Construction and Civil Engineering Courses

To equip legal professionals with advanced legal, contractual, and procedural knowledge in managing, evaluating, and resolving construction claims—focusing on contract law, claims drafting, dispute avoidance, and resolution in accordance with legal standards and construction best practices.

To equip construction professionals with the knowledge and skills to leverage Artificial Intelligence (AI) and Data Analytics in enhancing project planning, monitoring, decision-making, and operational efficiency across the construction lifecycle.

To provide civil engineers, designers, and construction professionals with the knowledge and practical techniques necessary to apply internationally recognized best practices in the design, construction, and performance optimization of rigid (concrete) pavements for highways, industrial areas, and urban roads.

To equip civil engineering professionals with an in-depth understanding of emerging innovations, smart technologies, and sustainable practices shaping the future of infrastructure and construction.

To provide engineering and project professionals with the necessary skills and knowledge to effectively plan, manage, and oversee road construction and maintenance projects, ensuring cost efficiency, quality, safety, and timely delivery.

To equip road engineers, planners, and infrastructure professionals with comprehensive knowledge and practical skills in the geometric design of roads, ensuring safety, functionality, and efficiency in both urban and rural settings, in line with national and international standards.

To provide engineers and infrastructure professionals with the knowledge and tools to effectively design, evaluate, and maintain flexible and rigid road pavements, ensuring durability, cost-efficiency, and long-term performance under varying conditions.

To equip architects, planners, and built-environment professionals with the principles, strategies, and tools needed to design resilient structures and urban environments that minimize risk and adapt to evolving hazards and uncertainties.

To empower interior designers and design professionals with the knowledge and practical skills to use artificial intelligence tools for enhancing creativity, automating design tasks, personalizing user experiences, and improving the overall efficiency of the interior design process.

To introduce and deepen understanding of biophilic design principles, enabling architects, designers, planners, and sustainability professionals to create spaces that connect people with nature, improve well-being, and promote sustainable living.

To equip interior designers, architects, and design professionals with the creative, technical, and strategic skills needed to execute adaptive reuse projects, breathing new life into existing structures while promoting sustainability, functionality, and heritage conservation.

To equip interior designers, architects, and spatial planners with the practical and creative skills to design and implement temporary and modular interior environments that are flexible, scalable, sustainable, and responsive to changing needs.

To empower interior designers, material specialists, and architects with cutting-edge knowledge of innovative materials that enhance performance, aesthetics, and sustainability in interior environments—pushing boundaries in creative and responsible design.

To provide participants with in-depth knowledge and advanced skills in HVAC design according to ASHRAE standards, ensuring efficient, sustainable, and compliant HVAC systems.