Introduction
Observability in the Construction Industry is a new technique to improve the Productivity. In a Construction Site, especially Foundations Site, there will be many machines operating over a period of duration. The Construction Scheduling separates the Activities Recognized from Frames into a Project Gantt Chart. Such a Project Gantt Chart is integrated into BIM 4D, with autonomy.
Improving Safety
Construction Site Safety depends on people working at the site, the Quality of Machines imported into the Site, Rules laid out by Construction Project Managers, and the Design or a BIM Model of the Project. Safe use of phones within the designated areas in the Site, an awareness of health and safety risks at work, reporting any risks in the site, Safe and efficient materials storage and so on. Materials Storage involves Flammable materials, Storage areas, Pedestrian Routes, Storage at height, Tidiness and Deliveries such as planning deliveries on site to keep the amount of material minimum on the site.
Productivity from 1972 onwards
From 1972 onwards, there is no improvement in the Multi-Factor Productivity in the Construction Sector. This indicates the energy, purchased services, land and facilities management. The greatest improvement is in the Market Sector output per hour. Market sector MFP and Construction output per hour are almost the same.
Observability by Parts
Observability by Parts is a method to selectively detect the Objects and Equipments, and recognize the activities to isolate a particular section of the work. By isolating a particular area of work, better safety can be introduced in the Site and working conditions because Enclosures can be sealed as well as governed using an Integrated Computer Vision platform.
Full-view of the object detection frame using Computer Vision
By Detecting all objects, the objects and Equipments are recorded into the Software.
Partial-view of the object detection frame using Computer Vision
By Detecting some of the objects, only those objects which want to get exposed will be recorded into the Software.
Other Measures to Improve Safety
- Increases Safety due to Execution of Intermediary Activities
- More holistic identification and tracking of objects
Risk mitigation in the Construction Site through Observability
- Involving Costing while recognizing the Activities, and integrating with BIM 5D
- Efficiency and Risk reduction due to a Traceability on Material POs, Contract POs and Supplier POs
Conclusion
Integrating Observability for producing Construction Scheduling Gantt Chart, will require data collection of activities, and definition of well-defined Metrics.
Observability can be used for a Quality Inspection to generate Punch Lists in Construction Site for recording balancing works and deficiencies.
Another use of integrating Observability is to generate Daily Report which the Foreman or the Project Manager is responsible for
A Project Field Observation, involving the screenshots of deficiencies will be added by the project person
A Demand Inspection of the Construction site involving an activity list recognized and the deficiencies detected using Scheduled Walks
Thanks for reading the article
This is based off of a LinkedIn article:
https://www.linkedin.com/pulse/integrating-observability-construction-sector-aswin-vijayakumar/
Top comments (4)
Just stumbled upon this old post and thought I'd drop a comment. I totally agree with you that improving safety in the construction industry is crucial. I think it's important to ensure that the quality of machines imported into the site is up to par. And it's great to see that BIM 4D is being used for autonomy. When it comes to materials storage, safety should always be a top priority. It's crucial to plan deliveries on site to keep the amount of material minimum on the site. By the way, have you ever used a concrete/brick screw? They're super handy for attaching things to concrete or brick walls. As a newbie on this forum, I'm excited to learn more about the construction industry and safety measures. Thanks for sharing this article.
I stumbled upon this enlightening article discussing the latest construction technology trends, and it's been an eye-opener. The writer delves deep into the subject, offering a comprehensive overview of the current technology trends in the construction industry. The detailed analysis of how these trends are reshaping the way projects are planned and executed is particularly insightful. It's a must-read for anyone interested in staying updated with the rapid advancements in construction technology.
Improving safety in the construction industry is crucial, and one effective way to do so is through better observability. By closely monitoring site activities, project managers can quickly identify potential hazards and address them before they become serious issues. On-site commercial project management plays a key role in this, ensuring that safety protocols are followed, risks are minimized, and the team stays informed. It's all about being proactive and maintaining an environment where safety is a top priority for everyone involved.
I found your insights on enhancing safety in the construction industry through observability enlightening! In addition to the technological advancements you mentioned, I believe that having CPR certification is equally vital for construction workers. This certification empowers individuals to act quickly and effectively in emergencies, potentially saving lives when every second counts. By fostering a culture that prioritizes CPR training, we ensure that our teams are prepared for medical emergencies and promote a broader awareness of safety on the job site. It’s a crucial step toward building a safer workplace for everyone.