We utilise the full scope of our expertise and experience to ensure that we deserve the trust placed in us. Our mission and quality policy provide a guarantee for all designs we prepare reflecting the latest technical requirements regarding their technical content, quality, feasibility, and documentation overall. Although structural planning only makes up a portion of the costs associated with the development project as a whole but ensuring the suitability of the supporting structure concept is still very important.

Keeping the interests of our customers in mind, our aim is to deliver a solution that is optimal from a budgetary point of view. To achieve this, we hold the hands of our customers and cooperate with them during the entire design process. We create concepts and propose solutions but coordinate and enforce interests as well if necessary.

We perform and organise our work so that we can shake hands at the end of the project with the same enthusiasm as at the beginning.

Trust – shared ideas – successful implementation!

In addition to special tasks, our design office performs the planning of traditional structures at a high quality as well whether we are talking about

  • office buildings, hotels, or residential buildings,
  • public buildings,
  • industrial halls and facilities,
  • technological structures.

We aim to provide our customers with a comprehensive service in the field of supporting structure design. Due to our partnerships, we are able to perform the tasks of a general contractor as well. We perform our work quickly and efficiently, whether we are talking about the design of steel, wooden, or reinforced concrete structures, monolithic or premanufactured structures.

Our company is flexible. Thanks to our expansive partnerships, we are able to apply our design and editing capacity in a flexible manner; we are prepared to complete large-volume and complex jobs as well as jobs requiring specialised knowledge.

The great new challenge of our present and future is the efficient use of resources; we as architectural engineers play a large role and have an important responsibility in this regard. It matters how much material, what technologies, and how much time is used for the completion of a development project.

We perform the optimalisation, economic analysis, and structural review of any structure. This includes steel, reinforced concrete, wooden, and aluminium structures, as well foundations. With the inclusion of our expert partners and our cooperation with universities, we are prepared to solve tasks of a high complexity, as well as to perform design processes supported by experiments or numerical simulation.

We provide supporting services to fellow structural designers, architects, contractors, manufacturers, and developers in need of professional consultation as well.

In the world of engineering, the most important task is to keep up to date with the variety of architectural requirements by applying specialised materials or ever more complex structural solutions; therefore, the use of finite element calculations is essential. Our engineers possess a wide range of experience, thus they are able to face any structural engineering challenge in the construction industry, including

  • node analysis of structures,
  • numeric simulation of experiments and construction processes, or
  • the solution of the unique issues of specialised disciplines, such as
  • asphalt modelling, investigation of corrosion-related issues, or the performance of displacement controlled analysis.

Our experts possess outstanding experience in the science of virtual experiments; therefore, we are able to trace the plastic behaviour of materials, non-linear changes in geometry, or even loads quickly developing as a function of time (such as an earthquake) using the most advanced software.

Thanks to the several years of experience our engineers possess in light structure design, we are able to design smaller thin-walled halls and roof structures reliably and provide solutions to specialised requirements at the same time. We have a close partnership with one of the largest companies manufacturing thin-walled structures in Hungary and have been working as its design partner for several years. Via our experts, we are in daily contact with the lead researchers of the Faculty of Bridges and Structures at the Budapest University of Engineering, recognised experts in the field.

Loosely interpreting the term, we classify reinforced and unreinforced plate metal structures (e.g. ridge bridge supports, cabinet holders, pipe, or cover structures, etc.) as thin-walled structures as well, with respect to which we perform standard or specialised reviews as well, such as the non-linear finite element analysis of stability issues, virtual experimental simulations.

Our experienced engineers and expert partners ensure that we are sufficiently prepared to handle the unique design characteristics of aluminium structures, whether we are talking about building or bridge construction, temporary or permanent structures. In addition to the design of frameworks, scaffoldings, arcs, pedestrian, or road bridges, etc., we also accept orders for the condition assessment and review of various structures, as well as professional consultation and advice on planning and implementation. We possess extensive knowledge regarding the Eurocode 9 standard.

The construction of bridges has always represented the biggest challenge for engineers. Our expert partners have participated in the expert/co-designer/independent review of several bridges, including multiple bridges over the Danube.
We are able to provide effective and high-quality support in resolving specialised issues as well, such as earthquake assessment, pedestrian dynamic reviews, the design of structural details, the simulation of the construction process, stability inspection of reinforced plates, non-linear simulation, material fatigue and brittle fracture analysis.

Earthquakes are not just a thing on the news; they happen several times a day with varying intensity around the world and they constitute a part of everyday life in Europe, even in Hungary. Our well-prepared engineers and experts with international experience are responsible for ensuring the safety of our buildings, bridges, and engineering facilities even during the time of an earthquake in accordance with the applicable European regulations.

During the design process, we use innovative solutions that provide our customers with a competitive advantage over their competitors, especially in the current market situation.

Our service provides assistance not only in the design of new buildings but also for the post-construction reinforcement of existing structures as well.

One of the largest challenges of our times is using the time available to us as efficiently as possible. Beyond 3D, the need for 4D time-, 5D costs-, 6D sustainability-calculations, and 7D facility management and support for operating processes has also emerged in the construction industry.

In order to manage requirement effectively, we are continuously developing our BIM (Building Information Modelling) capacity and the effectiveness of our design systems. We are pioneering support for the implementation of BIM-based design in a scope as wide as possible and prefer to use 3D construction CAD/CAM systems.

These software solutions allow us to create a 3D model of the structure, out of which we can later extract information from the draft planning phase through the numerical modelling process to the manufacturing planning stage, thus ensuring a lack of errors, and improving productivity and effectiveness on both in both our design workshop and during implementation.

General Structural Design

In addition to special tasks, our design office performs the planning of traditional structures at a high quality as well whether we are talking about

  • office buildings, hotels, or residential buildings,
  • public buildings,
  • industrial halls and facilities,
  • technological structures.

We aim to provide our customers with a comprehensive service in the field of supporting structure design. Due to our partnerships, we are able to perform the tasks of a general contractor as well. We perform our work quickly and efficiently, whether we are talking about the design of steel, wooden, or reinforced concrete structures, monolithic or premanufactured structures.

Our company is flexible. Thanks to our expansive partnerships, we are able to apply our design and editing capacity in a flexible manner; we are prepared to complete large-volume and complex jobs as well as jobs requiring specialised knowledge.

Design Support

The great new challenge of our present and future is the efficient use of resources; we as architectural engineers play a large role and have an important responsibility in this regard. It matters how much material, what technologies, and how much time is used for the completion of a development project.

We perform the optimalisation, economic analysis, and structural review of any structure. This includes steel, reinforced concrete, wooden, and aluminium structures, as well foundations. With the inclusion of our expert partners and our cooperation with universities, we are prepared to solve tasks of a high complexity, as well as to perform design processes supported by experiments or numerical simulation.

We provide supporting services to fellow structural designers, architects, contractors, manufacturers, and developers in need of professional consultation as well.

VEM Analysis

In the world of engineering, the most important task is to keep up to date with the variety of architectural requirements by applying specialised materials or ever more complex structural solutions; therefore, the use of finite element calculations is essential. Our engineers possess a wide range of experience, thus they are able to face any structural engineering challenge in the construction industry, including

  • node analysis of structures,
  • numeric simulation of experiments and construction processes, or
  • the solution of the unique issues of specialised disciplines, such as
  • asphalt modelling, investigation of corrosion-related issues, or the performance of displacement controlled analysis.

Our experts possess outstanding experience in the science of virtual experiments; therefore, we are able to trace the plastic behaviour of materials, non-linear changes in geometry, or even loads quickly developing as a function of time (such as an earthquake) using the most advanced software.

Thin-Wall Structures

Thanks to the several years of experience our engineers possess in light structure design, we are able to design smaller thin-walled halls and roof structures reliably and provide solutions to specialised requirements at the same time. We have a close partnership with one of the largest companies manufacturing thin-walled structures in Hungary and have been working as its design partner for several years. Via our experts, we are in daily contact with the lead researchers of the Faculty of Bridges and Structures at the Budapest University of Engineering, recognised experts in the field.

Loosely interpreting the term, we classify reinforced and unreinforced plate metal structures (e.g. ridge bridge supports, cabinet holders, pipe, or cover structures, etc.) as thin-walled structures as well, with respect to which we perform standard or specialised reviews as well, such as the non-linear finite element analysis of stability issues, virtual experimental simulations.

Aluminium Constructions

Our experienced engineers and expert partners ensure that we are sufficiently prepared to handle the unique design characteristics of aluminium structures, whether we are talking about building or bridge construction, temporary or permanent structures. In addition to the design of frameworks, scaffoldings, arcs, pedestrian, or road bridges, etc., we also accept orders for the condition assessment and review of various structures, as well as professional consultation and advice on planning and implementation. We possess extensive knowledge regarding the Eurocode 9 standard.

Bridges

The construction of bridges has always represented the biggest challenge for engineers. Our expert partners have participated in the expert/co-designer/independent review of several bridges, including multiple bridges over the Danube.
We are able to provide effective and high-quality support in resolving specialised issues as well, such as earthquake assessment, pedestrian dynamic reviews, the design of structural details, the simulation of the construction process, stability inspection of reinforced plates, non-linear simulation, material fatigue and brittle fracture analysis.

Earthquake-Proof Design

Earthquakes are not just a thing on the news; they happen several times a day with varying intensity around the world and they constitute a part of everyday life in Europe, even in Hungary. Our well-prepared engineers and experts with international experience are responsible for ensuring the safety of our buildings, bridges, and engineering facilities even during the time of an earthquake in accordance with the applicable European regulations.

During the design process, we use innovative solutions that provide our customers with a competitive advantage over their competitors, especially in the current market situation.

Our service provides assistance not only in the design of new buildings but also for the post-construction reinforcement of existing structures as well.

BIM, CAD/CAM SYSTEMS

One of the largest challenges of our times is using the time available to us as efficiently as possible. Beyond 3D, the need for 4D time-, 5D costs-, 6D sustainability-calculations, and 7D facility management and support for operating processes has also emerged in the construction industry.

In order to manage requirement effectively, we are continuously developing our BIM (Building Information Modelling) capacity and the effectiveness of our design systems. We are pioneering support for the implementation of BIM-based design in a scope as wide as possible and prefer to use 3D construction CAD/CAM systems.

These software solutions allow us to create a 3D model of the structure, out of which we can later extract information from the draft planning phase through the numerical modelling process to the manufacturing planning stage, thus ensuring a lack of errors, and improving productivity and effectiveness on both in both our design workshop and during implementation.