Study civil engineering to become a real professional in the field by studying civil engineering in 4 sub-branches to become a real leader in civil engineering and construction management, including structural engineering, construction management, geotechnical engineering, water resources engineering or irrigation engineering, transportation engineering, surveying engineering, environmental engineering, etc.
“The real deal in civil engineering!”
Studying civil engineering at Sripatum University will push students to become top-notch civil engineers because it provides more in-depth knowledge than anywhere else. Discover the Gointer program, study in Thailand for 2 years and then study in Australia for another 2 years, providing both civil engineering knowledge and language skills for career advancement. During the civil engineering study, there are expert lecturers who closely supervise students, providing full civil engineering skills, along with a project to develop students’ potential so that they have the potential to compete with engineers who graduated from other institutions. The program is certified by the Engineering Council. Upon completion, students can apply for a license to practice as a controlled engineer (กว.).
Course Description>> Attachments Course Description for the 2012-2016 Curriculum
Option 1: Pay by borrowing from the Student Loan Fund, starting at only 4,000 baht. The rest is borrowed from the Student Loan Fund.
Option 2: Pay in full by yourself
Option 3: Pay a portion of 15,000 baht yourself and pay the remaining amount by the date specified by the university.
Course Structure
Analyze, design, select the type of structure and the appropriate materials to make the building structure able to withstand the weight strongly and safely, control the construction work to be in accordance with the standards, regulations and design, as well as study and develop the properties of materials appropriate for the construction work. The nature of work in the field of structural engineering can be divided into reinforced concrete work, steel structure work and prestressed concrete work. Currently, some knowledge has separated from the field of structural engineering, such as bridge engineering, which does bridge design and construction as the main work, and earthquake engineering, which studies the analysis of earthquake waves, and the design of structures that can withstand forces from earthquakes.
The construction management branch is responsible for managing, planning the implementation and use of resources, tools, and people in construction work to be efficient, fast, and economically worthwhile, as well as construction techniques and project readiness. The positions of engineers who work in this branch include project managers and project engineers, who are usually engineers who come from construction control fields. After working for a certain period of time, they will be assigned to oversee administrative work.
Work in this field involves analyzing the bearing capacity of soil structures, designing piles, retaining walls, solving problems in soft soils, improving soil quality, stabilizing soils, designing various underground structures and finding construction methods suitable for soil conditions.
Water resources engineering is a branch that arises when the demand for water as a factor for living increases and sometimes there is a shortage of natural water. Therefore, water resources must be managed to distribute to communities equally. Water resources engineering plays this role. Subjects in water resources engineering consist of hydraulics applied together with hydrology. Students who wish to study in this branch must be able to analyze the issues and solve them by using appropriate water resources management technology. This is a factor to promote the development of the agricultural sector, housing, community physiology, and industrial development under the form of self-reliance, while also participating in supporting other branches of engineering. The obvious characteristics of the work include reservoirs, dams, spillways, water gates, water outlet buildings, water flow in waterways, pressure pipes, water turbines, water pumps, drainage, and flood prevention systems.
Nowadays, transportation plays a very important role in our daily lives. It can be said that if there is no good transportation, the country will not develop. This is because transportation is a part of transportation that aims to move things, people or animals to other points by land, water, air and transportation systems (e.g. pipes). The duties of transportation engineering are planning, studying the feasibility of projects, studying the needs of transportation and travel, designing transportation systems to be convenient, fast, safe and economically worthwhile. Examples of work in the field of transportation engineering
There is also a related branch, which is road engineering. Road engineering is a branch that deals with designing routes for land transportation, especially roads. It is a branch that has been around for a long time since the demand for cars increased. The duties of road engineering include laying out road networks to provide maximum access to areas and to facilitate travel, laying out routes and designing road geometric features to be consistent with topography and economic conditions, overseeing road construction, selecting road materials, maintaining them, and laying out traffic signs and travel information. Agencies in the country that are involved in road construction include the Department of Highways, the Department of Public Works, the Office of Accelerated Rural Development, Bangkok, and various municipal offices, etc.
Surveying engineering focuses on planning both horizontal and vertical terrain for construction work in wide areas. The purpose is to determine the correct location. Surveying engineering works are involved in many fields and are in the early stages of the project. Examples of surveying engineering works include surveying for mapping, road layout, surveying for vertical alignment of buildings, satellite surveying, etc.
Formerly known as Sanitary Engineering, this branch of study was born from the deterioration of the world’s environment from industrial and technological advancements, which has caused many problems such as wastewater, waste, and air pollution. These problems are being given great importance by local, national, and international organizations. Environmental laws and standards have been increasingly enforced both domestically and internationally. The work of environmental engineering aims to manage and control work processes and production to minimize pollution, design and install pollution control systems. Examples of work in this branch include construction of wastewater collection and treatment systems, waste collection and disposal systems, filtration and water delivery systems, etc.
The number of credits studied throughout the course is not less than 151 credits.
Course No. | Credits |
---|---|
1. General studies subjects | 30 credits |
1.1 Humanities and Social Sciences Group | 9 credits |
1.2 Language and Communication Studies Group | 14 credits |
1.3 Mathematics and Science subject group | 7 credits |
2. Specialized subjects | 115 credits |
2.1 Basic vocational subjects group | 35 credits |
2.2 Compulsory subjects | 62 credits |
2.3 Elective subjects | 18 credits |
3. Elective subjects | 6 credits |
Structural engineering
Construction management
Soil engineering (or geotechnical engineering)
Water resource engineering
or irrigation engineering Transportation engineering
Survey engineering
Environmental engineering
Ministry of Transport
Ministry of Interior
Construction Contractor
Consulting and design company
Real estate development company
Technical service companies or agencies
Department of Public Works and Town & Country Planning, Department of Highways, Department of Lands
Department of Rural Roads, Royal Irrigation Department, Department of Water Resources
Local government agencies: Subdistrict Administrative Organizations (SAOs), Provincial Administrative Organizations (PAOs), and Municipalities
Electricity Generating Authority of Thailand, Provincial Electricity Authority
Metropolitan Electricity Authority, Waterworks Authority, PTT Such as sales support work, related testing services
Faculty of Engineering, Sripatum University guarantees the quality of success with more than half a century of teaching experience under the concept of “Simply Significant”, an important force driving towards success with cooperation from professional engineering professors who are ready to be an important force in pushing the potential of students to succeed by allowing students to study engineering with deep knowledge! Real knowledge! Real practice! Through the most modern tools and laboratories.
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Apply and submit a portfolio 100% free study*
School of Digital Media
School of Communication Arts
School of Entrepreneurship
College of Aviation & Transportation
College of Tourism and Hospitality
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School of Engineering
School of Information Technology
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Sripatum University International College
British College
Graduate School
Faculty/Department | Loan characteristics | Term 1 | Throughout the course |
Faculty of Business Administration | |||
Civil Engineering | 1 | 359,400 | |
Civil Engineering – Construction Management | 1 | 359,400 | |
Civil Engineering (part-time) | 1 | 365,900 |
|
Electrical Engineering | 2 | 361,400 |
|
Electrical Engineering – Automation and Robotics | 2 | 361,400 | |
Electrical Engineering (Part-time) | 2 | 38,600 33,600 | 370,400 |
Mechanical Engineering | 2 | 46,600 41,600 | 364,400 |
Mechanical Engineering – Building Technology | 2 | 46,600 41,600 | 364,400 |
Mechanical Engineering (Modern Automotive Technology) | 2 | 46,600 41,600 | 364,400 |
Mechanical Engineering (part-time) | 2 | 45,600 40,600 | 373,400 |
Industrial Engineering and Management | 2 | 45,600 40,600 | 362,000 |
Industrial Engineering – Engineering Management | 2 | 45,600 40,600 | 362,000 |
Railway Engineering | 1 | 50,600 45,600 | 355,000 |