The most common cause of problems on a construction site is the late involvement of the design team—when technical solutions clash with an architectural concept that can no longer be changed without incurring additional costs. That is why we get involved in projects as early as the preliminary study phase. Together with the architects, we define the basic engineering principles of the building: where the load-bearing structures will be located, how the building services will be designed, and how the building’s volume aligns with the investment costs. Thanks to our early involvement, we prevent conflicts in subsequent stages of project documentation, safeguard the architectural vision, and create a solid foundation for all subsequent phases. The result is a coordinated design whose technical feasibility is verified even before the project enters the zoning or building permit process.
Technical analysis and input for the design phase starting as early as the feasibility study
Main pillars
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Technical Feasibility from the Very Beginning
We verify the feasibility of an architectural design right from the start—before any potential errors could drive up the cost of the entire project. We work closely with architects to ensure that the technical solution enhances the design rather than limiting it.
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Coordination of Professions Already in the Study
We incorporate structural, fire safety, and building services engineering requirements into the study. We create a coordinated set of documents for the detailed design phase that eliminates surprises in subsequent phases and shortens the project preparation time.
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First Link to Investment Costs
As early as the study phase, we prepare a preliminary estimate of investment costs and align the design with the project’s economic parameters. This allows the investor to make decisions based on data, not estimates.
How does it work
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1Initiating Collaboration and Configuring Parameters
We define the project’s input parameters, the client’s requirements, and the technological frameworks. We establish the framework for collaboration with the architectural team and identify the key technical issues that the study must address.
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2Technical consultation during the study
We provide ongoing consultation on the architectural design from the perspectives of structural engineering, building services, and fire safety. We identify potential conflicts and propose alternative solutions that preserve the architectural intent.
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3Feasibility and Volume Assessment
We check whether the proposed volumes and spatial layout meet the technical requirements. We verify the capacity of building services shafts, load-bearing structures, and escape routes early in the process.
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4Estimated Costs and Timeline
We prepare an initial estimate of investment costs with a level of detail appropriate for the current phase of the project. We establish a timeline for preparing the DPZ and highlight any risks that could jeopardize the schedule.
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5Submission of Coordinated Documentation for the DPS
The output is a technically verified basis for initiating the construction documentation. All major disciplines have defined concepts, and the design is ready for detailed development.
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6Documentation of deliverables and a booklet for the client
We summarize the results of the technical consultation in a clear and concise document, which we provide to the client as part of the architectural booklet. This gives the client a complete set of materials to guide their future decisions.
Why work with us
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200+
projects in the studio's portfolio
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20+
years of experience among lead designers
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100+
experienced professionals
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14+
by type—residential, office, educational, industrial...
With whom you will work
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Zdeněk Vondřička
Head of Engineering -
Působí ve studiu Perspektiv jako Head of Engineering a vede celý projekční tým. V praxi propojuje návrh s exekucí od koordinace profesí a kontroly technické kvality přes prováděcí dokumentaci až po autorský dozor a podporu týmu i klienta při dokončení staveb a kolaudaci. Opírá se o 20 letou praxi v oboru, zkušenosti z řízení velkých projektů typu Modřanský cukrovar, Michelské pekárny či Prague Marina NOVA a klade důraz na srozumitelnost výstupu.
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Michal Drda
Autorizovaný inženýr a HIP -
Autorizovaný inženýr a HIP v oboru pozemních staveb s více než 15 lety praxe v projekční činnosti a vedení projektů. Specializuje se na komplexní projektovou přípravu bytových a polyfunkčních staveb včetně koordinace profesí ve všech stupních dokumentace. Jako HIP se podílel na projektech Rohan City, Čtvrť Emila Kolbena nebo Rezidence Krčská zahrada. Je držitelem autorizace ČKAIT pro pozemní stavby a energetické auditorství a energetickým expertem s oprávněním MPO.
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Zdeno Šimo
Autorizovaný inženýr a HIP -
Autorizovaný inženýr a HIP v oboru pozemních staveb s více než 20 lety praxe v projekční činnosti a vedení projektů. Specializuje se na komplexní projektovou přípravu bytových a polyfunkčních staveb, logistických center včetně vnější infrastruktury a koordinaci profesí ve všech stupních dokumentace. Jako HIP se podílel na projektech BD SBH Living Štěrboholy, Logport Prague West, BD Vamont u Máchova Jezera. Je držitelem autorizace ČKAIT a SKSI (Slovensko) pro pozemní stavby.
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Tomáš Katolický
BIM & CDE Manager -
BIM a CDE manažer specializující se na implementaci metodiky BIM a digitální řízení projektových dat. Má zkušenosti se zaváděním BIM procesů, správou společného datového prostředí (CDE) i nastavováním standardů podle ISO 19650. Měl na starosti digitální řízení projektů Nové Chabry či Terra Barrandov; připravoval také BIM zadání a koordinoval modely u projektů Vydrovka Office Center a TGM pro Swietelsky Real Estate. Je držitelem mezinárodní certifikace buildingSMART Foundation a pracuje s nástroji Revit, Navisworks, Dalux nebo ACC.
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