Services
Architect and Structural Engineering Solutions
We have group of structural engineering solutions team, who provides customize solutions of all kind of structural project.
Custom Metal Components
Precision-crafted steel parts and assemblies tailored to meet unique specifications for machinery, vehicles, and industrial systems.
Sheet Metal Work
From cutting and bending to welding and finishing, we produce sheet metal solutions with high accuracy for architectural and mechanical use.
Load-Bearing Systems
Understanding how different structural elements (like walls, beams, columns, and slabs) interact to transfer loads from the structure to the foundation.
Material Selection
Choosing appropriate materials (concrete, steel, composites, etc.) based on strength, durability, cost, and environmental considerations.
Structural Analysis
Using engineering principles and software (like finite element analysis) to assess the stability, strength, and behavior of a structure under various loads.
Construction Methods
Exploring different techniques for building the structure, including prefabrication, in-situ construction, and innovative approaches.
Specific Structural Solutions
Addressing unique challenges like seismic design, flood mitigation, or specialized applications like exoskeletons.
Welding & Assembly
Our certified welders ensure every joint and seam meets the highest quality standards, with full assembly services available for turnkey delivery.
Structural Steel Fabrication
We fabricate beams, columns, trusses, and frames for buildings and infrastructure projects engineered for strength, safety, and longevity.
On-site Installation
Our field teams handle logistics and installation with precision, ensuring smooth integration into
your project workflow.
Architect and Structural Engineering Solutions all in one place?
The answer is yes! We have group of structural engineering solutions team, who provides customize solutions of all kind of structural project. These solutions encompass a wide range of approaches, from basic load-bearing systems to complex, innovative designs using diverse materials. The overview might cover topics like material selection, structural analysis, construction methods, and specific solutions for different types of structures like buildings, bridges, or even specialized applications like exoskeletons. Aspects often included in a structural solutions overview, Examples of Structural Solutions:
Reinforced Concrete Frames
A common system for medium to high-rise buildings, utilizing concrete columns, beams, and slabs.
Steel Structures
Widely used for bridges, large-span buildings, and industrial facilities, offering high strength and flexibility.
Cable-Stayed and Suspension Bridges
Innovative solutions for long-span bridges, using cables to support the deck.
Over-Roofing Systems
Used to add additional stories or modify existing buildings using steel structures.
Seismic Retrofitting
Techniques to strengthen existing structures to withstand earthquakes.
Retaining Walls
Structural solutions to stabilize slopes and manage soil pressure.
Meet our team
Dedicated professionals driving our success to enhance and enrich the way of work, with our prime target to serve the industry. We are not only focus to upgrade our working model and approach with our joint partner who is working on up-gradation of technology or working with upgraded technology, our aim is to share the know-how about the technology and why it is profitable for the projects as well as the Industry, we are also taking care of the social needs to upgrade our technology
Alok Ranjan
Managing Director
B.tech (Mechanical) BIT’S
MBA in International Business
IIFT (Indian Institute of Foreign Trade)
Leadership Management Professional certified, (Louis Allen International Management)
Bigul Singh
Executive Director
B. tech (Mechanical) BIT'S
Geetanjali Pandey
E.D. Administration
M.B.A in Marketing and Sales (IMT)
Faiyaz Khan
A.D. Marketing and Sales
B. tech (Mechanical) BIT'S
What to Expect?
Cost-Effectiveness
Evaluating the economic feasibility of different solutions and optimizing for budget constraints.
Structural Analysis
Using engineering principles and software (like finite element analysis) to assess the stability, strength, and behavior of a structure under various loads.
Construction Methods
Exploring different techniques for building the structure, including prefabrication, in-site construction, and innovative approaches.
Material Selection
Choosing appropriate materials (concrete, steel, timber, composites, etc.) based on strength, durability, cost, and environmental considerations.
Specific Structural Solutions
Addressing unique challenges like seismic design, flood mitigation, or specialized applications like exoskeletons.
Sustainability
Considering the environmental impact of the chosen solutions and exploring Eco-friendly options.