Capstone Design Project

From Classroom Knowledge to Real-World Engineering Design

The Capstone Design Project is an integrated learning experience designed to enhance students’ ability to apply knowledge from various disciplines of civil engineering to solve real-world engineering problems. Through a systematic process of critical thinking, analysis, planning, and design, students develop practical engineering solutions based on established engineering principles, design standards, and relevant technical requirements.

Throughout the project, students gain hands-on experience in the complete engineering design process, from gathering information and analyzing problems to developing design concepts, performing engineering calculations, preparing technical drawings and specifications, and presenting their proposed solutions with sound engineering justifications. Projects are typically developed using actual site information or realistic engineering scenarios, allowing students to bridge the gap between theoretical knowledge and professional practice.

Beyond technical design proficiency, the Capstone Design Project emphasizes the importance of engineering judgment and consideration of real-world constraints, including public safety, environmental impacts, constructability, and economic feasibility. Students are encouraged to evaluate alternative solutions, make well-informed engineering decisions, and develop designs that are technically sound, practical, and responsive to real-world needs.

**More than a culmination of undergraduate learning, the Capstone Design Project represents a significant milestone in students’ transition from academic study to professional engineering practice, preparing future civil engineers with the knowledge, practical skills, sound judgment, and social responsibility needed to address the challenges of the engineering profession.**

1. THE DESIGN OF A CANTILEVER RETAINING WALL FOR A RESIDENTIAL PROJECT UNDER VARYING RETAINED SOIL HEIGHTS
2. STRUCTURAL DESIGN OF A SINGLE-STORY RESIDENTIAL BUILDING
3. DESIGN OF TEMPORARY BRACING SYSTEMS FOR EARTH RETAINING WALLS
4. THE DESIGN AND CONSTRUCTION PROCEDURE OF INTERLOCKING CONCRETE PAVING BLOCKS FOR THE CIVIL ENGINEERING LABORATORY BUILDING, FACULTY OF ENGINEERING, SRINAKHARINWIROT UNIVERSITY, ONGKHARAK CAMPUS SRINAKHARINWIROT UNIVERSITY, ONGKHARAK CAMPUS
5. THE DESIGN OF A FRAME SCAFFOLDING SYSTEM FOR SUPPORTING DEMOLISHED STRUCTURAL COMPONENTS IN DEMOLITION WORKS
6. THE DESIGN OF POTAIN MCR225A CRANE FOUNDATION IN A CONFINED SITE CONDITION
7. ENGINEERING DESIGN SOLUTIONS FROM ACTUAL SITE DATA – CASE STUDY OF THE WATER SPORTS TRAINING FACILITY IMPROVEMENT PROJECT
8. DESIGN AND LOAD BEHAVIOR ANALYSIS OF TOWER CRANE PILE FOUNDATIONS USING A SPREADSHEET APPLICATION IN IN-SERVICE AND OUT-OF-SERVICE CONDITIONS IN SOFT RIVERINE SOIL
9. ANALYSIS OF CONCRETE PAVEMENT DESIGN – A DESK STUDY COMPARED TO AS-BUILT CONSTRUCTION
10. STABILITY ANALYSIS AND STRUCTURAL DESIGN OF REINFORCED CONCRETE RETAINING WALL THE CIVIL ENGINEERING DESIGN OF WORKS FOR THE SUPALAI PRIDE PHUKET HEROINES MONUMENT, PAKLOK PROJECT
11. DESIGN AND ANALYSIS OF STORMWATER DRAINAGE SYSTEM FOR PRINYADA WONGWAN-SATHON VILLAGE USING EPA SWMM MODEL
12. DESIGN AND TESTING OF STRUCTURAL STEEL BEAM SUPPORTING SCAFFOLDING IN ELEVATOR MACHINE

1. THE DESIGN OF A CANTILEVER RETAINING WALL FOR A RESIDENTIAL PROJECT UNDER VARYING RETAINED SOIL HEIGHTS
2. STRUCTURAL DESIGN OF A SINGLE-STORY RESIDENTIAL BUILDING
3. DESIGN OF TEMPORARY BRACING SYSTEMS FOR EARTH RETAINING WALLS
4. THE DESIGN AND CONSTRUCTION PROCEDURE OF INTERLOCKING CONCRETE PAVING BLOCKS FOR THE CIVIL ENGINEERING LABORATORY BUILDING, FACULTY OF ENGINEERING, SRINAKHARINWIROT UNIVERSITY, ONGKHARAK CAMPUS
5. THE DESIGN OF A FRAME SCAFFOLDING SYSTEM FOR SUPPORTING DEMOLISHED STRUCTURAL COMPONENTS IN DEMOLITION WORKS
6. THE DESIGN OF POTAIN MCR225A CRANE FOUNDATION IN A CONFINED SITE CONDITION
7. ENGINEERING DESIGN SOLUTIONS FROM ACTUAL SITE DATA – CASE STUDY OF THE WATER SPORTS TRAINING FACILITY IMPROVEMENT PROJECT
8. DESIGN AND LOAD BEHAVIOR ANALYSIS OF TOWER CRANE PILE FOUNDATIONS USING A SPREADSHEET APPLICATION IN IN-SERVICE AND OUT-OF-SERVICE CONDITIONS IN SOFT RIVERINE SOIL
9. ANALYSIS OF CONCRETE PAVEMENT DESIGN – A DESK STUDY COMPARED TO AS-BUILT CONSTRUCTION
10. STABILITY ANALYSIS AND STRUCTURAL DESIGN OF REINFORCED CONCRETE RETAINING WALL THE CIVIL ENGINEERING DESIGN OF WORKS FOR THE SUPALAI PRIDE PHUKET HEROINES MONUMENT, PAKLOK PROJECT
11. DESIGN AND ANALYSIS OF STORMWATER DRAINAGE SYSTEM FOR PRINYADA WONGWAN-SATHON VILLAGE USING EPA SWMM MODEL
12. DESIGN AND TESTING OF STRUCTURAL STEEL BEAM SUPPORTING SCAFFOLDING IN ELEVATOR MACHINE