BIM Portfolio | Hritik Pandurangan

BIM PORTFOLIO

Hritik Pandurangan | hritikp2000@gmail.com

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CONCEPTUAL PLANNING ARCHITECTURAL WORK - CAPSTONE PROJECT STRUCTURAL WORK - CAPSTONE PROJECT PROJECT SHEETS - CAPSTONE PROJECT ENERGY ANALYSIS -CAPSTONE PROJECT

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BIM 360 - CAPSTONE PROJECT

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CLASH DETECTION - CAPSTONE PROJECT

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4D SIMULATION - CAPSTONE PROJECT

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HVAC & CIRCUITS- RESIDENCE VISUALIZATIONS

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

27 Sun bridge Cresent, Kitchner, Ontario 43°29'15"N 80°28'25"W SITE COORDINATES

Converting dxf file from Autocad into Revit in order to get the topography along with site coordinates

SITE TOPOGRAPHY

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TRI-WING

IDEOLOGY

140 EMPLOYEES

180 COMMON PARKING

DESIGNATED FIRE EXIT

TRI - WING

EVERYTHING UNDER ONE ROOF COWORKSPACE

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

LINE STRUCTURE

REVERSED STRUCTURE

CLUSTER STRUCTURE

SCATTERED STRUCTURE

STRETCHED STRUCTURE

SHARP STRUCTURE

OVAL STRUCTURE I decided to go with the sharp-looking TRI WING construction due to a few things. First, there were legal restrictions that limited the building's height and the minimum area span for construction. The allocation of parking spaces to employees based on their anticipated number of workdays is a significant aspect that further minimizes the building's size. These were the difficulties encountered when developing the TRI WING structural model.

TRI-WING

MODEL DEVELOPMENT

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

TRI-WING

SITE OVERVIEW ROAD

Wing B - Level 1- 4 Wing A - Level 1- 6 EXCESS TERRAIN DEDICATED CAR PARKING

SQUARE FEET

1,54,482 TOTAL TOPO AREA

Wing C - Level 1- 4

COWORKING HUB

SQUARE FEET

55,744 WING B & C (4 FLOORS)

SQUARE FEET

27,810 WING A (6 FLOORS)

SQUARE FEET

83,554 TOTAL BUILDUP AREA

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The exploded view is provided so that the inside portions of the buildings can be viewed. Offering the audience a clear view of the floors.

You can easily observe the differences between the wings and their respective construction features in this TRIWING structure, especially with the central wing and the connecting wing. This shows a clean conceptual layout without even offering a walkthrough.

EXPLODED VIEW TRI-WING

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

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ORIENT VIEWS INCLUDES FLOOR 1- 6

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BIM CAPSTONE WORKS | HRITIK PANDURANGAN

TRI-WING

STRUCTURAL SPECIFICATIONS RCC Round Column -First Floor :

SKELETON

80cm

-Second Floor : 70 cm -Third Floor :

60 cm

-Fourth Floor : 48cm

Floor Type - Flat Slab- 24cm Roof Type - Roof Slab- 30cm Beam system- 40cm x 80 cm

FOUNDATION DETAILING -16mm dia @300mm spacing -16mm dia @200mm spacing

COLUMN DETAILING -16mm 10 nos. main bars -10mm dia helical stirrups @ 200 mm pitch

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TRI-WING

LEGENDS BIM CAPSTONE WORKS | HRITIK PANDURANGAN

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PROJECT SHEETS

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

DAY LIGHT PASSING

66%

ENERGY ANALYSIS

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LIGIHTING ANALYSIS LEVEL 1 & 2

LIGIHTING ANALYSIS LEVEL 3

LIGIHTING ANALYSIS LEVEL 4

ENERGY ANALYTICAL MODEL

USING REALTIME LOCATION

LIGIHTING ANALYSIS LEVEL 5

LIGIHTING ANALYSIS LEVEL 6

LIGHTING ANALYSIS

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

The utilisation of Revit Insight for energy analysis provides architects and designers with a number of important advantages, such as the ability to support early design decisions, optimise building performance, achieve sustainability and green building certification, save money, comply with energy codes, visualise results, support iterative design processes, enable performance-based design, foster collaboration, and act as a teaching tool for comprehending how design decisions affect energy per All things considered, it helps to create buildings that are higher performing, more sustainable, more efficient.

Modern energy analysis reports leverage advanced technologies such as simulation tools, Building Information Modeling (BIM) integration, real-time monitoring, cloud computing, and artificial intelligence.

These reports provide comprehensive insights into a building's energy performance, supporting sustainable design practices and compliance with regulations.

User-friendly interfaces with visualization tools convey complex data, and parametric studies enable iterative design processes. The reports often include sustainability metrics, recommendations for improvement, and contribute to informed decisionmaking by various stakeholders.

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

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Various collabrators

Assigning clash in BIM 360

Assigning detected clash

Assigning clash in BIM 360

Assigning clash in BIM 360

Footings overlapping

OUTCOMES: During our last semester, the collaborative method of working with BIM 360 proved to be more productive. It facilitates the simultaneous performance of all stakeholders tasks. The creation of worksets and limiting your access with the other stakeholders was the most significant and intriguing element. But only until it's published alongside the central model will the other stakeholders be able to see the changes you've made. Users can create energy models using Revit insights, enabling more sustainability and efficiency in building circuit analysis, lighting, solar power, HVAC, and lighting. To put it succinctly, BIM

Creating worksets

360 offers a wide range of features that facilitate sophisticated design and analytical skills, centralized project management, teamwork, effective workflow, and risk mitigation.

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

CURTAIN WALL VS WALLS CEILING VS BEAMS PLUMBING FIXTURES VS COLUMNS

CURTAIN WALL VS WALLS

LOGICAL CLASHES 1. Columns intersecting the curtain wall..

2. Plumbing fixtures on columns on level 2,3,4 on grids B5-BA,C5,CA. 3. Ceilings in first floor colliding with beams

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RESOLVED CLASH REPORT

CLASH TEST

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With Navisworks, 4D simulation entails fusing scheduling information with a 3D model to produce a dynamic depiction of a building project across time. The building sequence can be visualised, timeline analysis, collision detection in the temporal and geographical domains, scenario planning, and stakeholder communication can all be enhanced by it. This effective tool offers a thorough overview of the project's development and facilitates wellinformed decision-making, which helps with project control, management, and presentations.

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

4D SIMULATION

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BIM CAPSTONE WORKS | HRITIK PANDURANGAN

AHU INSTALLED

HVAC PLAN

CIRCUIT SYSTEM LAYOUT

CEILING PLAN

AHU SECTION

HVAC SKELETON

HVAC MODEL

HVAC & CIRCUITS

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BIM CAPSTONE WORKS | HRITIK PANDURANGAN

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

BIM CAPSTONE WORKS | HRITIK PANDURANGAN

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