GT PRASANTH ARVIND
D.C.E., B.E., M.E., BIM Architecture.
PROPRIETOR
The proprietor of GT STRUCTURES is a postgraduate in Structural Engineering with a deep commitment to innovation, precision, and excellence in construction. With a solid academic background and hands-on experience in structural design and Building Information Modelling (BIM), I established GT STRUCTURES to provide reliable, future-ready engineering solutions
for the built environment.
My expertise spans advanced design software, including Revit, ETABS, STAAD Pro, and Navisworks, enabling seamless integration of structural integrity with project efficiency.
At the heart of my work is a focus on quality, collaboration, and sustainable development.
GT STRUCTURES is driven by a clear vision—to engineer spaces that are structurally
sound, functionally efficient, and architecturally refined.
Crafting Foundations, Elevating Skylines.
Education
& Projects
2023-2025
Sri Shakthi Institute
of Engineering
& Technology
Master of Engineering (M.E) Structural Engineering
​A Research Study on the partial replacement of fine
aggregate with ceramic debris.​
Experimental Investigation on Titanium Dioxide Infused Concrete for Smog Filtration.
2023, Mar - Oct
Novatr
BIM Professional Course in Architecture
Enzyme - Urban Towers
Project Name: Novatr (Previously Oneistox) Blue Sky Tower
Project Type: Mixed Use (Residential & Commercial)
Client: Enzyme Pvt. Ltd
2019-2021
KGiSL Institute of Technology
Bachelor of Engineering (B.E) in Civil Engineering
PROJECT - An experimental study on quality of ambient air in the city of Coimbatore
Tamilnadu State Council for Science and Technology Certified
Student Member of Tamilnadu State Council for Science and Technology.
BIM
ARCHITECTURE
Enzyme - Urban Towers
HONG KONG, CHINA
The Project is set up in Hong Kong, at the intersection of Wellington St. and Queen's Road Central in the Central district. The existing building was built in the 1970s. This project aims to maximise the Gross Floor Area (GFA) for the prime location and to explore the possibility of adding another volume to the existing structure above. The project type is a mixed-use high-rise building with office and residential spaces.
Site Area: 203.7m²
Maximum Site Occupation: 162.7m²
Height Requirement: 21 Floors
FAR: 13.8
Maximum GFA Possible: 2810.5m²
Tools used for the Project :
For Modelling - Revit, For Clash Test - Navisworks
For Renders & Presentation - Revit & Twinmotion
Level of Detail: LOD 350
AXONOMETRIC VIEW I
AXONOMETRIC VIEW II
AXONOMETRIC VIEW
ATYPICAL
AXONOMETRIC VIEW
TYPICAL
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MEP
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