Bayou Community Academy

Scope of Work:

The scope of work included comprehensive 3D modeling utilizing Autodesk CAD mep for fabrication purposes, meticulously integrating self-clash coordination with ACS. This required seamless synergy between components, optimizing efficiency and accuracy in the fabrication process. Additionally, the scope included the creation of detailed shop drawings, and providing clear and precise guidelines for construction implementation. It required adopting a holistic approach in BIM modeling services to command precision and quality throughout the project lifecycle, from initial design to final execution.

Challenges & Solutions:

Challenge 1:

The primary challenge encountered during this BIM services project comes from its heavy dependency on the length and quantity of fittings. The entire VRF system was designed and implemented according to the guidelines outlined in the piping report, which included a line diagram illustrating the arrangement of branch controllers, outdoor air units (OAU), and indoor units.

Solution 1:

To address the challenge of heavy dependency on fitting length and quantity, the project team adhered closely to the piping report guidelines. This involved meticulous alignment with the illustrated line diagram, carefully orchestrating the arrangement of branch controllers, outdoor air units (OAU), and indoor units. By strictly following these specifications, the project ensured optimal utilization of fittings while maintaining compatibility with the VRF system design, ensuring seamless functionality and performance.

Challenge 2:

Due to very little space and the use of very limited turns (elbows to change direction) to serve the destination and also keeping in mind to avoid clashes with ductwork many possible routes were analyzed and the best ones were finalized.

Solution 2:

To overcome this, we used our past experience on VRF systems and appointed the best directions and routes to get optimum output. To navigate the constraints of limited space and minimize the use of elbows for directional changes while avoiding clashes with existing ductwork, a meticulous analysis of potential routes was conducted. Through a detailed evaluation, optimal pathways were identified and finalized, ensuring efficient airflow distribution.

Pinnacle’s Value Addition:

The Pinnacle team deployed on the project worked on some of the most crucial clashes in the process applying their expertise in BIM coordination Services. With very limited information from the client on the project we were still able to pull this off and meet client expectations in the committed time frame employing a fool-proof BIM execution plan. Our team not only used piping reports efficiently but also used all missing and conflicting data, constructability issues, and maintenance or accessibility issues at the stretch.

Previous Project

Alderman Library Renewal

View Next Project

Mount Pleasant Station