Structural Design

Comprehensive Structural Design Services by Aryam :

Since 2015, Aryam Design and Build has been a trusted partner for small and medium design companies, delivering expert structural design solutions tailored to their unique needs. With a proven track record of completing over 500 projects worldwide, we bring unparalleled wood, steel, and concrete building expertise. By consistently adapting to the latest technologies, Aryam Design & Build empowers clients to establish a commanding presence in the competitive construction landscape.

Structural Design & Drafting Process

Structural Design & Drafting involves creating comprehensive designs, detailed plans, and technical documentation to ensure the construction of stable and reliable structures. These documents validate that your structure can endure all loads and pressures while complying with local codes and regulations. The process encompasses:

  • Load Analysis
  • Material Selection
  • Designing Structural Components
  • Blueprint Creation
  • Construction Detailing
  • Annotations and More

At Aryam Design & Build, we specialise in designing and drafting for buildings, bridges, infrastructure, renovations, and more. Our services are bolstered by expertise in:

  • Efficient 2D and 3D Models
  • Optimal Structural Design
  • Versatile Project Support
  • Comprehensive Detailing and Design

Our Structural Design Service Categories Include

Farming Member Design:

Farming Member Design encompasses the design of beams, columns, joints, and other structural components necessary to support the building’s loads and ensure it can accommodate occupancy and operational requirements.

Laterals Systems Design:

Lateral systems are designed to resist forces such as wind and seismic events. These systems, which include shear walls, moment frames, braced frames, and dampers, help protect buildings from the impacts of earthquakes and wind in most scenarios.

Connection Design:

Connections play a vital role in transferring loads between structural members, making connection design critical, especially under high loads or in complex locations. Each framing member is connected to another using specific connection types, which vary based on the members involved.

Foundation Systems:

Foundation systems transfer the building’s loads to the ground through a load path established by the framing and lateral systems, as designed by the structural engineer. These systems include various types of foundations, such as isolated or spot footings, pier and grade beam systems, grade beams, and combined footings.

Steel Member Design:

Hot-rolled steel members include sections such as I-beams, W-sections, H-beams, hollow tube sections, angles, channels, and pipes. These components are utilized in both building framing systems and lateral systems.

Wood Design:

Wood is commonly used in residential construction, including both lumber and engineered wood members. These are utilized for various applications such as beams, joists, sheathing, and columns.

Cold Form Steel Design:

Cold-formed steel (CFS) is primarily used in commercial construction due to its superior fire resistance and greater strength compared to wood, making it a more suitable option for such applications. CFS consists of thin steel studs used for wall construction, joists for floors and roofs, and beams and columns formed by combining multiple studs.

Concrete Design:

Concrete design encompasses the design of concrete framing components such as beams, columns, and slabs, as well as foundations, retaining walls, piers, and grade beams.

High Wind Design:

Regions that are prone to strong winds, such as Florida, are classified under the high wind category.

High Seismic Design:

Regions that are susceptible to significant seismic activity, such as California, fall under the high seismic category.

Composite Floors:

Composite floors consist of a combined system of steel and concrete. A steel deck is supported by framing members, with concrete cast in place, either with or without reinforcement, on the deck. These types of floors are typically used for heavy load applications such as storage, commercial, and industrial floors.

ICF Walls:

ICF (Insulated Concrete Form) walls offer enhanced thermal resistance for buildings. This technology is applied to both walls and floors.

Why Choose Us?

Unmatched Expertise

Our seasoned professionals are equipped with advanced tools and knowledge, making Aryam Design & Build a go-to partner for projects of all sizes.

Proven Track Record

Over the years, we’ve built a reputation for delivering exceptional results, earning the trust of both large corporations and small businesses alike.

Client-Centric Approach

We pride ourselves on understanding client needs and delivering tailored solutions that align with their vision and objectives.

Timely Delivery

With a commitment to efficiency, we ensure that your projects are completed within the promised timeline, without compromising on quality.

FAQ’s

What is the cost of your Structural Design Service?

The cost of our services depends on various factors including space size, structure, time required, amount of structures involved & more. This can also vary from county to county.

What are some stages involved in Structural Design Process?

Stages for Structural Design involve Load Analysis, Structural Analysis, Design Detailing, Drawing & Modeling. These help in creation of a detailed structural design.

What is shown in a structural plan or design?

The structural plan of a building shows how much load it can carry and what forces the structure can withstand under certain circumstances or conditions. These are important to make a building’s structure strong and that can run for a long period.

What are some different kinds of Structural Designs?

Some structural designs include trusses, columns, bruises, beams, slabs, shell structures, tension roof structures & more.

What are the two main criteria for structural design?

Two main criteria for structural design include Safety and fulfillment of its purpose. Safety plays an important role because main aim of making a structural design is to accurately calculate the loads and make it safe for the users.

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