Qassim University

What you'll study

This programme covers advanced topics in building technology and the management of construction projects. Students study both the technical aspects of building systems and materials and the managerial skills required for planning, cost control and project delivery.

• Advanced Building Materials and Methods: properties and performance of modern construction materials, durability, testing and specification.
• Building Technology and Systems: structural detailing, building envelopes, MEP coordination and performance of building assemblies.
• Construction Project Management: scheduling, resource allocation, CPM/PERT techniques, productivity and site organisation.
• Estimating and Cost Control: quantity surveying principles, cost estimating, budget control and financial management of projects.
• Construction Contracts and Law: standard forms of contract, procurement routes, claims, dispute resolution and contractual administration.
• BIM and Digital Construction: principles of building information modelling, implementation strategies and collaborative workflows.
• Sustainable Construction and Performance: energy-efficient design, green building practises, lifecycle assessment and regulatory compliance.
• Risk, Quality and Safety Management: risk assessment, quality assurance, site health and safety systems and standards.
• Research Methods and Dissertation: research design, data analysis techniques and an independent research project leading to a substantive dissertation.

The typical structure combines taught modules and a supervised research dissertation or project. Delivery may include lectures, seminars, laboratory or site-based practicals, case studies and group work. Students can expect assessments by coursework, examinations, practical assignments and the final thesis or major project.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in civil engineering, architecture, construction management, or a closely related discipline, with a satisfactory academic record. Candidates with substantial relevant professional experience in the construction industry but without a directly related degree may be considered on a case-by-case basis.

Typical application documentation includes official transcripts, a curriculum vitae, a statement of purpose outlining academic and professional aims, and references. Applicants whose prior education was not conducted in the programme language may need to demonstrate proficiency in the language of instruction. Specific departmental requirements and any additional assessments or interviews are determined by the faculty.

Career prospects

Graduates of this MSc are prepared for leadership and specialist roles across the construction and built environment sectors. Common career paths include:

• Construction project manager or site manager
• Construction planning and scheduling specialist
• Cost estimator or commercial manager
• BIM coordinator or digital construction specialist
• Quality, safety and risk manager
• Technical consultant for construction firms and contractors
• Roles in government agencies, infrastructure clients and regulatory bodies
• Progression to doctoral research or academic roles in universities and research centres

The programme emphasises practical skills and industry-relevant knowledge, helping graduates to meet the demand for qualified professionals in regional and international construction markets.

Why study at Qassim University

Qassim University offers this programme within a faculty experienced in engineering and built-environment education, combining academic research with applied practice. Students benefit from access to laboratory facilities, construction technology workshops and project-based learning that reflects local and regional industry challenges.

The university maintains links with public and private sector organisations in the region, providing opportunities for industry engagement, applied research and professional networking. Faculty members bring academic and professional expertise, and the curriculum is designed to balance technical depth with practical management skills relevant to contemporary construction practice.