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Master of Science in Construction Technology and Construction Management
Description:
The Master of Science in Construction Technology and Execution Management program at the College of Architecture and Planning contributes to the scientific and professional development of graduates in the fields of construction technologies and project execution management, serving research trends and the labor market and promoting sustainability concepts in the construction sector. The program awards a master's degree in construction technology and construction management.
Eligible Applicants
Students
Method of study
Courses and Thesis
Degree
Master
School level
Postgraduate studies
Place of study (Male Students)
College Headquarters - Buraydah - Qassim Region
Place of study (female students)
College Headquarters - Buraydah - Qassim Region (Female Section)
Required specialization
Bachelor of Architecture, Urban Design, Environmental Design, Urban Planning, Urban Planning, Environmental Architecture, Environmental Architecture Engineering, Architecture and Building Sciences, City Planning, Real Estate Development, Urban Heritage, Building Conservation, Interior Design, Interior Architecture, Landscape Design, Islamic Architecture, Housing.
Admission from outside the major
Admission from outside the specialty is not possible
Years of study
2
Study period
None
Number of Credit Hours
36
Credits required for graduation
36
STEP test
52
Other conditions
None
Tuition fees
40,000
Required GPA
of at least 5
3.25
of at least 4
2.25
of at least 100
75
Preference Mechanism for Admission
GPA
50%
Undergraduate Aptitude Test
50%
Differentiation test
None
Program goals :
1- Providing the necessary knowledge to qualify the student scientifically and practically in the field of construction and building technology sciences and implementation management.
2- Providing the necessary skills to develop a career path for the student in the field of construction and construction and implementation management in government agencies, the construction industry, real estate development, and others.
3. Developing students' analytical abilities to make appropriate environmental design decisions and solutions in the field of architecture, especially in construction and building technology, and execution management using scientific and creative methods.
4- Developing the student's research skills in dealing with implementation management issues in the field of architectural projects, finding optimal solutions to them, and making appropriate decisions.
5- Developing students' effective communication skills to enable them to join academic and professional organizations.
6- Providing an opportunity for students with university degrees to obtain a master's degree and prepare them to complete their studies and obtain a doctoral degree in the fields of architectural sciences.
Program learning outcomes :
Knowledge and understanding:
Demonstrate comprehensive and integrated knowledge of current theories, systems, and trends in construction and execution technologies.
2- Understanding the interaction between architectural design, construction processes, and management practices in various environmental, social, and organizational contexts.
Recognizing advanced research concepts and methodologies relevant to construction technologies and sustainable development challenges.
Skills:
Applying advanced search techniques and problem-solving skills to evaluate and propose solutions for construction and implementation challenges.
2. Utilize digital tools, Building Information Modeling (BIM), Geographic Information Systems (GIS), and simulation technologies for effective planning, execution, analysis, and management of construction projects.
3. Evaluate technical alternatives and make data-driven decisions, considering sustainability, cost, quality, and safety aspects.
4. Effectively communicate technical and research findings through professional reports, presentations, and academic writing.
Values, autonomy and responsibility:
Demonstrate ethical awareness and professional integrity in construction, research, and project management practices.
Demonstrate leadership and teamwork capabilities in multidisciplinary and multicultural environments.
Engaging in self-development and continuous innovation to adapt to emerging trends in construction and execution technologies.
Tracks :
N/A
Career opportunities:
1- Project implementation engineer in construction companies and real estate development companies.
2- A project manager or project coordinator in government agencies related to infrastructure and housing.
3- Planning and follow-up engineer in construction organizations.
4- A specialist in quality management or occupational safety in construction sites and architectural projects.
5- Researcher or academic assistant in universities and colleges specialized in architecture and construction.
6- Building technology consultant in engineering offices and consulting firms.
7- Planner of urban and development projects within planning and implementation teams in the public and private sectors.
8- Building Information Systems Engineer to support digital transformation in project execution.
9- Working in regulatory bodies and authorities related to the development of building and construction policies and standards.
10- Completing postgraduate studies (PhD) for academic or research work specialized in architecture and construction sciences.
None