2.1a. Modul Handbook B.Eng Teknik Sipil
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Module name
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Numerical Computation Method
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Level module
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6 (undergraduate)
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Abbreviation of happen
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SIP 616209
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Sub-heading if applicable
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Courses included in modules, if applicable
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Semester
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IV
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Person in charge
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Ir. Ahmad Zakaria, M.T., Ph.D
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Lecturer
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1.
Ir. Ahmad Zakaria, M.T., Ph.D
2.
Ir. Maryanto, MT
3.
Hasti Riakara Husni, ST., MT
4.
Subuh Tugiono, ST., MT
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Language
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Bahasa Indonesia, English
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Classification within
the curriculum
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Compulsory / choice course
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Teaching (hours per week during the semester
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2(2-0) class hours lecture
(2x170 minutes lecture) x 16 weeks
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Workload per semester
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The 340 minute lecture
is divided into 100 minutes of face-to-face interaction,
120 minutes of structural activities and 120 minutes of independent study x 16 weeks
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Credit points
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2 SKS (3,13 ECTS)
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Learning objectives/competencies
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A01
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Fulling task with morals, ethics and character (2-S)
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A02
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Capable
to be part of team work and showing social awareness (4a-S)
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A03
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Being eager to
independent (4b-S)
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C04
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Capable to
design and apply innovative contruction, eco-friendly, low cost, adaptive to
climate change (7a-M)
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P05
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Mastering
tools and software, gathering information, and applicable procedures that
have been determined (7b-S)
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C06
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Capable
to fulfill task as technicians, analysts and engineers with a low-cost
approach (8-S)
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C07
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Knowledgeable
and skillfull to fullfil the requirements of applicable standards that
incorporating factual; hence having competencies to complete task properly
and thoroughly (9-S)
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A08
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Responsible and enable to fulfill task holistically (10-S)
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A09
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Have a
willingness to learn throughout lifetime (11-S)
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Note: C:
cognitive; A: affective; P: psychomotor
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Course Learning Outcomes
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Student’s competencies:
Being able to:
1. Calculate vector calculus on two and three-dimensionial
space (C3;16)
2. Calculate matrix operation and determinant
(C3;16)
3. Calculate matrix operation using the
methods of Gauss elimination, Gauss-Jordan, Gauss-Seidel
(C3;16)
4. Connect and to solve problems in linear equation with the emphasis on civil
engineering case studies(C6;13)
5. Calculate nonlinear equation with numerical methods such as:
Newton-Rhapson, Secant, Iteration (C3;16)
6. Calculate and to analyze regression in various
numerical methods such as: least square method, polynomial regression (C3;16)
7. Calculate interpolation in various numerical methods such as:
linear, square, polynomial (C3;16)
8. Calculate basic differential equation using different
numerical solutions such as: Euler, Heun, Finite Difference
(C3;16)
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Head
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Studying:
1. Vector
2. Matrix
and determinant
3. Linear
equation
4. Nonlinear
equation with numerical methods
5. Regression
6. Interpolation
7. Differential
equation
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Study/exam achievement
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Evaluation Aspect (%)
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A1
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A2
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A3
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C4
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P5
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C6
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C7
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A8
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A9
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Middle test (25%)- written test
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Final exam (25%)- written exam
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Quiz 1 (15%)
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Quiz 2 (15%)
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Final assignment (20%)
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Ö
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Score index
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A
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A ³76
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B+
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71 £ B+ < 76
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B
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66 £ B < 71
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C+
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61 £ C+< 66
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C
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56 £ C < 61
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D
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50 £ D < 56
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E
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E < 50
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Forms of media
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Software
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Hardware
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Ms Office (PPT, Ms Word, Ms Excel)
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Projector
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LCD
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Laptops, computers
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