Construction and Civil Engineering Courses

This course aims to provide participants with an in-depth understanding of traffic engineering principles and the application of intelligent transport systems (ITS) in managing and enhancing transportation services.

The aim of this course is to provide participants with the technical knowledge and analytical skills required to review and evaluate the structural designs of roads and bridges.

The aim of this course is to equip participants with the knowledge and skills necessary to develop and implement sustainable stormwater management practices in urban areas.

This course aims to equip participants with an advanced understanding of Building Information Modelling (BIM) and digital construction techniques, tools, and best practices, enhancing their capacity to manage and implement digital construction projects.

The aim of this advanced training course is to enhance participants' expertise in value engineering principles and techniques, enabling them to effectively apply these methodologies in construction projects for optimized project performance, cost reduction, and increased overall value.

The aim of this training course is to equip construction professionals with the knowledge, tools, and techniques required to effectively implement smart construction scheduling practices in their projects, optimizing resource allocation, cost control, and overall project efficiency.

The aim of this training course is to equip construction professionals with the necessary knowledge, skills, and techniques to develop comprehensive, competitive, and persuasive proposals for construction projects, thereby increasing their chances of winning contracts and enhancing overall project success.

To equip civil engineering professionals with advanced management skills and knowledge to effectively lead engineering projects, ensuring efficient execution, quality outcomes, and sustainable development.

To equip planning engineering experts, including heads of classification, evaluation, and primary materials monitoring, with the knowledge and skills needed to implement effective benchmarking practices in construction, enabling them to drive continuous improvement, optimize resource use, and achieve excellence in project delivery.

To equip participants with advanced knowledge and skills in construction management, emphasizing the effective management of long lead items, procurement processes, and supply chain strategies to ensure timely project delivery and cost efficiency.

To equip participants with the comprehensive skills and knowledge required to effectively use Building Information Modeling (BIM) tools and techniques for planning, designing, and managing construction projects, enabling greater efficiency, collaboration, and precision throughout the project lifecycle.

To equip participants with the essential knowledge and skills to use AutoCAD effectively for 2D drafting and 3D design, enabling them to create precise technical drawings, architectural plans, and advanced designs for various applications.

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 provide participants with the skills and knowledge required to design and manage surface water systems in urban environments, focusing on sustainability, flood prevention, and ecological balance, while addressing the challenges posed by urbanization and climate change.

To provide participants with the knowledge and skills necessary to effectively conduct environmental audits in construction projects, ensuring sustainability and compliance with relevant regulations and standards.

To provide participants with the knowledge and skills necessary to effectively implement construction materials recycling practices, promoting sustainability and reducing environmental impact.

To provide participants with the knowledge and skills necessary to effectively implement green building practices, promoting sustainability and reducing environmental impact throughout the lifecycle of a building.

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.

The aim of this course is to equip participants with the knowledge and skills required to effectively handle arbitration and settlement processes in construction projects. This training will ensure that participants understand how to minimize disputes and manage them effectively when they occur.

To equip professionals with essential knowledge and skills in sustainable infrastructure development and design, promoting environmentally responsible and resource-efficient practices in infrastructure projects.

To provide professionals with essential knowledge and skills in acoustic management and sound control within buildings, ensuring optimal sound quality and minimizing noise pollution.

To provide professionals with essential knowledge and skills in the geometric design of roads, ensuring the creation of safe, efficient, and sustainable road infrastructure.

To equip professionals with essential knowledge and skills in the design and operation of pumping stations, ensuring efficient and reliable water and wastewater management systems.

To provide participants with a comprehensive understanding of the basics of concrete, its composition, properties, and various applications in construction.

To equip participants with advanced knowledge and skills in modern construction methods, focusing on the integration of AI and cutting-edge construction technologies to improve efficiency, productivity, and innovation in construction projects.

To empower planning engineers with the knowledge and practical skills to integrate artificial intelligence (AI) into project planning, scheduling, monitoring, and risk analysis for smarter and more efficient construction management.

To enable planning engineering experts to harness artificial intelligence (AI) for automating reporting processes, enhancing data visualization, and improving insight-driven project planning and control.

To equip participants with comprehensive knowledge of sustainable primary construction materials, focusing on their selection, application, environmental impact, and integration into modern construction projects.

To equip project managers, financial planners, and construction professionals with the expertise required to effectively plan, budget, and control capital expenditures for construction projects, ensuring financial efficiency and project success.

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

To empower construction project managers, cost engineers, and financial analysts with robust methodologies for detailed cost analysis and effective reporting, ensuring transparency and control over project finances from start to finish.

This course aims to provide construction project managers, contract administrators, and financial analysts with comprehensive knowledge and practical skills for managing variation orders effectively, ensuring financial stability and contractual compliance throughout the construction process.

This course aims to equip procurement officers, project managers, and financial analysts in the construction industry with the skills necessary to conduct thorough tender evaluations and reviews, ensuring fair, transparent, and effective procurement practices.

To equip professionals in the construction and asset management department with cutting-edge skills in implementing AI and IoT for data collection, geospatial analysis, and optimized management.

To enable participants to utilize Building Information Modeling (BIM) for accurately defining the Scope of Work (SOW), extracting precise Bill of Quantities (BOQ), and estimating project costs during the pre-tender phase of building projects under Lump Sum Contracts, ensuring complete and accurate technical tender documentation.

To empower construction professionals with in-depth knowledge and hands-on techniques in the art of mediation and dispute resolution, ensuring the timely and harmonious progression of projects.

To provide engineering professionals with deep insights into how Artificial Intelligence (AI) is transforming the planning, design, execution, and maintenance of engineering projects, enabling data-driven decisions, predictive capabilities, and enhanced project efficiency.

To provide participants with comprehensive skills and knowledge in project leadership, stakeholder management, and emotional intelligence tailored for the construction industry, ensuring effective project delivery and team collaboration.