Integrated BIM & IoT in the AEC Sector | BIM Service Provider in USA | Tejjy Inc.

1. Integrated BIM & IoT for AEC Industry

2. What is BIM? • BIM (Building Information Modeling) is an established paradigm for the growth of improved project delivery methods. • BIM-centric project delivery for AEC professionals helps in creating high fidelity &accurate identifiable building component data with descriptive &operable metadata.

3. What is IoT? • IoT (Internet of Things) is an interconnection of sensing &activating devices delivering capacity to share information through an integrated framework. • IoT develops a shared operating image for innovative applications. • IoT encompasses sensing, identification & recognition technologies along with hardware, software, cloud platforms, communication technologies, algorithms, data processing solutions, energy storage, and security appliances. • IoT exploits standard protocols & technologies, out of which IoT device constitutes to be the main subset. • Typical IoT devices comprise intelligent & smart mobile devices, single board computers, different sensors &actuators.

4. BIM & IoT Integration – A New Development • BIM & IoT provide complementary views of the project complementing the limitations of each. • Integrating geometry, spatial location and scalable metadata properties, 3D BIM models provide a high-fidelity operable dataset seizing the as-designed building objects, properties &spatial organization as a set of virtual assets. • Both BIM &IoT information can be accessed through various mechanisms, like manual interfaces of proprietary systems, programming APIs allied to applications, potential database links to the systems, and export via open standards. • BIM and IoT devices are adopted in various aspects of energy management, construction monitoring, health & safety management, and building management.

5. BIM & IoT Integration for Construction Domains • Construction Operation & Monitoring • Health & Safety Management • Construction Logistics & Management • Facility Management

6. Construction Operation & Monitoring • On-site environment monitoring - Real-time sensory inputs capturing realistic environmental conditions, combined with BIM models to calculate equipment operator's instruction • Resource Monitoring - Sensors like Bluetooth Low Energy sensors &motion sensors used to track the movement of labors, materials, equipment in complex construction sites incorporated with BIM models to visualize moving paths, monitoring resource status & labor behaviors • Communication & Collaboration - BIM model could be correlated with real-time construction data captured from IoT tags, sensors& mobile devices to enable in-time communication &collaboration among various parties. • Construction Performance & Progress Monitoring - Integrated with BIM models, data could be leveraged to monitor construction process &update construction schedules for instance, Radio-Frequency Identification (RFID) &GPS sensors can be used to collect data position of construction components for comparison against BIM models

7. Health & Safety Management • Health & Safety Training - Sensor collected location data and BIM models were used to analyze safety &productivity, providing real-time &post-event visualization through a VR environment • Onsite Monitoring for Health & Safety - IoT devices integrated with BIM tools help to achieve real-time data query, risk identification, visualization &notification over BIM models

8. Construction Logistics & Management • Automation in Prefabrication - . BIM and IoT devices like RFID tags are effective tools for prefabricated component manufacturing, logistic, tracking, visualization with BIM model and automatic assembly • Lean Construction - Digital technologies like IoT and BIM can assess work progress, constraints &productivity using constant &reliable information flow, expediting the development of Lean Construction

9. Facility Management • Building Operation & Maintenance: BIM integrated with IoT devices can create beneficial platforms for assisting O&M practices like real-time data access, checking maintainability, creating &updating digital assets &space management • Building Performance Management: BIM enables interoperability, visualization, automation &integration with IoT devices, facilitating real-time management of building performance data • Energy Management: BIM for Energy Management was focused on real-time energy usage visualization &monitoring at building and city scale, energy performance analysis &energy benchmarking • Disaster Management: BIM & various types of sensors can be effectively used in disaster & emergency response both at the building and urban scale

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