Join us at Jeddah Construct for ‘Construct Talks’, a platform dedicated to addressing the pressing needs and emerging trends of the construction industry.
This series of insightful sessions will feature industry leaders and innovative thinkers who will share their knowledge and expertise on a wide range of topics, from cutting-edge technologies and sustainable practices to project management and leadership. Construct Talks offers invaluable insights and practical solutions to help you stay ahead in the ever-evolving construction landscape.
Are you a thought leader, industry innovator, or passionate construction industry professional eager to contribute to discussions which will drive the sector forward? We welcome you to express your interest in becoming a speaker at our Construct Talks. Share your insights, experiences, and visionary ideas with our engaged audience of industry enthusiasts.
Some of the themes that will be discussed are project management, technology in construction, project updates, leadership & sustainability.
Learn from industry thought leaders and experts at Construct Talks.
Our series of Talks are certified through the CPD Certification Service, the world’s leading and largest independent CPD accreditation organization working across all industry sectors.
• Strategies to develop a forward-thinking mindset across the organizational structure
• Techniques for effective change management, including stakeholder engagement, communication plans, and overcoming resistance
• Leveraging emerging technologies and innovative practices to modernize operations, enhance efficiency, and achieve competitive advantage
• Policies and practices that foster a culture of adaptability and continuous improvement
• Identifying and addressing the key challenges, such as regulatory hurdles, funding, and resource management
• Implementing innovative practices and technologies to achieve sustainable growth
• Developing and retaining a skilled workforce to meet the project goals
• Methods for keeping track of progress and maintaining accountability across the value chain
Turki DaghistaniTatweer Buildings Company
• Techniques to develop well-defined objectives and scopes
• Assembling a skilled and cohesive team, with clear roles and responsibilities
• Developing a comprehensive project plan, including timelines, milestones, resource allocations, and risk management strategies
• Developing and enforcing standardized communication protocols to ensure consistent and efficient information flow across all levels
Khalil Al SaeediSaudi Entertainment Ventures | SEVEN
• Conducting thorough research and documentation of the site's history, architectural details, and original materials to ensure a respectful restoration process
• Sourcing authentic materials, if possible, and employing traditional construction methods along with advanced technologies to maintain authenticity and ensure the longevity of the site
• Strategies for integrating modern amenities and safety standards while conserving the cultural integrity of the site
• Highlight notable restoration projects that have successfully preserved historical value while addressing contempered needs
• Implementing strategies and tools such as integrated platforms specifically designed for managing remote teams and construction sites, ensuring distance does not impede effective communication
• Secure and enhanced data sharing across platforms
• Automating and synchronizing workflows to enhance project coordination and efficiency
• Implementing SOPs to achieve interoperability across all platforms and tools
• Recognizing frequent challenges early and setting up mitigation strategies
• Developing comprehensive risk management plans, and techniques for constant monitoring
• Leveraging visual tools such as dashboards, Gantt charts, and progress reports for clear and concise project updates
• Exploring technologies available and how to leverage them to monitor risks and adapt strategies in real-time
Matt DoranChartered Institute of Building
• Mitigating impacts of extreme temperatures, water scarcity, sandstorms, and humidity on construction projects
• Exploring complexities of soil conditions unique to desert coastal regions, including soil stability, erosion, and foundation design
• Choosing materials that resist corrosion and accommodate thermal expansion in harsh environments
• Managing supply chains, transportation, and on-site resources effectively in remote locations
Dr. Khatib Zada FarhanKing Abdulaziz University
Engr. Farid GhadiehACES
• Overview of the project, including its goals, scope, and sustainability targets
• Exploring sustainable technologies and methods, such as energy-efficient systems, sustainable materials, and water conservation measures
• Reviewing challenges during implementation and strategies used to overcome them
• Analyzing the project’s environmental, social, and economic impact including energy savings, cost benefits, and community feedback
• Overview of modular construction principles and key benefits such as faster build times and cost efficiency
• Exploring advanced design methods and prefabrication technologies that enable modular construction
• Reviewing notable projects, highlighting success, challenges, and overall impact
• Insights into emerging trends, technological advancements, and future possibilities
• Best practices for material procurement, including supplier selection, bulk purchasing, and just-in-time delivery
• Sourcing materials locally to reduce imports, support local economy, reduce transportation costs and lead times
• Leveraging technologies like RFID, IoT, and digital inventories to monitor material usage and build them into the project management systems
• Effective logistics plans for transportation and storage that minimize handling costs, reduce risk of damages, and ensure timely delivery
• Strategies to integrate agile methodologies across all processes
• Encouraging a culture of flexibility and innovation among project teams
• Selecting the right technologies to improve efficiency and boost real-time decision-making
• Practices that promote collaboration across different disciplines within the organization to leverage diverse expertise and enhance problem-solving
• Exploring materials with lower environmental impact, understanding the benefits and limitations
• Implementing practices that enhance the energy efficiency of construction materials including insulation improvements and energy-efficient production methods
• Innovative designs and techniques that reduce waste, like material offcuts, over-ordering, and disposal needs
• Adopting circular economy practices across processes to extend the material life cycle and reduce landfill contribution
• Understanding the technologies available and their applications
• Impact on project efficiency and design flexibility
• Using notable examples to highlight achievements, challenges, and lessons learned in application.
• Explore future trends and potential challenges, such as regulatory issues and scalability, and how strategies to address them
Khaled Nahlawi, PhD, PE American Concrete Institute (ACI)
• Analyzing the current adoption rate of technologies such as AI, robotics, and automation
• Evaluating existing platforms based on their level of integration and scalability
• Leveraging data analytics and IoT to improve efficiency, reduce costs, and enhance decision-making
• Identifying and addressing implementation challenges, such as resistance to change, cost, and infrastructure limitations
• Attracting and retaining top talent in the industry and engaging young talent
• Discuss enhanced and effective training programs to upskill the workforce
• Explore technologies that streamline tasks and reduce manual labor load
• Steps for enhanced worker safety, welfare, and productivity
• Demonstrating how the use of AI technologies has streamlined processes and increased productivity
• Highlighting instances where AI implementation has led to improved resource management, and reduced operational costs
• Discussing the impact of AI-driven training on upskilling employees and creating a more versatile and capable workforce
• Reviewing the impact of AI-powered analytics and decision-support systems on project management practices
• Addressing technical and organizational challenges during implementation
• Highlight enhanced project visualization abilities and their impact on decision-making and project management
• Benefits of real-time data monitoring and predictive maintenance in reducing downtime and extending the asset life cycle
• Discussing improved collaboration across project teams
• Adopting practices that minimize environmental impact, such as efficient use of resources, waste reduction, and eco-friendly construction methods
• Engaging stakeholders across the value chain, including clients and subcontractors, in sustainability initiatives for enhanced overall environmental performance
• Fostering cross-disciplinary collaboration to enhance collective sustainability efforts
• Establishing feedback mechanisms and measurable KPIs to gather input from internal and external stakeholders to refine and improve the process
• Exploring how AI, robotics, and automation can enhance human skills and efficiency
• Employing machines to improve safety protocols and achieve higher precision
• Integrating human expertise with machine learning
• Training and adaption for a collaborative workforce
• Comprehensive safety programs and protocols to ensure work safety onsite
• Technologies utilized to enhance safety oversight incident prevention
• Building a safety-first culture through training, leadership, and employee engagement
• Mitigating health risks and supporting work wellness and mental health
