Mangalwar Peth Metro station in Pune delivered using Constructible BIM
Telge Projects is a structural engineering company that offers civil & structural engineering & detailing services to the Architecture, Engineering and Construction (AEC) industry, in the domestic and international market. They focus on leveraging the latest & best in BIM technology to deliver their structural detailing services to building contractors, structural consultants, fabricators, & manufacturers across Steel, Concrete and MEP verticals.
An extraordinary structural concept
Telge Projects won the mandate of engineering the steel structure of the Mangalwar Peth Metro Station - one of the seven elevated stations on the Pune Metro - Vanaz to Ramwadi line. With a very unique idea of giving iconic looks to the stations on this Pune Metro line, the structures were designed to pay homage to the cultural heritage of the city. While the roof structure was designed with this inspiration, the internal sides had to be covered with an architectural sheet. The curves in the 180 meters long and 500 - 600 steel tonnage structure made the job at hand highly ambitious and challenging. Additionally, Telge Projects was also awarded with the task of delivering the Pune & Bund Garden metro stations.
A challenging project delivered amidst the global pandemic lockdown
From the very beginning, this ambitious project came with numerous structural, design-based and execution challenges. The highly complex design, executing the project amidst a global pandemic lockdown, were amongst the foremost and most significant challenges.
Design inspired by an iconic, local cultural element:
It was a daunting task for the design team to accurately imitate an iconic design for this project. This complex design necessitated precise and detailed execution with absolutely no scope of error and rework, given the extremely tight deadlines.
Developing the blueprint of success, from one to many:
This project was the first of three similarly planned Metro station projects and its success was critical for the subsequent ones to follow. It was expected that if this design would excel and deliver on all the different parameters then the same design would be replicated in the subsequent projects. Such high stakes involved in the project raised the bar for delivery of a superlative infrastructural quality, a top priority for all its stakeholders.
Hitting the ground running:
At the time the Telge Projects Team joined this project, it was already under construction and other teams had started working. This meant that the Telge Team had to match and adjust their timelines with other stakeholders. Working in tandem with other teams that already had a head-start on the project, added a whole other challenge to this project.
Working remotely amidst a global pandemic:
Apart from the technicalities, the most unique challenge faced by Telge Projects was the execution of this assignment amidst an unprecedented, global pandemic lockdown. This was the first hands-on experience for the Telge Team to work in the new normal. With no prior preparedness, Telge Projects had to remotely deliver this project with the limited resources available and within a very strict timeline.
Visualization & change management made easy:
3D visualization of the unique structure with the flexibility of automated change management was one of the most beneficial features of Tekla. It enabled Telge Projects to create the dummy elements of other materials for referencing and visualization. Using the visualization tools of Tekla Structures, engineers could evaluate the constructability of the curved members from the detailing point of view. Likewise, the modelling process of these members was very convenient and it ensured the desired quality of output required for the fabrication drawings.
Ease of drawing extraction:
The project under discussion was already in the construction phase and the stages required modelling and extraction of fabrication drawings and getting these drawings approved from the authorities. With Tekla , extraction of fabrication drawings was very easy. The drawings could be extracted soon after the modelling was completed, partially or fully, in a single environment and these could be submitted immediately to the authorities for approval. This eliminated the requirement of separate BIM models for submissions and approvals and manual detailing from scratch, which ensured significant savings in time and labour requirement.
Powerful and vast component library:
The modelling of inclined rafters curved in two directions and the curved tree-shaped columns could have been a major challenge from the point of view of detailing for the execution team. However, Tekla’s powerful component library and versatile profile creating features helped the Telge Projects Team to mitigate these challenges. The availability of a vast connection library helped in successfully completing such a complex model.
Tekla Model Sharing made remote working as good as being in the office:
The modelling of inclined rafters curved in two directions and the curved treeshaped columns could have been a major challenge from the point of view of detailing for the execution team. However, Tekla’s powerful component library and versatile profile creating features helped the Telge Projects Team to mitigate these challenges. The availability of a vast connection library helped in successfully completing such a complex model.
Apart from all of the above mentioned benefits provided to the project team by Tekla, it also contributed in a number of other ways. This amazing BIM solution with features like cloning drawing enabled faster creation of similar drawings in a tight timeline with lesser resources. It also greatly helped in clash detection and avoidance with its Clash Check tool.