Operating since 1990 with a wealth of knowledge and field experience in structural engineering, Dinamik Güç Mühendislik İnşaat, based in Adana, has made it its core mission to produce safe, sustainable, and feasible engineering solutions. Since its inception, it has provided services with an understanding that prioritizes structural safety and technical accuracy, without compromising engineering discipline.
The company offers a comprehensive approach to structural design, engineering calculations, application projects, seismic performance analyses of existing structures, strengthening projects, and engineering consultancy services for buildings of all scales. Dinamik Güç Mühendislik aims to maintain technical integrity not only during the design phase but also during the implementation process of projects.
Specializing in reinforced concrete, steel, timber, and masonry structural systems, the company has adopted the principle of designing earthquake-resistant and long-lasting structures in accordance with current national regulations and international standards. Thanks to its strong technical infrastructure, field experience, and solution-oriented engineering approach, it conducts an effective and controlled engineering process at all stages of projects.
To date; The company has successfully provided services in numerous different building types, including residential buildings, apartments, housing projects, commercial buildings, business centers, hotels, hospitals, educational buildings, and sports and social facilities. In addition, it has undertaken static design and engineering consultancy tasks in industrial facilities, factories, and large-scale mixed-use projects.
Dynamic Power Engineering meticulously maintains a balance between architectural design and engineering requirements in its projects. Developing solutions focused on seismic safety, structural strength, and ease of application is among the company's priorities. In the analysis and design processes, domestic software such as STA4CAD and ProtaStructure, as well as internationally recognized engineering software such as ETABS, SAP2000, and Perform-3D, are actively used. All work is prepared based on standards such as TBDY 2018, ACI, AISC, ASCE, Eurocode, and FEMA.
The company's core activities include: static design of new buildings, seismic performance analysis of existing buildings, strength assessments, and preparation of strengthening projects. In addition, for investors and project owners aiming for high-quality engineering, technical control, implementation consultancy, and engineering supervision services are offered during the construction process.
Authorized by the Ministry of Environment, Urbanization and Climate Change of the Republic of Turkey under the Urban Transformation Law No. 6306, Dinamik Güç Engineering provides risk assessment, earthquake analysis, and technical reporting services throughout Turkey in accordance with the legislation. With its long-standing experience in the evaluation and strengthening of existing structures, it produces holistic solutions aimed at increasing structural safety.
Having participated in numerous projects for public institutions, private sector organizations, investment groups, and individual building owners to date, Dinamik Güç Engineering has provided engineering services in a wide range of areas, from residential buildings to industrial facilities, commercial buildings to social infrastructure areas. In the coming period, it aims to transfer its nationally acquired experience to international projects and produce engineering solutions in different geographies.
In addition to structural design services, software development studies are also carried out to automate engineering calculations, accelerate technical drawing processes, and increase project efficiency. These studies are continuously being developed as part of our goal to provide faster, more accurate, and more efficient engineering services.
At Dynamic Power Engineering, we consider it our fundamental objective to advance engineering in every project without compromising structural safety, technical accuracy, and functionality.
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