COMPOSITE STEEL BUILDINGS◆LGSF STRUCTURES◆PREFAB PRECISION◆DEAKIN UNIVERSITY · GIFT CITY◆TECHD · NEW SCIENCE CITY◆VMUKTI · COMMERCIAL EXTENSION◆BEYCON = BEYond Conventional CONstruction◆COMPOSITE STEEL BUILDINGS◆LGSF STRUCTURES◆PREFAB PRECISION◆DEAKIN UNIVERSITY · GIFT CITY◆TECHD · NEW SCIENCE CITY◆VMUKTI · COMMERCIAL EXTENSION◆BEYCON = BEYond Conventional CONstruction◆
02People Behind Beycon
The Team
At the core of Beycon's vision lies a dynamic leadership team committed to transforming India's construction landscape through innovation, expertise, and execution excellence.
Tarang Chokhani
Co-Founder & Director
B.Tech Civil Engineering, Gujarat Technological University
A Civil Engineering graduate from GTU, Mr. Chokhani brings deep domain knowledge in industrial construction and a sharp focus on R&D. At Beycon, he leads business development and project coordination, championing modern construction technologies.
M.S. Construction Management, USC Los Angeles · B.Tech Civil
With over 10 years of global experience as project consultant, contractor, and developer — including landmark projects across the U.S. At Beycon, he leads project execution with a strong focus on innovation, quality, and operational efficiency.
Beycon specialises in two advanced construction systems — Composite Steel Buildings and LGSF (Light Gauge Steel Frame) — each engineered for speed, quality, and cost-efficiency.
Hot-Rolled Steel with Concrete Encasing & Screed Slab
Challenges in Conventional Construction
→Labour: Shortage, affected by seasons & festivals
→Delays: Unpredictability and time over-runs
→Inconsistent Quality: Abortive and repetitive work
→Environment: Wastage, noise and dust
Composite Steel Buildings is a widely adopted construction technology using hot-rolled steel structure with concrete encasing and screed slab — delivering superior performance on every dimension.
⚡
Faster Construction
Reduced timelines, faster to market
🎯
Superior Quality
Precision engineering, certified results
💰
Reduced Costs
Optimised material use, lower civil works costs
🌱
Sustainability
Lighter structure, reduced carbon footprint
📐
More Carpet Area
Efficient grid, slender columns, max space
🏭
Streamlined Ops
Factory-controlled, zero on-site surprises
Composite Steel vs RCC
Description
RCC Structure
Composite Steel ✦
Completion Time
Years of construction
Within months
Earthquake Resistance
Difficult to design
Suitable & easy
Large Spans
Difficult, limited spans
Easy to fabricate & erect
Carpet Area
Wasted by huge columns
Savings via slender columns
Foundation Load
Huge dead weight
Reduced — foundation savings
Labour
Huge numbers needed
Few skilful workers
Recyclability
Mostly landfill
Up to 100% recyclable
Revenue Timeline
Delayed
Early revenues
Carbon Footprint
Generally higher
Lower with recycled steel
Steel Construction Delivery Process
End-to-end in-house delivery — from first concept to final handover.
1
Pre-Planning
Estimation, schedule & resources
2
Design & Build
3D modeling, value engineering, connection designs
3
Fabrication
Blast cleaning, QA, metal decking
4
Erection
Steel erection, fire protection, QA/QC
5
Safety
Site manager, training, drills, compliance
LGSF Structures
Light Gauge Steel Frame Construction
Light Gauge Steel — Advantages
20%
Cost Saving
200%
Time Saving
Light Gauge Steel (LGS) is a construction technology using cold-formed steel produced by highly advanced and precise machinery — a superior alternative to traditional construction offering a lightweight yet robust solution.
→Assembly-ready pre-fabricated components
→Minimal foundation work due to lightweight
→Faster mobilisation and reduced site time
→Superior quality & precision engineering
→Sustainable — reduced carbon footprint
→Suitable for standalone to multi-storey structures
LGSF vs Conventional
Description
Conventional
LGSF ✦
Speed
Months of construction
Weeks — pre-fabricated
Foundation
Heavy & complex
Minimal — lightweight
Labour
Large skilled workforce
Small, specialised crew
Waste
Significant on-site
Near-zero — factory precision
Cost
High baseline
20% savings
Flexibility
Limited post-build
Modular — easily modified
LGSF Construction Process
Factory-fabricated panels delivered and assembled on site with precision.
1
Design
CNC-precise engineering & BOQ generation
2
Fabrication
Factory production of all steel panels & trusses
3
Delivery
Just-in-time site delivery of pre-cut components
4
Assembly
Rapid bolt-together assembly on site
5
Finish
MEP integration, cladding, handover
Why Leased Buildings?
Why Should Leased Buildings Choose This Technology?
🏆
First Mover Advantage
Unique grade-A commercial building enhances brand value. Flexibility in design, ability to receive green building credits.
📈
Fast to Market
Early rental revenues through faster construction. Reduced timeline yields better rental advantage and lower interest.
🏢
Higher Carpet Area
Smaller columns enhance carpet area leading to higher rental income. Longer spans ideal for open floor commercial spaces.
🔋
Lower Maintenance
Enhanced building life and lower maintenance costs. Inert steel requires minimal upkeep vs exposed concrete.
💡
Aesthetic Advantage
Premium façades, glass curtain walls, and contemporary commercial aesthetics are all enabled by the sleek structural grid.
⏱️
~12 Months Saving
Composite Steel vs RCC saves approximately 12 months — direct advantage in rental yield and project financing.
Composite Steel
Earthwork & Substructure
Steel Composite Work
Masonry, Plaster & Finishing
MEP Work
Façade Work
⚡ ~12 Months Faster than RCC
Conventional RCC
Earthwork & Substructure
RCC Superstructure Work
Masonry, Plaster & Finishing
MEP Work
Façade Work
Standard timeline
04Why Beycon?
Our Commitment Towards Our Work
🎯
Quality & Compliance
Highest quality and utmost safety — verified by NABL Laboratories and independent third-party QA at every stage.
💰
Competitive Pricing
Process-driven approach provides an added advantage of competitive pricing. 15–20% cost savings over conventional RCC.
⚡
Efficiency & Schedule
Streamlined construction processes deliver projects ahead of time. No curing delays, no weather dependency.
🤝
Professional Approach
We work as technical partners for our clients — reducing stress and ensuring full accountability from concept to handover.
🔬
Technical Expertise
Deep knowledge across LGSF, Composite Steel, MIVAN, and hydraulic formwork. Engineering-led design achieves 10–20% steel savings.
📍
Precision Execution
Total Station for anchor bolt setting, base plate levels, column plumbness. Steel fits right the first time.
Tools & Certifications
Precision in Engineering
"We deliver an engineered and certified structure — not just fabricated steel."
ETABS / STAAD.Pro
Structural Analysis
Tekla Structures
3D Detailing & BOQ
Third Party QA
Independent Inspection
NABL Laboratories
Material Testing
Total Station
Precision Site Execution
Steel + Façade Interface
Architectural Integration
IS
Code Compliance
Full seismic, wind & dead load analysis per Indian Standards
93%
Recycled Content
High recycled steel — lower carbon, Green Building credits
CNC
Ready Drawings
Tekla bolt-level models, zero fabrication ambiguity
QA
Every Stage
Independent inspection from raw materials to final painting
05Built by Beycon
Our Projects
Three landmark projects demonstrating the full capability of Composite Steel and LGSF construction.
Project 01 · Institute · Composite Steel · Ahmedabad
TechD Cyber Security Ltd — Command and Training Center
Project 02 · Institutional · Composite Steel · GIFT City