This case study explains Tel Aviv’s strategy, demonstrating how a high level of smart urban services was achieved using decentralized, low-cost methods. The report provides details on the approach, such as its reliance on the local startup ecosystem, its creation of services using open municipal databanks and public-private partnerships, and its emphasis on lightweight services that interact directly with residents. The case study analyzes the strengths and weaknesses of Tel Aviv’s approach, discussing the technologies, processes, and strategies that can be used to implement a cost-effective smart city initiative.

 

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https://publications.iadb.org/en/international-case-studies-smart-cities-tel-aviv-israel

Integrating 5D BIM into large rail projects improves cost management but faces challenges related to technology, functionality, and governance. This paper presents a framework to support financial decision-making, project management, and efficient delivery.

Key elements include project governance, BIM policies, digital platforms, BIM LOD, cost-estimation classification, and continuous improvement. Governance ensures structured implementation, policies maintain quality, and digital platforms enable collaboration. Cost-estimation aligns with project scope, and continuous improvement enhances efficiency and innovation.

The study, based on Victorian rail projects, highlights challenges such as inconsistent data exchange standards, compatibility issues with cost management, and unclear governance strategies. Further validation in real-world projects is recommended.

These documents outline CAD/BIM submission requirements for planning data, including naming conventions, coordinate systems, and file formats. You can find these standards under the Abu Dhabi Municipality (ADM) guidelines, which detail specifications for AutoCAD and BIM submissions, as well as compliance requirements with ISO 19650 and related standards

This document ensures model compliance with the ADM naming standards, model coordination, and clash detection protocols. It is designed to standardise the quality and health of submitted BIM models

This document assesses a consultant or contractor’s BIM capabilities and alignment with Abu Dhabi’s requirements, including compliance with ISO 19650 and other international standards.

This paper critically reviews sustainability strategies and building certification systems in Saudi Arabia, with a focus on sustainable healthcare assessment. It examines the environmental impact of the AEC industry, highlighting its role in greenhouse gas emissions and the need for intervention. The study evaluates Saudi Arabia’s green building codes, standards, and certification systems, including the updated Saudi Building Code (SBC) and Saudi Green Building Code (SBC 1001-CR). It also explores Life Cycle Assessment (LCA) and Building Information Modelling (BIM) techniques, emphasizing the need for a certification system that aligns with emerging trends and the local context.

The Engineering Science Institute (ESI) in Saudi Arabia offers a hub for professional training and certification across various engineering disciplines. The institute provides specialised courses and programs designed to enhance technical expertise, improve industry skills, and support career growth. ESI certifications are recognised in the region and globally, equipping professionals with the knowledge and credentials to meet the evolving demands of the engineering sector. The hub facilitates access to quality education, hands-on training, and up-to-date industry standards to prepare individuals for leadership roles and technical challenges in engineering.

Engineering Science Institute for Training (Esi) is ISO 9001:2015 certified Training Institute and its aspiration is to efficiently provide international standard training courses in the field of Engineering, Construction Management, Information Technology (IT), Project Management, Contract Management, Health, Safety and Environment (HS&E), Industrial Trades, etc. as these sectors are vital and play a pivotal role in on-going activities and development projects of the Kingdom of Saudi Arabia.

This document outlines Qatar’s BIM standards, focusing on project organisation, data structures, templates, file naming conventions, and software requirements. The Modelling and Data Management Guide provides guidelines for managing both graphical and non-graphical data within information models. These models must be shared between all stakeholders through a Common Data Environment (CDE) to ensure that project deliverables meet the required quality standards. The guide is project-specific and should be used alongside the BIM Execution Plan (BEP) and Exchange Information Requirements (EIR) for proper implementation.

This document standardises file-naming practices for BIM projects in Qatar, ensuring clarity and consistency. It specifies the file naming convention for BIM and CAD in all Ashghal projects across departments, adhering to international best practices and standards, such as ISO 19650.