Steel Structure Projects

We provide comprehensive design solutions for our clients, including:

• Production halls
• Warehouses
• Steel canopies
• Towers

We also design a variety of engineering structures, such as:

• Walkways, Stair towers
• Ladders, Access platforms for machinery
• Conveyor supports, Pipeline supports
• Crane beams, Machine and equipment bases

All our designs are created using high-quality 3D software. We have the capability to generate NC files for CNC machines, significantly facilitating and speeding up the production process for steel structures.

With over 10 years of market experience, we specialize in the design of steel structures, reinforced concrete structures, wooden structures, and masonry structures. Over the years, we have been involved in the design of numerous production and warehouse buildings, engineering structures, office buildings, public utility buildings, and residential buildings, both in Poland and in countries such as Germany, Switzerland, the United Kingdom, France, the Czech Republic and Slovakia. Our experience also includes interdisciplinary coordination and collaboration with a group of specialists in architecture, sanitary installations and electrical installations.

Thanks to the use of professional software, Idea Projekt can create comprehensive 3D building designs. This technique allows clients to have a precise visualization of the proposed object before its construction. The implementation of Building Information Modeling (BIM) methodology brings significant benefits to investors: it reduces the time required for project development, facilitates the detection and elimination of potential problems and errors during the design phase rather than during construction, enables precise material quantities for cost estimates and procurement.

This technology sets a new standard for planning, design, operation, and building management. BIM technology also enables interdisciplinary collaboration in architecture, construction, and installations. 3D techniques are also used in calculations, allowing for more accurate analysis and contributing to material optimization and maintaining higher standards of structural safety.