS 4204

Study Load

: 3 Credits/ SKS

Properties

Prerequisite

: Numerical Method

Purpose : Provide basic knowledge and skill in the manufacture of computer

program to solve numerical method problem.

Subject : Structure and flow chart; programming language; iterations and options;

dimension and array; subroutine.

Reference : Anonymous, Computer P rogramming Textbook Imam Suwidodo. 1986. Introduction to Pascal . Jakarta : Andi Offset.Mc Cracken, DD. 1982.

A Guide to Fortran IV Programming . New York: John Wiley & Sons Inc.Mc Cracken, DD & Dorn, WS. 1986. Case Study of

Numerical Methods with Fortran IV . Jakarta : Erlangga.

Course Name

: Soil Mechanics I

Course Code

: TKS 4014

Study Load

: 4 Credits/ SKS

Practicum : Introduction of minerals and rocks, the introduction of geological maps, soil sampling, hand drill, moisture content, volume weight, specific gravity, sieving analysis, hydrometer analysisr, Liquid limit, Plastic Limit, Shrinkage Limit, permeability, sondir (CPT), Unconfined Compression Strength, Direct Shear, triaxial

Task

: None

Purpose : Provides knowledge about the types of rocks, structures and geological map, the process of formation and composition of the soil, the physical properties of the soil, Soil shear strength and seepage in the soil.

Subject : Introduction of minerals and rocks, rock cycle, rock type, weathering of rocks and the origin of soil, geological structure, geological map; Exploration of land, field experiments; Soil properties, soil composition, Subject : Introduction of minerals and rocks, rock cycle, rock type, weathering of rocks and the origin of soil, geological structure, geological map; Exploration of land, field experiments; Soil properties, soil composition,

Permeability and seepage : Darcy Law, determine the permeability coefficients in laboratory and field, permeability coefficient in layered soil, flownet, calculate the seepage

discharge using a flow net through the body of the soil dam, weir base.

Reference : Anonymous, Textbook of Soil Mechanics Bowles, JE. 1998. Foundation Analysis and Design, 4 th . Mac Graw Hill New York.Bowles J. E., 1986, Engineering Properties of Soil and Its Measurment, John Wiley & Son.Braja M Das. 1994. Principles of Geotechnical Engineering, volume 1, 2 . Jakarta : Erlangga.Craig R.F.,1976. Soil Mechanics . Van Nostrand Reinhold Company. New York.Cernica,John N, 1982. Geotechnical Engineering . New York : CBS College Publising.Head, KH.,1986. Soil Laboratory Testing, Volume

1, 2, 3 . John Wiley & Sons New York.Johnson & DeGraff, 1988,

Principle of Engineering Geology , John Wyley & Sons,

Mitchell,J.K., 1993, Fundamentals of Soil Behaviour , 2nd

edition, John Wiley & Sons New York.Terzaghi,Karl, Peck.Ralp B. 1991. Soil Mechanics in Engineering . Jakarta : Erlangga.

Course Name

: System and Structure of Irrigation

Course Code

: TKS 4205

Study Load

: 3 Credits/ SKS

: Exist with Satisfaction Letter

Purpose : Able to understand the principle of irrigation, water delivery system, irrigation channel network, division gate and headwork at the weir as well as siphon and gutters structures.

Subject : Channel dimensions, division box; structure and network schemes; water needs for irrigation ; determine the water level height; intake gate; stiling basin; structure of discharge meter; sluice gate; weir overflow/ spillway; weir threshold; energy dissipator; weir stability; siphon and gutters structure; protective construction.

Reference : Anonymous, Textbook of System & Structure of Irrigation Anonymous .1986. KP. 01 Irrigation Network, Dir. Irrigation, Directorate General of Water Resources. Bandung : Galang Persada. Anonymous . 1986. KP. 02 HeadWork,

Dir. Irrigation, Directorate General of Water Resources. Bandung : Galang Persada.Anonimous. 1986. KP. 03 Channel, Dir. Irrigation, Directorate General of Water Resources . Bandung : Galang Persada. Anonymous. 1986.

KP. 04 Structure, Dir. Irrigation, Directorate General of Water Resources. Bandung : Galang Persada.Drs. Erman Mawardi, Dipl.AIT, Ir. Moch Memed,

Dipl.HE.APU. 2002. Hydraulics Design of Fixed Weir For Technical Irrigation . Bandung : Alfabeta.Ir. Suhardjono. Crop Water Needs . Independent Textbook for the Course of : Irrigation.

Course Name

: Wood Structure

Course Code

: TKS 4015

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Structure Analysis I

Purpose : Provides knowledge of the nature and strength of wood in terms of application as a civil engineering construction material. Subject

: C lassification of wood; wood allowable stress; tensile member; compressive member ; flexural beam; connector; wood-steel composite beam; wooden stacking beam.

Reference : Anonymous, Textbook of Wood Structure Heinz Frick. 1981. Science of Wooden Building Construction . Indonesian Wood Construction Regulations Suwarno Wiryomartono. 1976. Wood Construction .

Course Name

: Concrete Structure

Course Code

: TKS 4016

Study Load

: 4 Credits/ SKS

Properties

Prerequisite

: Structure Analysis I

Purpose : Provides knowledge of concrete technology, analysis and planning of slab/slabs and beams; Providing more complex civil engineering analysis and design skills.

Subject : Flexture on square beam; Shear on the beam; One way slab/slab; Torque; Two way slab; Combination of one way and two way slab; Flexture on T beam; Distribution length, overlap, reinforcement; Portal; Continuous beam; Column; Short consoles; Foundation.

Reference : Anonymous, Textbook of Concrete Structure ACI 318, ACI 315.E.G Nawy . 1996. Reinforced Concrete a Fundamental Approach . Prentice Hall.Mc Gregor, JG. 1997. Reinforced Concrete Mechanics And Design . Prentice Hall.Peraturan Muatan Indonesia.R. Park & T. Paulay. 1975. Reinforced Concrete Structures . John Wiley & S o ns. Earthquake Indonesian National Standards for Building Structure. Procedures for Planning of Reinforced Concrete Structures for Building Structure , Indonesian National Standards/ SNI.

100 Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018

Course Name

: Traffic Engineering

Course Code

: TKS 4017

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Transportation System

Purpose : Provides knowledge of road traffic, so it can be used to analyze, organize, design, and evaluate segments and intersections. Subject

: Traffic element. Theory of traffic flow. Capacity and level of road service. Traffic surveys. Planning & arrangement of intersections. Traffic light settings. Traffic management. Traffic safety.

Reference : Adolf D. May, 1990, Traffic Flow Fundamentals , Prentice Hall , Englewood Cliffs, New Jersey, USA. Director General of Land Transportation, 1999, Road Traffic Data Collection Guidelines , Directorate of Traffic System Development & City transport. Director General of Land Transportation. Director General of Bina Marga, 1997, Indonesia Road Capacity Manual , Department of Public Works, Republic of Indonesia.R.J. Salter, 1976, Highway Traffic Analysis and Design , The Macmillan Press Ltd.

Course Name

: Concrete Slab and Frame

Course Code

: TKS 4018

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Concrete Structure

Purpose : Provides the ability to analyze and plan various of two way slab systems by conventional methods; Provides the ability to analyze and plan various forms of frame and shear wall as lateral load bearer for the building.

Subject : Two-way slab system with or without beams; Yield Line Method ; Two-way slab with equivalent portal method; Truss/ frame system the lateral load bearer; Shear wall; Combination of shear wall and frame.

Reference : Mac Gregor J.G. Reinforced Concrete Mechanics and Design . Park R. And Gamble, W.L. Reinforced Concrete Slab . Indonesian Loading Regulation for Buildings. SNI 03-1726- 2002. Standart of Earthquake Resilience Planning for Building Structure. SNI 03-2847-2002. Procedures for Calculation of

Concrete Structures for Building structure.

Course Code

: TKS 4019

Study Load

: 4 Credits/ SKS

Purpose : Provides a basic knowledge of steel structures; Provides the ability to analyze elements of steel structures; Provides knowledge about the shape and components of steel buildings; Provides the analytical capability of steel buildings and the analysis of steel element.

Subject : The physical and mechanical properties of steel; The concept of planning (ASD/LRFD-SNI/AISC); Analysis of tensile structure components (crack/melting, shear block); Analysis of compressed structural components (single profile, compiled profile); Connection (bolt, weld); Analysis of couple slab and diagonal member; The types of buildings and steel building elements; Planning of beam elements and tensile member; Planning of gording, terkstang and bracing; Planning of full wall beam element; Planning of intermediate stiffener and bearings pad; Planning of horizontal stiffener and panel; Intermediate stiffener, bearings pad and horizontal; Planning of beam column (without wobble, with wobble); Planning of base plate/ slab without/with moment.

Reference

: Anonymous, Textbook of Steel Structure

C.G. Salmon, J.E. Johnson.1990. Steel Structures Design and Behavior Emphasizing LRFD , Third Edition, Harper Collins, Publiser, Inc.SNI 03-1729-2002. 2002. Procedures of Planning Steel Structure for Building Structure . National Standardization Agency, Jakarta.William T. Segui. 2003. LFRD

Steel Design , Third Edition, Thomson Brooks/Cole, United States.

Course Name

: Soil Mechanics II

Course Code

: TKS 4020

Study Load

: 4 Credits/ SKS

Properties

Prerequisite

: Soil Mechanics I

Practicum : Soil compaction, CBR, sandcone, Consolidation test Task

: None

Purpose : Providing skills on how to solve civil building problems related to the issues of consolidation, declining, soil bearing capacity, lateral soil stress and slope stability.

Subject : Consolidation Theory: consolidation analogy, consolidation test, degree of consolidation; Terzaghi's theory of 1-D consolidation; Declining of consolidation; Soil bearing

capacity: Terzaghi theory, limit bearing capacity, allowable bearing capacity; Theory of Soil Pressure: Rankine theory; Coulomb theory; Soil Retaining Walls Soil Retaining Walls: type, the application of soil pressure on the retaining wall, calculation of stability control ;

Slope Stability : types of slopes and collapse, safety number, collapse analysis : (mass procedure method, slices method ; Compaction: Standard Proctor test, Modified Proctor Test,

compaction in the field, control of compaction in the field; California Bearing Ratio (CBR).

Reference : Bowles, JE. 1998. Foundation Analysis and Design, 4 th . Mac Graw Hill New York.Bowles J. E., 1986, Engineering Properties of Soil and Its Measurement, John Wiley & Son.Braja M Das. 1994. Principles of Geotechnical Engineering, volume 1, 2 . Jakarta : Erlangga. Craig R.F., 1976. Soil Mechanics . Van Nostrand Reinhold Company. New York.Cernica, John N . 1982. Geotechnical Engineering . New York : CBS College Publising.Head, KH. 1986. Soil Laboratory Testing, Volume 1, 2,

3 . John Wiley & Sons New York.Mitchell,J.K., 1993, Fundamentals of Soil Behaviour , 2nd edition, John Wiley & Sons New York.Terzaghi,Karl, Peck,Ralp B.. 1991. Soil Mechanics in Engineering . Jakarta : Erlangga. Yulvi Zaika, Suroso, 2007, Advanced Soil Mechanics Textbook .

Course Name

: Highway Engineering

Course Code

: TKS 4021

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Traffic Engineering

Purpose : Provide knowledge about the design of the highway Subject

: Highway Design; Feasibility Study of Highways; Basic of Highway Planning; Planning Criteria and Traffic Factors; Planning of Geometric Road; Cross section and road drainage; Base Ground; Highway Pavement Design; Introduction of Analytical Methods; Flexible Pavement Planning; Introduction of Rigid Pavement; Road Construction & Maintenance.

Reference : Allan Ashworth, Building Cost Planning , PT Gramedia Pustaka Utama, Jakarta, 1994. Hamirhan Saodang, 2004, Highway Construction , Nova Publisher, Bandung. Publications of the Ministry of Public Works. Shirley L. Hendarsin, 2000, Highway Engineering Planning , Politeknik Negeri Bandung Publisher, Bandung. Silvia Sukirman, 2003, Hot Mix Asphalt Concrete , Granit Publisher, Jakarta.Sujadji Kamarwan, 1976,

Fundamentals of Highway Feasibility Study , Public Works Publishing Agency, Jakarta.

Course Name

: Transportation Infrastructure

Course Code

: TKS 4206

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Highway Engineering

Practicum

: None

Task

: None

Purpose : Gives the ability to understand in general about transportation infrastructure and its management: ports, airports, railway stations and road transport terminals.

Subject : Introduction to transportation infrastructure; Multimoda transportation system: passengers and goods; Management of transportation infrastructure; Port infrastructure : cruise navigation and harbor; Airport Infrastructure: air navigation and airport;. Railway moda infrastructure : railroads and railway stations; Highway moda infrastructure: road and road transport terminals

Reference : Ashford, N and Wright, PH (1992), Airport Engineering , New York: John Wiley and Sons Inc.Morlock, Edward K, (1978), Introduction to Transportation Engineering and Planning, New York: John Wiley and Sons Inc. Nasution, HMN (2004),

Transportation Management nd ,2 Edition. Jakarta: Ghalia Indonesia Publisher.

Course Name

: Water Resources Development

Course Code

: TKS 4106

Study Load

: 2 Credit/ SKS

Purpose : Provide a set of knowledge about the principles of water resources development and its elements in relation to civil works; Gives the ability to develop its development plan.

: General understanding of water resources & legal basis of the Water Subject

Resources Development; Water Resources Development Principles : utilization, control and conservation; Watershed Management; Water Resources planning stages.

Reference : Goodman, A.S. 1984. Principles of Water Resources Planning . New Jersey : Prentice Hall, Englewood Cliffs.James, L.D. & Lee, R.R.1971. Economics of Water Resources Planning . London : Mc Graw Hill.Kuiper, Edward. 1987. Water Resources Project Economics . London : Butterworth.Linsley, R.K; Franzini, Joseph

B. 1982. Hydrology for Engineers, Third Edition. New York : Mc Graw Hill.Linsley, R.K; Franzini, Joseph B. 1985. Water Resources Engineering . New York : Mc Graw Hill International. May Larry W. 1992. Hydrosystem Engineering and Management . New York :

Mc Graw Hill Book Company.

Course Name

: Technical Economics

Course Code

: TKS 4107

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: None

Practicum

: None

Task

: None

Purpose : Students can make choices in implementing and planning civil buildings with consideration of cost and economic side. Subject

: Introduction of economic analysis. Interest, value of money, time and equivalence. Single and series payments. Cost, profit of B/C ratio, NPV and IRR. Inflation and depreciation. Economic feasibility indicators and case studies. Financing.

Reference : Grant Eugene L., Ireson, Grant W., Leavenworth. 1987. Dasar- dasar Ekonomi Teknik . Jakarta: Bina Aksara.Ossenburggen Paul. 1984. System Analysis for Civil Engineers . New York: John Wiley & Sons.Thuesen H.G., Fabrycky. Thuesen G.C. 1981. Engineering

Economy . Prentice Hall of India.

Course Name

: Bahasa Indonesia

Course Code

: MPK 4007

Study Load

: 2 Credit/ SKS

Purpose : Use Bahasa Indonesia as the national language and state language properly and correctly to master, apply and develop science, technology and art as a manifestation of the love and pride of the Indonesian language.

Subject : History of Indonesian language; state language; language of unity; language of science, technology and art; function and role of Indonesian language in nation-building; Writing of papers, abstracts and book reviews; Reading the scientific articles, popular posts and accessing information via the internet; Presentation, seminar and speech in a formal situation.

Reference : Anonymous, Textbook of Bahasa Indonesia Education

Course Name

: Legal Aspects in the Development

Course Code

: TKS 4206

Study Load

: 2 Credit/ SKS

Purpose : Provide basic legal knowledge and its implications for

development activities.

Subject : Introduction to Basic Social and Cultural Sciences; Human as Cultural Beings; Humans as Individuals and Social Beings; Human and Civilization; Human, Diversity and Equality;

Human, Values, Moral and Law; Human, Science, Technology and

Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018 105

Art; Human and Environment; Understanding the Law; Legal Aspects of Consultant Services and Implementers Construction of Housing and Settlements; Binamarga and Water Resource; Law of Labor and Safety Work; Law of Spatial and Provision of Land

Reference : Anonymous, Textbook of Legal Aspects in the Development

Course Name

: Dynamics

Course Code

: TKS 4207

Study Load

: 2 Credit/ SKS

Purpose : Provides knowledge of vibrations in the structure; Provides the capability of dynamic analysis of simple structure. Subject

: The basic understanding of dynamic problems; the law of conservation of energy and momentum ; movement on the flat plane; dynamic load response due to simple load; application of Civil Engineering issues.

Reference : Anonymous, Textbook of Dynamics Mario Paz, Structural Dynamics Theory & Computation ,1980Ray W Clough & Joseph Penzien, Dynamics of structures ,1975 Roy R.Craig. Jr,

Structural Dynamics , 1981

Course Name

: Bridge

Course Code

: TKS 4022

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Steel Structure

Purpose : Provides knowledge of the forms and components of the bridge; Provides knowledge of the loads on the bridge; Provides bridge analysis capabilities and their components.

Subject : Definition, types and components of the bridge; The bridges loading of PPJJR, BMS, and VOSB; The planning of railling, trotoir and floor system; Planning of Steel Truss Bridge and bracings; Planning of steel bearing and elastomer pad; Planning of Steel Truss Bridge and bracings; Planning of Plate Girder Bridges and bracing; Planning of composite bridge and shear connector; Planning of, prestress and precast concrete bridges; Planning of a cable bridge; Truss bridge construction method, girder plates, composite and concrete.

Reference : Bridge Management System. 1992. Bridge Design Code/Manual , Structural Steel Design. Jakarta: Dir. Bipran Dirjen Binamarga Dept.

PU, Jakarta.RM Barker &n JA Puckett. 1997. Design of Highway

Bridges, Based on AASHTO LRFD. New York: John Wiley & Sons Inc.Sri Murni Dewi. 1997. Steel Bridge . Surabaya: Karya Abditama.William T Segui. 2003. LRFD Steel Design , Third Edition.

United States: Thompson Brooks/Cole.

Course Name

: Prestressed Concrete

Course Code

: TKS 4023

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Concrete Structures

Purpose : Provides knowledge of prestressed concrete technology; Provides the ability to analyze and design prestressed concrete. Subject

: Prestressed Technology; Prestressed Systems; Mechanical Properties of Materials; Stress Analysis; Simple Beams Stress Analysis; Shear Stress and Stress around End Block/ Angkur; Composite Beam; Continuous beam.

Reference : Krishna Raju N, Prestressed concrete, 1986Nawy, Prestressed concrete ,1990SNI, Concrete Structure Planning Procedures ,

2002 Sri Murni Dewi, Prestressed concrete, 2006

Course Name

: Foundation Technique

Course Code

: TKS 4024

Study Load

: 3Credits/ SKS

Properties

Prerequisite

: Soil Mechanics II

Purpose : Provides the skills to perform the analysis and design of shallow foundation , deep foundation, rigid retaining wall foundation and flexible / elastic retaining wall

Subject : Type of foundation shallow; Concept of shallow foundation failure; Shallow foundation limit bearing capacity ; Centric loading according to Terzaghi, Meyerhof, Vesic and Hansen; Limit bearing capacity with eccentric loading according to Terzaghi, Meyerhof, Vesic and Hansen ; Influence of groundwater level on the bearing capacity of shallow foundation; The bearing capacity of shallow foundation in layered soil; Bearing capacity of shallow foundation with sondir and SPT data; Elastic decline and consolidation on shallow foundations; The type of deep foundation / pile; Mechanism of failure on pile foundation; Friction and end bearing capacity on single pile foundation at sand and clay soils by various methods; Pile efficiency; Pile bearing capacity in the group; The decline in the single-pile foundations on sand and clay soil; The decline in piles group on the sand and clay soil; Pile with lateral loads;

Pile loading test; Dynamic pile bearing capacity; Cantilever sheet pile wall on the sand soil; Cantilever sheet pile wall on clay soil; Anchor sheet pile wall on sand soil; Anchor sheet pile wall on

clay soil.

Reference : Bowles,J.E.1998, Foundation Analysis and Design,4 th Edition , Mc.Graw Hill,New York.Cernica, J.N, 1995, Foundation Design , John Wiley&Sons, New YorkCoduto Donald P, 1994, Foundation Design:Principle and Practice, First Edition , Printice Hall International Inc.,Englewood Das, Braja. M, 2007. Principle of Foundation Engineering, 6th Edition , Thomson, Toronto.Das, Braja. M, 1999. Shallow Foundations Bearing Capacity and Settlement , CRC Press,Sacramento, California.Suroso, As’ad Munawir, Herlin I,2007, Textbook of Foundation Engineering Tomlinson M.J,1997, Pile Design and Construction Practice,4

th Edition , London.

Course Name

: Project management

Course Code

: TKS 4208

Study Load

: 2 Credit/ SKS

Purpose : Provide basic knowledge about the implementation of management functions (Planning, organizing, leading, control) on the management of a project.

Subject : Introduction of general management, project management and construction management. Project and organizational structure. Scheduling, budget plan, resources and prequalification. Auctions, supervision, cash flows and construction management.

Reference

: Presidential Decree No. 1994 . Citra Umbara

Bandung.Nugraha. Paulus et al. 1986, Construction Project Management , Kartika YudaRoy Pilcher. 1975. Principle of Construction Management . New York: 2nd Edition. Mc Graw Hill.

Course Name

: Research Methods

Course Code

: TKS 4209

Study Load

: 2 Credit/ SKS

Purpose : Understanding the concept of thinking scientifically, planning, implementing and preparing the research reports as well as

able to present the work.

Subject : Introduction to Basic Natural Sciences; The Nature of Human Mind and its development ; Progress and Development of Natural Sciences; Earth in the Universe; The Diversity of Living Beings and Its Spread; Living Beings in Natural Ecosystems; Natural Resources and the Environment; Natural Science and Technology for Human Lives; Some Important Technological Developments; Environmental Issues; Philosophy of Science, Rationalism and Empiricism; Logic, Induction, Deduction, Argumentation; Scientific Method, Classification of Research; Formulation of the problem; Theoritical review; Research proposal; Research Report, Seminar Papers

Reference : Brotowidjoyo Mukayat D. 2002. Research Methodology and Scientific Writing . Jakarta : Akademika Presindo. Natzir, M. 2003. Research Methods . Jakarta : Ghalia Indonesia. Paarkhurs, W. 1988. The Eloquent Executive . New York : Time Books. Soehardi, SIGit. 2000. Research Methodology . Yogyakarta : BPFE. The Liang Gie. 2000. Introduction to Philosophy of Science . Yogyakarta : Liberty.

Course Name

: Implementation Techniques and Heavy Equipment Course Code

: TKS 4210

Study Load

: 2 Credit/ SKS

Purpose : Provides a basic knowledge about the use of heavy equipment, technical and economic considerations in the implementation of civil engineering development. Besides that, it also provides ways of implementing the parts of the building structure.

Subject : Shrinkage-develop properties of the soil, rolling resistance, traction,, influence of altitude and temperature, trencher, transport, compactors, graders tools, cycle time, capacity, operating cost of the tool, compressors, rock breakers, dredgers, lifter crane, pemancang, crane lifter, driving, asphalt mixing, the implementation of shallow foundation, deep foundation, implementation of cofferdam, scaffolding, reinforcement, concrete treatment, under water casting, prestressed concrete, precast concrete, implementation of steel construction, implementation of road construction, drilling, dynamite blasting, special execution

Reference : Croney, D. 1997. The Design and Performance of Road Pavement . London: HMSO.Peurifoy. 1984. Constructions,

Planning, Equipment and Method . New York : Mc Graw Hill. Rochman Hadi. 1990. Heavy Equipment and Its Use . Public Works Department.

Course Name

: Design Studio I

Course Code

: TKS 4025

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: Concrete Slabs and Frame, Steel Structure

Purpose : Provide knowledge about the planning of three-story building with the main structure is steel and concrete, and able to create complete structural drawing from roof to foundation.

Subject : Building Plannum and Real Building Facade; Structure of Roof and Slab; Beam; Columns and Foundation as well as Work Drawing.

Reference : Anonymous, Textbook of Design Studio I Indra Cahya, Building Structura l Reinforcement Dr awing February 2004. SNI 03-2847-2002, Building Structure Calculation Procedures . SNI-1726-2002, Standard of Earthquake Resilience Planning for Building Structure . SNI, Planning Procedure of the Steel

Structure for Building Structure 2002 .

Course Name

: Entrepreneurship

Course Code

: UBU 4005

Study Load

: 2 Credit/ SKS

Purpose : Provide and enhance the intellectual and professional abilities, as well as the ability to lead and communicate in accordance with their expertise, the wider environment and the desire to always conducting self-learning throughout life; Broaden the knowledge insight and attitude towards new developments in the field of science and technology; Understand and respond to social, cultural, global and business problems as an engineer.

Subject : Introduction to entrepreneurship: management of outsourcing services (contractor) and consultation (consultant); Introduction to financial management: (understand the balance sheet of profit/ loss, the basics of investment planning, a case study of a project's financial analysis); Introduction to Total Quality Management (TMQ): tools and techniques to find or solve problems, work attitude "5 S", decision-making process, communication techniques.

Reference : Bill Scott. 1986. The Skill of Communication . Translated by Agus Maulana. Communication Skills . Jakarta : Binarupa

Aksara. Covey, Stephen R. 1994. Tujuh Kebiasaan Manusia yang Sangat Efektif . Translated by Budijanto. The Seven Habits of Highly Effective People . Jakarta : Binarupa Aksara. Harseno, K.

1996. Introspection. Jakarta.Mangunwijaya, Y.B. (ed) 1983. Technology and Cultural Impact . Jakarta : Obor Indonesia

Foundation.

Course Name

: Ethics of Profession

Course Code

: UBU 4006

Study Load

: 2 Credit/ SKS

Purpose : Provides and enhances the ability with regard to the limits of science as epistemology, the essence of science, relationship of science with value, ethics, the requirements of acquiring knowledge, the occurrence of science, sources of knowledge and tools for acquiring knowledge.

Subject : Introduction to science as epistemology, the essence of science , relationship of science with value, ethics, the requirements of acquiring knowledge, the occurrence of science, sources of knowledge and tools for acquiring knowledge.

Reference : Anonymous, Textbook of Ethics of Profession Covey, Stephen R. 1994. Tujuh Kebiasaan Manusia yang Sangat Efektif . Translated by Budijanto. The Seven Habits of Highly Effective People . Jakarta : Binarupa Aksara.Harseno, K. 1996. Introspection . Jakarta.Mangunwijaya, Y.B. (ed) 1983. Technology and

Cultural Impact . Jakarta: Obor Indonesia Foundation.

Course Name

: Citizenship Education

Course Code

: MPK 4007

Study Load

: 2 Credit/ SKS

Purpose : Being scientists and professionals who have a sense of nationalism and love for the homeland , civilized democratic; Be the citizens who are competitive, disciplined and actively participate in building a peaceful life based on the value system of Pancasila.

Subject : Pancasila as a system of philosophy and ideology of the nation; Characteristics of national identity; The process of nation and state; Indonesia's constitutional, political and administrative system; Concepts and principles of democracy; Democracy and education of democracy; Human Rights and

Rule of Law ; Rights and obligations of Indonesian citizens; The area as a living space; Regional autonomy; Concept of Asta Gatra ; Indonesia and world peace.

Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018 111

Reference : Anonymous, Textbook of Citizenship Education Darmodihardjo, Dardji. 1976. Pancasila Resources From All Sources of Law . Malang : Brawijaya University. Pancasila Laboratory. 1978.

Principles of Discussion of Pancasila as Basic Philosophy of the Republic of Indonesia . Malang : IKIP

Course Name

: Design Studio II

Course Code

: TKS 4026

Study Load

: 2 Credit/ SKS

Properties

Prerequisite : Design Studio I, Bridge, Prestressed Concrete, Foundation Technique Practicum

Purpose : Provides knowledge of the advanced design studio I subjects and other civil structure (besides building structure). Subject

: Material Volume (work volume), cost budget plan of advanced design studio I ; Or planning non-building civil structure such as bridges/docks/weirs/factories/silos/bunkers/tunnels, complete up to work drawings, work volume.

Reference : Anonymous, Textbook of Design Studio II Indra Cahya, Building Structura l Reinforcement Drawing February 2004. SNI 03 - 2847 - 2002, Building Structur e Calculation Procedures . SNI -1726 - 2002, Standard of Earthquake Resilience Planning for Building Structure . SNI, Planning Procedure of

the Steel Structure for Building Structure 2002 .

Course Name

: Plastic Steel

Course Code

: TKS 4108

Study Load

: 2 Credit/ SKS

Purpose : Provides knowledge of plastic methods in the analysis of steel buildings; Provides simple portal analysis capabilities and continuous beams with plastic methods.

Subject : Principle of planning with the theory of failure; moment of plastic resistance ; plastic pins; load of plans; load coefficient; limit load; static method; virtual work method; balance method; method of center rotation; mechanism method; the influence of flexure , axial and shear.

Reference : Anonymous, Textbook of Plastic steel AISC, Plstic Design in Steel , 1969 Laurentius Wahyudi , Metode plastis, 1980Lyn and Beedle,

Plastic design of steel frames , 1958

Course Name

: Earthquake Engineering

Course Code

: TKS 4109

Study Load

: 2 Credit/ SKS

Purpose : Understand the earthquake response to the structure; Provides the

ability to analyze earthquake resistant structures .

Subject : The types of earthquakes and world ring of fire/ jalur gempa. Earthquake waves; Magnitude and intensity of earthquakes . The earthquake zone in Indonesia; Earthquake response to the structure. Stiffness of structure, mass of structure. Model of SDOF and MDOF. Equivalent static force and shear force; Irregular structure; SDOF response, free vibration and forced vibration, vibrating time; Spectrum response, RS massive earthquake, RS-SNI; MDOF dynamic response; analysis of variance, variance participation factor; combination of variance; Time history analysis; performance of the building structure; Ductility and earthquake nominal load; Pushover analysis.

Reference : Anonymous, Textbook of Earthquake Engineering Paulay & T. Priestley. 1979 . Seismic Design of Fundamental Approach

Course Name

: Finite Element Method

Course Code

: TKS 4212

Study Load

: 2 Credit/ SKS

Purpose : Provide knowledge about the finite element method to be used in

the analysis of simple structures .

Subject : Preliminary and introduction of finite elements on the structure; The basic concept of finite element method; Characteristics of element matrices; Relation of displacement strain and displacement stress; Stiffness matrix of elements and structures; Selection of element form; Selection of displacement function; The element numbering system and coordinate transformation; Assembling of element equation; Equivalent nodal point force; Completion of one dimensional structure; Plane Truss System and plane portal; Introduction of two- dimensional elements; Forms of triangular and rectangular elements.

Reference : Anonymous, Textbook of Finite Element Method Cook, R.D. 1981. Concepts and Application of Finite Element Analysis, Second

Edition. New York.Weaver, Jr., William and Johnston, Paul R. 1984. Finite Element for Structure analysis . New Jersey : Prentice- Hall Inc.

Course Name

: Plates and Shells

Course Code

: TKS 4219

Study Load

: 2 Credit/ SKS

Purpose : Understanding the Final Task of plate and shell structure; Understand the knowledge of plate structure analysis; Understanding knowledge about the analysis of shell structure.

Subject : Final Task of plate; The basic concept of classical plate structure analysis; Classical plate structure analysis method; Energy and numerical methods; Final task of shell structure; The basic concept of shell structure analysis; Method of analysis of translational shell structure; Method of analysis of rotational shell structure; Energy and numerical methods.

Reference : Anonymous, Textbook of Plates and Shells Dym, CL and Shames , IH. 1973. Solids Mechanics, A Variational Approach . Mc Graw Hill. New York.Ghali, A dan Neville AM. 1986. Analisis Struktur . Edisi Kedua. Alih Bahasa oleh Ir. Wira MSCE. Erlangga. Jakarta.Langhaar, G. 1981. Energy Methods in Apllied Mechanics . Mc Graw Hill. New York.Reisman, H. 1988. Elastic Pelates, Theory and Application . John Wiley and Sons. New York.Szilard, R. 1974. Theory and Analysis of Pelates, Classical and Numerical Methods . Prentice - Hall Inc. Englewood Cliffs. N ew Jersey. Timoshenko, SP and Woinowsky-Krieger, S. 1970. Theory of Pelates

and Shells Second Edition . Mc Graw Hill Book Co. Singapore.

Course Name

: Soil improvement

Course Code

: TKS 4114

Study Load

: 2 Credit/ SKS

Purpose : Provide the ability to analyze and understand the application of soil improvement systems (preloading, sand drain, prefabricated vertical drain, soil reinforcement, slope reinforcement, other soil improvement systems) used to improve poor soil quality.

Subject : Mechanical stabilization on landfill; The compacted soil properties; Method of implementation of mechanical stabilization in the field; Mechanism of soil improvement with preloading; Time and loading of preload ; Pre-load method in the field; Soil improvement with sand pile (sand drain); Degree of vertical and radial consolidation on sand drain with smear effect; Degree of vertical and radial consolidation on sand drain without smear effect;

Vertical and radial consolidation with prefabricated vertical drain; Method of implementation of vertical and radial drainage with prefabricated vertical drain; Mechanical and technical properties of soil improvement with cement; Slope reinforcement with geotextile; Soil reinforcement of the road embankment with geotextile; Soil reinforcement on upright and steep retaining walls on road works; Soil improvement with nails on the slopes.

Reference : Anonymous, Textbook of Soil Improvement Aris. C. Stamatopoulos &Panaghiolis C Kotzias. 1985. Soil Improvement by Preloading , John Wiley&Sons, New York. Das Braja M. 2000. Geotechnical Engineering , Brook Cole, California. Hausmann,Manfred R. 1990. Engineering Principles of Ground Modification :., Sidney, Mc. Graw Hill.Hsai-Yang Fang. 1991. Foundation Engineering, Second Edition , Van Nostrand Rerinhold, New York. Koerner Robert M.1990. Designing With Geosynthetics, Second Edition , Printice Hall, New Jersey.

Course Name

: Dynamic Foundation Technique

Course Code

: TKS 4115

Study Load

: 2 Credit/ SKS

Purpose : Provides the ability to analyze and understand the responses of dynamic bearing capacity on shallow foundation and pile by vibration.

Subject : Dynamic bearing capacity on shallow foundations at sand and clay soils; Shallow foundation behavior due to transient vertical load and transient horizontal load of rotation failure model; Continuous shallow foundation behavior due to transient load of pons failure model; Vertical vibration in shallow circular foundations on semi-infinite elastic medium; Response of shallow foundation vibration due to vibration load of vertical, horizontal, rotation and torque; Response of pile foundation due to vibration load of vertical, horizontal, rotation and torque ; Dynamic lateral pressure on the retaining wall; Seismic stability in landfill (earth embankment).

Reference : Anonymous, Textbook of Advanced Foundation Technique Das Braja M., Principle of Soil Dynamics , PWS-KENT, Boston, 1993.Kurnian P Nainan.1982. Modern Foundation:Introduction to Advance Technique , Tata Mc Graw Hill, New Delhi. Prakash. S. 1981. Soil Dynamics , Mc. Graw Hill, New York Prakash. S., Puri,V.K., 1988, Foundation for Machines: Analysis and Design, Wiley and Sons, New York.Srinivasulu P.Vaidyanathan C V. 1977. Handbook of Machine Foundation , Tata Mc Graw Hill,New Delhi.

Course Name

: Soil Dynamics

Course Code

: TKS 4218

Study Load

: 2 Credit/ SKS

Purpose : Provides the ability to analyze and understand the effects of earthquake/cyclical dynamic load on soil geotechnical behavior (earthquake wave propagation, soil dynamic properties due to earthquake / cyclical)

Subject

Single vibration system (SDOF) on free and harmonic vibration; Free vibration without and with damping due to dynamic load; System with two degrees of freedom due to dynamic load; Stress, strain and stress wave in media / elastic soil element; Stress waves in infinite elastic and infinite semi elastic media; Soil shear strength by transient loading & rapid loading; Dynamic shear testing with cyclic resonant column test, cyclic simple shear test, cyclic torsional simple shear test dan cyclic triaxial compression test, cyclic slab loading test; Characteristics of earthquakes; Mechanism of the earthquake, Waves and patterns of earthquake spread; Effect of earthquake characteristics on soil; Cyclic stress due to earthquake; Liquefaction mechanism; Procedure for liquefaction analysis with data of cyclic simple shear test, cyclic triaxial test; Analysis of liquefaction potential in the field by field testing from sondir and SPT test results.

Reference : Anonymous, Textbook of Soil Dynamics Bolton Seed H&Idriss I.M. 1982. Ground Motion and Soil Liquefaction During Earthquake , California. Das Braja M., Principle of Soil Dynamics , PWS-KENT, Boston, 1993.Day Robert W. 2002. Geotechnical Earthquake Engineering Handbook , Mc.Graw Hill, New York.Prakash Shamsher. 1981. Soil Dynamics , Mc Graw Hill, New York

Course Name

: Urban Drainage

Course Code

: TKS 4110

Study Load

: 2 Credit/ SKS

Purpose : Provide basic skills to plan drainage systems in urban areas in

general and the specific civil building sites.

Subject : Characteristics of urban hydrology; The relationship of rainfall with surface flow discharge; Types of drainage systems; Steps of

116 Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018 116 Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018

Reference : Anonymous, Textbook of urban drainage Anonymous. 1995. Drainage Technique . Yogyakarta : KMTS UGM Publisher Bureau. Anonymou . 1997. Urban Drainage. Jakarta : DIKTI Depdiknas.Bedient, P.B. 1990. Hydrology and Flood Plain Analysis . New York : Addison Wesley Publishing Co.Hall, M.J. 1984. Urban Hydrology . New York: Elsevier Applied Science Publisher.Sudjarwadi. 1990. Irrigation Technique . Yogyakarta : KMTS UGM Publisher Bureau.

Course Name

: Hydro Power Electrical Engineering

Course Code

: TKS 4111

Study Load

: 2 Credit/ SKS

Purpose : Provides detailed knowledge of the use of hydropower for energy and electrical power electrical power by means of buildings and their operating arrangements to meet the needs of domestic, industrial and non-domestic electricity.

Subject : Preliminary and introduction to Hydro Power Electrical Engineering; Priciple of Hydro Power Electrical Engineering . Hydropower and alternative power; Generating capacity and load factor; Daily and annual reservoir settings; Generating discharge settings based on Rule Curve; System design; The hydro power plant construction facility; Turbines Planning; Penstock planning (a), surge tank (b); Planning of transmission and voltage systems; Central building planning; Implementation of development; Study on Hydropower projects in Indonesia.

Reference : Anonymous, Textbook of Hydro Power Electrical Engineering Dadenkar and Sharma. Hydro Power Electrical Engineering (translation).Kuiper. Water Resource Development .Patty, O.F. Tenaga Air .Sasongko, Djoko. Water Resources Engineering (translation).

Course Name

: Coastal Engineering

Course Code

: TKS 4116

Study Load

: 2 Credit/ SKS

Properties

Prerequisite

: None

Practicum

: None

Task

: None

Purpose : Provide basic knowledge about coastal characteristics and coastal processes for the protection and utilization of coastal areas.

Subject : Coastal classification; Management of coastal areas; Wave theory; Transformation of waves; Wave statistics and wave forecasting; Fluctuations in sea level; Coastal process; Planning a coastal protective building.

Reference : Anonymous, Textbook of Coastal Engineering Bambang

Triatmodjo. 1999 . Coastal Engineering . Beta Offset, Yogyakarta.Dean R and Dalrymple R. 1984. Water Waves Mechanics for Engineers and Scientist . Printice-Hall Inc, New Jersey.Goda, Y. 1985. Random Seas and Design of Maritime Structures . University of Tokyo Press, Tokyo.Hang Tuah. Coastal Hydraulics . Lecture Module.Horikawa, K. 1988. Nearshore Dynamics and Coastal Processes . University of Tokyo Press, Tokyo.Nur Yuwono. 1986. Coastal Engineering . KMTS UGM Publisher Bureau, Yogyakarta. Shibayama, T. 1991. Coastal Processes . Division of Water Resource Eng., Asian Institute of Technology, Bangkok. U.S. Army Corps of Engineer. 2002. Coastal Engineering Manual . Coastal Engineering Research

Center, Washington DC.

Course Name

: Coastal Reclamation

Course Code

: TKS 4213

Study Load

: 2 Credit/ SKS

Purpose : Provide basic knowledge about coastal reclamation technology. Subject

: Definition, objectives and types of reclamation; Reclamation technology and reclamation cases in Indonesia; Introduction to reclamation technology for residential areas, industry and housing; Tidal reclamation; The development of tidal reclamation in Indonesia; Data for coastal reclamation; tidal of seawater; Tidal data analysis; Sea intrusion; Coastal reclamation technologyi; Fork system, comb system; Analysis of coastal reclamation cases in Indonesia.

Reference : Anonymous, Textbook of coastal reclamation Bambang Triatmodjo. 1988 .. Salt Water Intrusion (Short Course: Hydrodynamics of Rivers and Estuaries). Yogyakarta : PAU of Engineering Science UGM. Kruk C.B. 1983. Introduction Toltec Tides and Salt Instrusion . IHE-Deflt, Netherlands. Suhardjono. 1990. Reclamation of Swamp Area . Malang : Engineering Faculty Unibraw.Tejoyuwono N. 1979. Land estuarine, character properties, behavior and fertility . Jakarta : Ghalia Indonesia.Volker, A. 1980. Reclamation and Polders . International Institute for Hydraulics and Engineering. Delft.IHE.

Course Name

: River Engineering

Course Code

: TKS 4214

Study Load

: 2 Credit/ SKS

Purpose : Provide knowledge about the problem and ways to improve the

river.

Subject : Definition, morphology and characteristics; Planning: improvement and arrangement, regional development; Work classification; Rivering, land and equipment; Work planning; Dredging of the embankment; The types and stability of the embankment.

Reference : Anonymous, Textbook of River Engineering Jensen. 1979. Principles of River Engineering . Pitman Publisher, New York. Margaret S. Petersen. 1986. River Engineering . Prentice Hall, Englewood Cliffs.Steven. River Engineering .Sugiura K. Brantas River Project . Puslitbang Ditjen Pengairan, Public Works Department

Course Name

: WaterWorks

Course Code

: TKS 4217

Study Load

: 2 Credit/ SKS

Purpose : Know and understand when, where and how dams

are created.

Subject : Volume of reservoir and its relation to dam height; The morphology of the river and the determination of the location of the dam; Survey and investigation in dam planning; Foundation planning and foundation improvement; Types of dams; Fill type dam; Dam Break; Auxiliary Structure; Gravity concrete dam and concrete buttress dam; Concrete arch dam and multiple arch dam.

Reference : Bowles, J.E. Soil Mechanics .Dominy, F. Design of Small Dam . USBR.Linsley, R.K, et al. Water Resources Engineering . Soedibyo. 1987. Dam Technique. Jakarta : Pradnya Paramita.Soemarto, CD.1986. Engineering Hydrology . Surabaya: Usaha Nasional. Sosrodarsono, S. 1984. Fill Type Dam . Jakarta : Pradnya Paramita. Varsney, R.K. Theory and Design Irrigation Structure Vol. II . New Delhi.

Course Name

: Rail Road Engineering

Course Code

: TKS 4220

Study Load

: 2 Credit/ SKS

Purpose : Provides the ability to understand about the planning and maintenance of rail and emplacement road construction, as well as rail operational systems.

Subject : Introduction; The Rules of Operation of the Railway ; Planning of Elements and Rail Road Construction; Rail Road Maintenance; Emplacement and Stations; Railway operational management; Railway/ Train Safety; Future Railway Technology.

Reference : Esveld. C. 1989. Modern Railway Track . Herman Wahyudi. 1993. Structure and Geometric of Rail Road , Rail Road Lecture Module.Imam Subarkah. 1981. Rail Road . Company Bureau of Railways. 1986. Explanation of Rail Road Construction Planning Rules. Company Bureau of Railways. Law no. 13/1992.

Course Name

: Transportation Design Studio

Course Code

: TKS 4117

Study Load

: 2 Credit/ SKS

Purpose : Providing experience working as a planner consultant of a transportation

system .

Subject : Penyusunan Proposal; Penyusunan Laporan Pendahuluan; Pelaksanaan Pengumpulan Data (Survey); Penyusunan Laporan Antara; Penyusunan Laporan Akhir

Reference : Anonymous, Textbook of Transportation System. Anonymous, Textbook of Traffic Engineering. Anonymous , Textbook of Highway Engineering. Anonymous , Textbook of Transportation Infrastructure. Anonymous , (1996) Decree of the Director General of Land Transportation No: 274/HK.105/ DRJD/1996 on the Technical Guidelines for the Implementation of Public Passenger Transport in Urban Areas in Permanent and Regular Routes . Department of Transportation, Jakarta Anonymous , (1996) Minister of Transportation Decree. No. 84 Yrs. 1999, about Terminal. Department of Transportation, Jakarta Anonymous, (1997). Procedures for Geometric Planning of Inter-City Roads (No.038/TBM/1997 , Public Works Department, Directorate General of Bina Marga)Tamin, O.Z. (2000) Transportation Planning and Modeling. ITB Publisher, Bandung.

Course Name

: Airfield Engineering

Course Code

: TKS 4215

Study Load

: 2 Credit/ SKS

Purpose : Provide knowledge about the construction planning of an

airport.

Subject : National Airport System; Facilities / elements of an Airport; Demand forecasting techniques; Land side planning: Passenger & Goods Terminals; Air side planning: runway, taxiway, apron; Planning support facilities.

Reference : Anonymous, Textbook of Airfield Engineering Basuki, Heru Ir. 1985. Designing and Planning an Airfield . Alumni Publisher. Bandung.BPP. 2004. Final Report of Market Study and Flight Routes To and From Abdulrachman Saleh Airport Malang. Research Consideration Board of Universitas Brawijaya Malang. Directorate General of Air Transportation of the Department of Transportation. 1984. Aerodrome Design Manual Part I : Runways . Second Edition. Directorate General of Air Transportation of the Department of Transportation. Jakarta. International Civil Aviation Organization. Directorate General of Air Transportation of the Department of Transportation. 1983. Aerodrome DesignManual Part II : Taxiways, Aprons and Holding Bay . Second Edition. Directorate General of Air Transportation of the Department of Transportatio. Jakarta. International Civil Aviation Organization.FAA. 1994. Planning and Design Guidelines for Airport Terminal Facilities . AC 150/ 5360-13. Washington. FederalAviationAdministration. Horonjeff, Robert dan McKelvey, Francis X. 1993. Airport P lanning and Design Volume 1. Third Edition . Erlangga. Jakarta. ICAO. International Standards and Recommended Practices . Annex 14: Aerodrome Design & Recommendation. 1999.

Course Name

: Port Engineering

Course Code

: TKS 4216

Study Load

: 2 Credit/ SKS

Purpose : Provides knowledge of the construction planning of a port

facility.

Subject : Aspects of civil engineering in port planning; Field investigation; Wind & tidal; Wave; Morphology &

coastal dynamics; Planning of the port basin; Dock; Breakwater; Planning of port buildings; Planning a coastal protective building.

Reference : Agerschon, Hans. Lundgren Helge. Sorensen, Torben. Ernst Torben . Korsgaard, Jens. Schmidt, Leif Runge. Wee Keng Chi, 1983. Planning and Design of Port and Marine Terminals. John Wiley and Sons. Chichester, Newyork. Brisbane. Toronto. Singapore. Kramadibrata, Soejono, 2002. Port Planning . ITB Publisher, Bandung.Pratikto, Widi Agus, Armono, Haryo Dwito. Suntoyo, 1997. Coastal and Marine Facility Planning . BPFE- Yogyakarta. Triatmodjo, Bambang, 1999, Coastal engineering . Beta Offset. Yogyakarta.

Course Name

: Building Utilities

Course Code

: TKS 4113

Study Load

: 2 Credit/ SKS

Purpose : Provide the basics of multi-storey building utility planning. Subject

: Electrical network system, Cooling system, Clean water system, Sewerage systems, Transportation system, Communication system; Construction connection: expansion, shrinkage, earthquake; Drainage; Type of placement.

Reference : Anonymous, Textbok of Building Utilities Ernest Neufert. 1980. Architects Data . New York: John Wiley & Sons. Mark Fintel. 1984. Hand Book of Concrete Engineering . Publisher of Van Nostrand Reinhold

Company.

Course Name

: Environmental Aspects in the Development

Course Code

: TKS 4112

Study Load

: 2 Credit/ SKS

: Provides a basic knowledge of the importance of

AMDAL issues in civil engineering planning/development . Subject

: Environmental development policy; National and local policies; Spatial, environmental law, environmental legislation; Basic principles of environmental management: ecology, ecosystems, environmental degradation, management of resource and the environment; Types of activities and impacts of development; Basics of AMDAL; Method of preparation of AMDAL; Documents and AMDAL : terms of reference, ANDAL, RKL, RPL.

Reference : Anonymous. 2004. AMDAL Training Material A . Center of KLH, ITS ,Surabaya. Emil Salim. 1992. Environment and Development .

Fandeli C. 2000. Environmental Impact Analysis, Basics Principle and Establishment in Development . Yogyakarta : Liberti. Gunarwan S. 1996. AMDAL IPB . Yogyakarta : UGM Press Otto Soemarwoto. AMDAL . Bandung : UNPAD.

Course Name

: Procurement of Construction Services

Course Code

: TKS 4221

Study Load

: 2 Credit/ SKS

Purpose : Provide knowledge about the process of procurement of construction services from procurement preparation to contract implementation.

Subject : The scope of procurement; procurement principles; the parties in the procurement ; requirements of service providers; procurement system: the service provider selection method, method of documents submitting, evaluation method, type of contract; assessment of qualifications; stages and procurement schedule; preparation of procurement documents; various assurances in procurement; construction service contracts; contract implementation; handover of the job; the introduction of e- procurement.

Reference : Presidential Regulation No. 54 year of 2010. Government regulations No 29 Year of 2000. Government Regulation Number

59 Year of 2010. Ir. H. Nazarkhan Yasin. 2009. Recognize the Construction

Contract in Indonesia PT. Gramedia Reference Utama.

124 Educational Guidelines of Faculty Engineering Brawijaya University 2017 - 2018