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

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Integrated BIM IoT for AEC Industry
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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.

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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.

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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.

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BIM IoT Integration for Construction Domains

• Construction Operation Monitoring
• Health Safety Management
• Construction Logistics Management
• Facility Management

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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

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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

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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

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Facility Management

• Building Operation Maintenance BIM integrated
  with IoT devices can create beneficial platforms
  for assisting OM 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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