Phoenix Triton is located at Puppalguda, a prime area in the Financial District of Hyderabad. The project is spread over 3.15 acres and offers office spaces ranging from 5,000 sq ft to 1,00,000 sq ft. The project is designed to cater to the needs of the modern workforce, with state-of-the-art amenities, facilities, and services.
Our project client, Phoenix Global Spaces Pvt Ltd, is excited to initiate the development of the tallest composite structure in South India. This impressive undertaking features six basements, a ground floor, and 42 floors with total height of 208 m, offering a substantial built-up area of 24.3 lakh square feet. Notably, we have achieved a remarkable construction cycle for the core structure in just six days, demonstrating our commitment to efficiency. The scope of this project encompasses not only the structural components but also finishes and MEP (Mechanical, Electrical, and Plumbing) installations. With a planned completion timeframe of 24 months, this development is set to accommodate up to 22,000 occupants.
| Activity | Objectives / Outcomes |
|---|---|
| 3D BIM | Visualising final design model |
| Interrogate critical interfaces using 3D design BIM models | |
| Quantification from 3D BIM models for key building elements | |
| Model 3D site logistics and temporary works to check interface with the permanent design and optimize site planning | |
| 4D BIM | Link project programme to 3D BIM design models |
| Use 4D BIM model as part of progress monitoring | |
| Link project programme to 3D BIM site logistics and temporary work model | |
| Automated updates from schedule/site | |
| Site Logistics Preparation | |
| 5D BIM | Linking 3D model with Cost and EIP data for visualizing the cost through 3D model. |
| Use BIM model for Sub-contractor billing and monitoring | |
| CDE | Set-up of project CDE and access to project members for project documents based on roles and responsibilities |
| AR | Use of augmented reality for visualization |
| VR | Use of Virtual reality for visualization |
| BIM for Safety | Use BIM model as part of safety planning to achieve Zero Harm |
BIM is a process that makes it easier to manage interfaces and execute tasks. How we choose to execute it on site and reap the benefits is up to us. BIM in planning saved countless hours for both quality validation and submitting an RFI. The ACC platform ensures effective communication within the stakeholders and minimized the delay in approval process
The project has the civil, MEP & finishes in its scope & hence one of the major challenge is interfacing between the disciplines. To avoid such challenges, at our project we implemented 3D model for interfacing purposes where we can avoid rework at site.
On the left side, we have a 2D plan that overlays all disciplines, while the right side displays a federated 3D model. In comparison, the 2D plan looks cluttered and is harder to interpret. Conversely, the federated 3D model provides a more straightforward and intuitive visualization of the MEP elements, allowing for easier understanding of their interfaces.
Primarily execution team used to work based on the 2D drawings but refers to the federated 3D model to identify the interface issues and better coordination with other activities. For critical activities, the BIM model is utilized to streamline communication and ensure a smooth and efficient execution process.
Augmented Reality (AR) enhances interfacing by overlaying digital models onto the physical environment, providing real-time visualization and spatial context. This technology enables precise alignment, improves decision-making, and minimizes errors by offering a clear understanding of design and site conditions, fostering seamless collaboration and efficient execution in construction projects.
Solving the Interfacing issues through AR & BIM Deployment Cutout Planning via AR to Minimize Rework:
Early Issue Detection and Resolution: AR helps in identifying slab and blockwork cutouts ahead of time, preventing last-minute changes.
Site Logistics Simulation:Transitioning from 2D to 3D realistic site logistics and progress simulations using Fuzor enhances the visualization of site operations. This approach facilitates improved coordination of materials, equipment, and personnel, while effectively reducing potential conflicts and delays.
Site Logistics Optimization for Material Waste Reduction:
BIM is a Inevitable tool in the modern AEC industry. It provides the holistic visualization of the project features and interface coordination which helps to avoid the rework. And BIM facilitates the project progress, safety monitoring, documentation and logistics management. In our project we effectively utilized BIM to address logistics management which was major challenge for the project.
We developed a detailed site logistics simulation using Fuzor, highlighting the project's location near the main road. The simulation showcases vital infrastructure, including a temporary ramp, various storage areas, a plant and machinery yard, and offices for sub-vendors.
This 3D model and simulation clearly illustrates how to stack columns and beams, aiding in the efficient planning and execution of structural steel work, ensuring that all elements are organized for smooth operations on-site.
4D BIM: Combining 3D Models with Schedules
Implementing 4D simulation in high-rise construction, particularly for complex projects like the Phoenix P25 Triton site, offers significant advantages for construction execution, safety and logistics management. Here's a breakdown of its purpose, the software and technology involved, its application, benefits to stakeholders, results, and key learnings.
Project monitoring and control are provided to stakeholders via a centralized cloud-based platform that supports multiple projects and versions. Bexel Cloud-based dashboard created for structure which can be used for Forecast simulation, Progress & QTO of latest progress as per building, zone, activity and level.
In the 3D model, we have developed safety elements tailored to site requirements in collaboration with the EHS manager and BIM coordinator. After modeling these safety elements, we assign simulation IDs to them similar to the structural 4D simulation.
We link these safety elements to the project schedule and run the simulation. This helps us to envisage the fall protection measures that are required in the upcoming months. The simulation model helps in quantifying the future requirements of fall protection materials and subsequently the procurement will be initiated.
The BIM Implementation helps us in providing training and awareness for workers and staff, the 3D model / VR helps actual visualization of hazards and risks at workplace which improves the efficiency of the training.
Transition to BIM Integration:
Benefits of BIM for Safety Outcomes:
Benefits of BIM for Safety Outcomes
BIM for safety is an innovative process in the construction industry that enhances safety by planning resources for fall protection, emergency evacuation, and traffic management. It enables quick identification and mitigation of hazards related to design changes. Additionally, it improves compliance tracking, employee awareness, and logistics management, ultimately boosting efficiency, time and cost optimization.
Location: - Basement-01 - Pour-7 & 8 area
Concrete QTO for all major pours and critical elements of structure is generated using BIM. Staircase Quantity calculation takes around 1 hour for Site Engineer/Manager in traditional way, however QTO using BIM takes less than 10 minutes thus saving time for execution team.
The 5D BIM interactive dashboard, created using Bexel CDE and Power BI, empowers the project team to view quantities with just a click. These dashboards can be easily sliced based on time and Project WBS, offering a dynamic and user-friendly interface for efficient project management.
Linking 3D model with Cost and EIP data for visualizing the Cost with respect to 3D model by using Power BI Dashboard
Linking 4D model with Cost in the Bexel manager software we can visualize the Planned V/s Actual along with Cost data by using Power BI Dashboard
As the height of a structure increases, we encounter challenges with the location and routing of pipelines. If not managed properly, concrete can clog the pipelines, leading to delays in completing the concrete work. To prevent this issue, it’s essential to conduct a digital rehearsal or analysis that visualizes the pipeline routings in the 3D model. This allows for better visualization and helps us plan the pipeline routes according to site. By creating a thorough plan before starting concrete work on-site, we can avoid delays and ensure that planned activities proceed smoothly.
Training to Staff on use of ACC Docs – 38 Active users
Accessibility of project information to execution team on mobile devices.
Training to Staff on use of Trimble connect -Tekla for Structural Steel erection work – 09 Active users
Accessibility of project information to execution team on mobile devices.
The execution team utilizes Trimble Connect software and its app for structural steel erection, enabling them to identify potential issues prior to execution. This proactive approach helps prevent rework, saving both time and resources during the construction process.
Augmented Reality using Trible Connect AR
All clients and the site team are utilizing VR to gain a better understanding of the 3D model, identify constructability issues, review details of finishing materials, analyze façade work, and resolve critical clashes related to external landscape works.
BIM Kick-off, Autodesk Construction cloud Workshop and Trimble connect 3D viewer were conducted for project team from various departments- Civil,EHS, Forework.Mechanical, MEP, Planning, QA/QC and P&M Team.
We presented our site implementation at Digital Build India 2024 at the National Academy of Construction (NAC) in Hyderabad hosted by CDCP India, showcasing the value of Building Information Modeling (BIM) in our execution processes.
Our Planning Manager, Ms. Savu Ramya Sri, served as a panel member, discussing how BIM enhances project efficiency through 4D logistics, which integrates time management with 3D models, and construction simulations that help visualize high-rise building workflows. And also highlighted how we leverage BIM to improve collaboration, reduce errors, and effectively manage complex operations throughout the construction lifecycle.
The Phoenix P-25 Triton Project in Hyderabad was awarded the Best Paper Presentation at the Indian Lean Construction Conference (ILCC) 2024, organized by the Institute for Lean Construction Excellence (ILCE) at IIT Guwahati, Assam.
I had the privilege of presenting our paper, “Integrated Lean and BIM Processes for High-Rise Construction,” which focuses on implementing BIM on-site. The paper discusses how we can optimize issues such as documentation, logistics, safety, progress monitoring, and coordination with other disciplines. It also highlights strategies to minimize time and costs by reducing waste and maximizing value. This work earned us the Best Paper Presentation Award for 2024 at ILCC.
As BIM gains global momentum, Phoenix P25 harnesses its potential to empower our project execution team. Beyond visualization and contract requirement, Bim supports progress monitoring, delay analysis, quantity extraction, procurement, site logistics and safety management. We also utilize AR and VR technologies to enhance efficiency and effectiveness throughout the project lifecycle.