& Performance together
The Art and Science of how to bring Aesthetics


Design Development

A multidisciplinary  approach with different stages which provides solutions to achieve optimum cost and high quality.

Detail Engineering

The process of scrutinizing and designing appropriate details, optimum modulation, fire engineering, glass engineering, BMU and finally Shop Drawings.


The first step toward sustainable architecture is the right simulations to understand our building energy potentials and risks. We can help you simulate acoustics, light and glare, heat and…

Design Development

The Design Development consists of several per-contract services. The duty of the Deutschtec facade engineering team in this procedure is to assist the architecture team in professional designing of building facades.

Facade specialists

Complexity and variety of modern technologies and materials require the participation of related specialists to evaluate different options and come up with the most appropriate solutions.


Ambiguity in facade documents is the significant cause of arising claims and conflicts during the projects. Considering design development prior to negotiating facade contracts would help the clients to avoid these difficulties.

Optimal route

18-25 percent of construction costs in modern projects are associated with Facade cladding. In the following procedure, we try to increase the chances of success in achieving performance, aesthetics and budget goals.

Detail Engineering

During this procedure, our facade experts design details & produce shop drawings according to different disciplines, simulations, structural design, facade as-built & optimized modulation.

Details are everything; Various facade performances and cost management largely depend on how the details have been delivered. having many years of experience in facade and detail engineering, Deutschtec Engineering solutions Team and its partners have provided hundreds of details and solutions for a wide range of geometries and different building performances. Appropriate detail engineering can decrease material waste as well as construction faults.

Building Envelope Simulations

Nowadays we can’t imagine a project without evaluating the environmental issues & considering the effect of the surroundings on the building & vice-versa. With the help of computational power, multiphysics & parametric software, we can help you understand your building before you install your first brick.

Visual Comfort Simulation

We can control light and adapt our architectural functions to get the right amount of light needed for the best environmental quality. Each zone depends on its function, dimension, requires a specific standard in terms of glare and light intensity problems.

Acoustic Simulation

Remarkable technological advances in acoustics have led to scores of proposed strategies to control and manage urban noise. One of these approaches is to choose appropriate building enclosure due to its proximity to highways and main streets.

Thermal Comfort Simulation

In order to examine the thermal behavior, a specific scenario can be developed using computer simulation, based on defined environmental conditions derived from satellite data related to the project location, as well as the details of materials used in the facade. Accordingly, the energy flow from the environment to the internal spaces and vice versa can be determined. This flow is influences by building materials as the interface between human and environment, also the prediction of space performance in accordance with its predefined function.

Wind Flow Simulation

Determination of wind pressure distribution on the building facade can get intricate especially when it comes to free and complex forms. A simulation is a great approach which would provide a virtual wind tunnel for the interactions of different parameters affecting and affected by airflow. These interactions, along with specifying the physical structures facing the wind, will determine the reactions of the building structure against the wind force.