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Academics

Master's Program in Civil Engineering

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

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Concentration

The following is a list of specializations contained in Master's Program in Civil Engineering

Structural Engineering

Structural Engineering

The Building Structures in Civil Engineering is one of the essential components in understanding and managing the entire construction ecosystem. The main focus of this group is on the design, analysis, and construction of building structures that ensure the robustness, safety, and durability of buildings against loads and stresses that may occur during the life of the building.
Geotechnical Structures

Geotechnical Structures

Geotechnical Structures in Civil Engineering is an aspect of understanding and managing buildings and infrastructure that are below ground. The main focus of this group is on the design, analysis, and construction of underground structures that include foundations, retaining walls, tunnels, and other structures that interact directly with the soil.
Public Infrastructure Management

Public Infrastructure Management

The Public Infrastructure Management discipline in Civil Engineering is part of managing and delivering public infrastructure projects that include roads, bridges, drinking water, sanitation, and transportation systems. The main focus of this group is to understand and apply management principles to ensure public infrastructure projects can run efficiently, effectively, and provide maximum benefits to society.
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Curriculum

The following is a complete list of courses that will be taken in each semester.

Course Code :
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All TSS TSG TSM SPS
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Semester 1 add remove
- Concentration: Geotechnical
12 SKS

TSS 1 601 Engineering Math
3 SKS

TSS 1 603 Materials Technology
3 SKS

TSG 1 601 Advanced Foundation Engineering
3 SKS

TSG 1 602 Geotechnical Building Planning*)
3 SKS

- Concentration: Building Structure
12 SKS

TSS 1 601 Engineering Math
3 SKS

TSS 1 602 Advanced Structure Analysis
3 SKS

TSG 1 601 Advanced Foundation Engineering
3 SKS

TSS 1 603 Materials Technology*)
3 SKS

- Concentration: Public Infrastructure Management
12 SKS

TSM 1 601 Mathematics
3 SKS

TSM 1 602 Road and Transportation System Management
3 SKS

TSM 1 603 Water Resources Management
3 SKS

TSM 1 605 Applied Statistics*)
3 SKS

Semester 2 add remove
- Concentration: Geotechnical
12 SKS

TSS 1 605 Finite Element Method
3 SKS

TSS 1 608 Numerical Methods
3 SKS

TSG 1 604 Advanced Soil Mechanics
3 SKS

TSG 1 605 Dynamic Foundation Planning*)
3 SKS

- Concentration: Building Structures
12 SKS

TSS 1 605 Finite Element Method
3 SKS

TSS 1 606 Advanced Concrete Structure Analysis
3 SKS

TSS 1 607 Advanced Steel Structure Analysis
3 SKS

TSS 1 608 Numerical Methods*)
3 SKS

- Concentration: Public Infrastructure Management
12 SKS

TSM 1 606 Public Infrastructure Management
3 SKS

TSM 1 607 Infrastructure Project Management
3 SKS

TSM 1 608 Infrastructure Project Appraisal, Feasibility Studies, and Financing
3 SKS

TSM 1 609 Decision Theory*)
3 SKS

Semester 3 add remove
- Concentration: Geotechnical
12 SKS

SPS 2 600 Colloquium / Proposal Seminar
1 SKS

TSS 2 610 Structure Dynamics
3 SKS

TSG 2 607 Soil Dynamics and Earthquake Engineering
3 SKS

TSS 2 611 Probability and Reliability in Structural Engineering*)
3 SKS

- Concentration: Building Structures
12 SKS

TSS 1 605 Finite Element Method
3 SKS

TSS 1 606 Advanced Concrete Structure Analysis
3 SKS

TSS 1 607 Advanced Steel Structure Analysis
3 SKS

TSS 1 608 Numerical Methods*)
3 SKS

- Concentration: Public Infrastructure Management
3 SKS

SPS 2 600 Colloquium/Proposal Seminar
1 SKS

TSM 2 611 Management Information System
3 SKS

TSM 2 612 Urban Transportation Management
3 SKS

TSM 2 613 Water Coverage Area Management*)
3 SKS

Semester 4 add remove
SPS 2 690 Seminar
1 SKS

SPS 2 699 Thesis
4 SKS

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Course Schedule

Alternative text - include a link to the PDF!

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Tuition Fee

Here are the study fees Master's Program In Civil Engineering
Master's Program Single Tuition Fee
Regular IDR 8,000,000
International Partnership IDR 15,000,000
UKT is paid every semester during the study period
Master's Program Institutional Development Fee (Independent Program Only)
Regular IDR 8,000,000
International Partnership IDR 9,000,000
IPI is paid once at the time of initial registration as a student
Master's Program Education Development Contribution
IDR 8,000,000 Per student for 1 semester
Master's Program Academic Completion Fund
IDR 8,000,000 Per student for 1 semester
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Learning Outcomes

Through a well-organized learning process and lecturers who are experts in their fields, graduates of the Master's Program in Civil Engineering at USU are expected to meet the intended learning outcomes, which are:

Learning Outcomes
1 Able to develop Science and Technology in sustainable geotechnics through research per the rules of standard procedures to produce innovative, tested work that can be published
2 Able to solve problems with an inter/multi-disciplinary approach in the field of geotechnics guided by technical specifications and existing regulations
3 Able to compile soil investigation reports and design problematic soil improvements (soft soil, shrinkable soil, peat soil) that are environmentally sound for civil engineering buildings
4 Able to communicate the latest and most recent technological developments in geotechnics and its application techniques in the field