Why Expert Structural Design Services are Your Building's Greatest Asset

Beyond Blueprints: What is Structural Design, Really?

Consider structural design as the conversion of every force that the building will ever experience: gravity, wind, snow, and even earthquakes, into the size and material of each specific part.

There are three fundamental, overlapping disciplines that Fluxiss focuses on, which are:

1. Concrete & Steel Design: The Core of Building Stability

Here, we mention the load-bearing components, the structural members that characterize the frame of your structure.

• Steel & Concrete Design: We design structures that utilize reinforced concrete and steel structures , determining the size and reinforcement needed in beams, columns and slabs to the optimum size and level. This involves highly specific steel member design calculations and structural concrete column design .
• The Engineer’s Role: We perform a thorough building structure design and analysis to determine required strength, often utilizing LRFD principles to ensure structural load-bearing design is optimized for material use and long-term performance.
• Our Deliverable: Precise structural design drawings and calculations that comply with US codes (like AISC 360 for steel and ACI 318 for concrete ). This ensures structural safety and compliance standards are met.

2. Foundation Design: Grounding Your Investment

The ground on which the building is constructed determines the strength of the building. Our foundation design services put a separation between your structure and the ground beneath your structure.

• The Problem We Solve: We take the total weight of your new building and ensure it’s transferred safely, no matter the foundation design soil conditions .
• Shallow vs. Deep: We design everything from shallow foundation design (spread footings, rafts) for stable soils to deep foundation design ( piled foundation design services or caissons) necessary for poor ground conditions or high-rise projects.

The Engineer’s Role: Our foundation design structural engineer performs detailed foundation load calculation and works closely on the geotechnical and foundation engineering interface to prevent settlement issues and structural damage.

3. Temporary Works Design: Safety Under Construction

This is the unsung hero of construction safety and efficiency. These are the structures that go up and come down during the process, yet they are crucial for a safe site.

• What It Includes: We provide temporary works design services for essentials like scaffold and shoring design , formwork design structural support for concrete pouring, and temporary construction support systems for deep excavations or façade retention.
• The Value: Proper temporary works engineering solutions prevent costly project delays and, most importantly, protect workers and the public. We design these critical systems for stability and safe execution.
• The Engineer’s Role: A temporary works design engineer assesses the construction sequence, temporary loads, and site constraints to create safe, site-specific designs.

Structural Design Deliverables and Code Compliance

Every structural package is coordinated around the real construction sequence and the governing code requirements for the project location. Our engineers keep the calculations, drawings, schedules, and design assumptions aligned so the issued package can move cleanly through review and construction.

• Structural calculations for gravity, wind, seismic, snow, and applicable equipment loads
• Foundation, framing, connection, and temporary-works design drawings
• Steel, reinforced-concrete, and foundation schedules with clear design notes
• Interdisciplinary coordination with architectural, MEP, civil, and geotechnical inputs
• Design review responses, calculation updates, and construction-stage technical support

The result is a traceable structural design package that is practical to build, straightforward to review, and consistent with the safety and serviceability requirements of the project.