technology of prefabricated elements
key words
- elastic steel primary construction - additional anti-seismic shock absorbers safer system than rigid arm. concrete structures with block filling
- 35% lower price than "classic"
- work in closed and heated spaces - controlled conditions
- quick installation on the construction site without "wet" procedures
- possibility of execution in winter
- 50% shorter terms than "classic"
There is a stereotype about prefabricated buildings, as less durable and of lower quality than classically constructed buildings. It is true that the quality of the construction depends on the quality of the materials used and the professional performance, and not on the construction technology, which can be "classic" or prefabricated.
Assembly technology has a number of advantages over the "classic":
The performance of works in dry, heated spaces and according to industry standards is far better than the conditions of the construction site. The organization of production on the line is an opportunity for specialization of production parts and workers, and thus a higher quality of prefabricated elements.
The production process is accelerated, which directly affects the price. Price, quality and shorter deadlines are a pledge of competitiveness.
Assembly can also be done without prefabricated elements, if the materials are installed using assembly technology directly on the construction site.
The possibility of carrying out works in winter conditions (closing the envelope - facade with roof immediately after construction, so that all other works are carried out in a closed and heated space.
In today's conditions, the lack of qualified labor on the labor market is the cause of unrealistically high performance prices and non-compliance with performance deadlines by contractors. The only answer to the situation is the execution of works using assembly technology.
case study: house in holy week
technology of prefabricated elements
key words
- elastic steel primary construction - additional anti-seismic shock absorbers safer system than rigid arm. concrete structures with block filling
- 35% lower price than "classic"
- work in closed and heated spaces - controlled conditions
- quick installation on the construction site without "wet" procedures
- possibility of execution in winter
- 50% shorter terms than "classic"
There is a stereotype about prefabricated buildings, as less durable and of lower quality than classically constructed buildings. It is true that the quality of the construction depends on the quality of the materials used and the professional performance, and not on the construction technology, which can be "classic" or prefabricated.
Assembly technology has a number of advantages over the "classic":
The performance of works in dry, heated spaces and according to industry standards is far better than the conditions of the construction site. The organization of production on the line is an opportunity for specialization of production parts and workers, and thus a higher quality of prefabricated elements.
The production process is accelerated, which directly affects the price. Price, quality and shorter deadlines are a pledge of competitiveness.
Assembly can also be done without prefabricated elements, if the materials are installed using assembly technology directly on the construction site.
The possibility of carrying out works in winter conditions (closing the envelope - facade with roof immediately after construction, so that all other works are carried out in a closed and heated space.
In today's conditions, the lack of qualified labor on the labor market is the cause of unrealistically high performance prices and non-compliance with performance deadlines by contractors. The only answer to the situation is the execution of works using assembly technology.
case study: house in holy week
construction system: assembly technology with prefabricated elements or partially "in situ"
anti-seismic shock absorbers
nZEB standards
type or individual projects
M_architecture
respected investors
about us
membership in professional societies
As architects with extensive experience in projecting and designing spaces, we would like to invite you to contact us for your future projects. In the conceptual design phase, we offer you the creation of two variants of the solution, in order to explore different possibilities and to find the best solution for your needs. Your feedback and cooperation will be critical to the success of this process. Please contact us by e-mail or phone in order to arrange a meeting and discuss your goals and wishes, i.e. defining the project program. We are looking forward to cooperation and the opportunity to create a project together, which we will then technically process according to the professions for the construction permit level. With respect, Ljlijana and Ivo Manasteriotti mag.ing.arch.
In addition to Croatia, we worked in Dallas, Houston, Moscow, Frankfurt and Iraq. .International experience and a cosmopolitan view of the world, does not negate the local influence in the combination of modern technology, design and traditional values. The advantages of our work as architects is our knowledge of "project and property management" issues. Project management is the process of planning, organizing, leading and controlling projects, it includes defining goals, allocating resources, managing risks, communicating with clients and colleagues, monitoring progress and evaluating results, and most importantly, budget control. Property management is the process of managing real estate, which includes maintenance, repairs, leasing, financing, marketing, sales and other activities related to the property. References Experience gained on numerous construction sites in our country and around the world gives us confidence in making decisions. We followed numerous projects under construction.
Croatian Chamber of Architects (HKA) IPMA (International Project Management Association)
coordinates
education and experience
Faculty of Architecture and Urbanism in Sarajevo. Project and property management training program at Hines in Dallas and Houston We have an IPMA project manager certificate More than 30 years of work experience In addition to the roles of responsible designers in Croatian and foreign companies, we had various roles such as group leader - responsible designers in the company Industrogradnja Zagreb, project manager in the company Hines doo. USA, director of the Park Place complex in construction and exploitation, director of the consulting, design and construction company Greman Invest Austria Gmbh, etc.
adresa: Strma 27, 10431 Sveta Nedelja
LILJANA MANASTERIOTTI mag.ing.arch. Licensed architect e-mail: lj.manasteriotti1@gmail.com mobile: +385 91 4339626
IVO MANASTERIOTTI mag.ing.arch. IPMA PROJECT MANAGER e-mail: imanasteriotti@gmail.com mobile: +385 95 3980936
design services
1.0.0 CONCEPTUAL PROJECT (architecture) 1.1.0 idea, concept, 3D visualization, investor consent 2.0.0 DESCRIPTION AND PRESENTATION OF OPERATIONS IN THE SPACE FOR OBTAINING CONDITIONS 2.0.1 technical part architectural description technical descriptions of the building/scope of operations of individual professions data from geotechnical and other investigative works, if necessary placement of the building/extent of intervention 2.0.2. graphic displays the situation of the building with the intervention elements in an appropriate scale drawings (plans, sections, views) 3D views 3.0.0 MAIN PROJECT (architectural project, geodetic project, construction project, electrical project, water and drainage project, mechanical project, building physics, elaboration of alternative energy supply systems, etc.) elaboration of the project to obtain confirmation of the main project 3.0.1 technical description 3.0.2 evidence of compliance with basic and other requirements 3.0.3 quality control and assurance program 3.0.4 construction assessment 3.0.5 special technical conditions of construction and handling of waste 3.0.6 installation cost estimates (the construction and tradesman's cost estimate is prepared in the implementation phase of the project) 3.0.7 graphic displays the situation plans (floor plans, cross-sections, views in an appropriate scale, with drawn longitudinal and vertical elevations and, depending on the type of building, with stated purposes of the space and a statement of areas for calculating the communal and water contribution The content and number of graphic displays must be such as to ensure that no part of the technical solution that requires graphic display remains undisplayed. After obtaining confirmation of the main project from the public law bodies according to the conditions, an application for obtaining a building permit is submitted 4.0.0 EXECUTION PROJECT (architecture - carpentry schemes, locksmithing, details, construction-craftsman's cost list, construction project - formwork plan and reinforcement plan with specifications) 5.0.0 TENDER DOCUMENTATION for the performance of works technical description - data essential for the quality formation of the bid price according to the items of the cost list (architectural-construction, electrotechnical, mechanical, HVAC)
membership in professional societies
1.0.0 CONCEPTUAL PROJECT (architecture) 1.1.0 idea, concept, 3D visualization, investor consent 2.0.0 DESCRIPTION AND PRESENTATION OF OPERATIONS IN THE SPACE FOR OBTAINING CONDITIONS 2.0.1 technical part architectural description technical descriptions of the building/scope of operations of individual professions data from geotechnical and other investigative works, if necessary placement of the building/extent of intervention 2.0.2. graphic displays the situation of the building with the intervention elements in an appropriate scale drawings (plans, sections, views) 3D views 3.0.0 MAIN PROJECT (architectural project, geodetic project, construction project, electrical project, water and drainage project, mechanical project, building physics, elaboration of alternative energy supply systems, etc.) elaboration of the project to obtain confirmation of the main project 3.0.1 technical description 3.0.2 evidence of compliance with basic and other requirements 3.0.3 quality control and assurance program 3.0.4 construction assessment 3.0.5 special technical conditions of construction and handling of waste 3.0.6 installation cost estimates (the construction and tradesman's cost estimate is prepared in the implementation phase of the project) 3.0.7 graphic displays the situation plans (floor plans, cross-sections, views in an appropriate scale, with drawn longitudinal and vertical elevations and, depending on the type of building, with stated purposes of the space and a statement of areas for calculating the communal and water contribution The content and number of graphic displays must be such as to ensure that no part of the technical solution that requires graphic display remains undisplayed. After obtaining confirmation of the main project from the public law bodies according to the conditions, an application for obtaining a building permit is submitted 4.0.0 EXECUTION PROJECT (architecture - carpentry schemes, locksmithing, details, construction-craftsman's cost list, construction project - formwork plan and reinforcement plan with specifications) 5.0.0 TENDER DOCUMENTATION for the performance of works technical description - data essential for the quality formation of the bid price according to the items of the cost list (architectural-construction, electrotechnical, mechanical, HVAC)
