Master in Structural Engineering and Project Management

• Advanced Structural Analysis: Analyze single and multi-degree-of-freedom structures subject to various excitations, utilizing computational aspects of dynamic analysis.
• Finite Element Formulation: Master the theory and application of the finite element method for trusses, beams, frames, and plane stress/strain problems, including the use of commercial software packages.
• Plasticity and Limit Analysis: Understand general concepts of plasticity, plastic bending, collapse of structures, and limit analysis for the design of steel and multi-story structures, including seismic requirements.
• Design and Materials Knowledge: Develop an in-depth understanding of structural design principles, knowledge of various construction materials, and the ability to apply them effectively in different conditions.
• Problem-Solving: Formulate and solve complex engineering problems by applying advanced principles of engineering, science, and mathematics.

• Project Lifecycle Management: Gain a foundation in the practice and profession of project management, covering project strategy, stakeholder management, scheduling, cost estimation and control, and change control.
• Construction Law and Contracts: Develop a systematic understanding of relevant building and construction contract law, contract administration, and dispute resolution methods like arbitration.
• Digital Project Management: Learn modern techniques in digital project management, including the use of Common Data Models (CDM) and Building Information Modeling (BIM) with visual programming tools like Revit Dynamo for automation.
• Management and Leadership: Develop management and leadership skills, including strategic planning, team building, and professional ethical judgments in engineering situations.

• Analytical and Critical Thinking: Acquire strong analytical and criticism skills.
• Communication: Communicate effectively with diverse audiences.
• Ethical Responsibility: Recognize and apply professional and ethical responsibilities.
• Lifelong Learning: Develop the ability to acquire and apply new knowledge.

Bachelor’s with Good GPA, English score 5.5 IELTS or equivalent

Major Requirement – 34 Credit Hours:

Compulsory Courses – 25 Credit Hours

A0867306 – Scientific Research Methodology – 1 Credit Hour
A0867315 – Building Information Modelling Theory & Practice – 3 Credit Hours
A0867308 – Earthquake Structural Engineering – 3 Credit Hours
A0867307 – Advanced Mechanics of Materials – 3 Credit Hours
A0867304 – Matrix Structural Analysis – 3 Credit Hours
A0867314 – Engineering Project Management – 3 Credit Hours
A0867303 – Advanced Structural Dynamics – 3 Credit Hours
A0867301 – Finite Element Method in Structural Engineering – 3 Credit Hours
A0867310 – Advanced Bridge Engineering – 3 Credit Hours

Elective Courses – 9 Credit Hours

A0867313 – Advanced Special Topics in Civil Engineering – 3 Credit Hours
A0417105 – Model International Construction Contracts – 3 Credit Hours
A0867311 – Composite Structures – 3 Credit Hours
A0417110 – Claims in Construction Contracts – 3 Credit Hours
A0867305 – Advanced Concrete Technology and Materials – 3 Credit Hours
A0867317 – Management of Project Risk, Quality and Safety – 3 Credit Hours
A0867316 – Digital Engineering and Structured Data for Semantic Interoperability – 3 Credit Hours
A0867302 – Plastic Behavior and Design of Steel Structures – 3 Credit Hours
A0867318 – Construction Contracts and Dispute Resolution – 3 Credit Hours