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Designing
Designing
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We design
- Situation centers and control rooms
- Conference and congress halls, multipurpose halls
- Shopping centers and corporate areas
- Classrooms, auditoriums, continuing education facilities and schools
- TV studios and recording studios
- Cinemas, theaters and cultural facilities
- Sports and entertainment facilities
- Multi-zone sound systems at large venues in various fields
Systems design
Conference and Simultaneous Interpretation System (CS and SP)
Selection and design of optimal conference systems for a given room (wired or wireless; desktop or ceiling; calculation of acoustic picture of the room). Design of congress systems and systems with simultaneous interpretation function.
Technological communication and broadcasting system (TCT).
Technological communication and broadcasting systems are necessary in television studios, concert halls, in organizations of various kinds, if regular broadcasting of content is needed. When designing must take into account many factors: the acoustics of the building, the distance between sources and receivers of the signal from each other, the possibility of implementing the wiring of commutation routes, the type of equipment used.
Public Address and Evacuation Control System (PAED)
Such systems are a mandatory part of almost any building or room where there may be a large gathering of people. The design of such systems strongly depends on the specifics of the place. The most commonly used acoustic systems are the so-called Public Address systems. At the same time, the complex of integrated warning and evacuation control systems also includes a variety of digital signage, and the capabilities of installed Digital Signage systems are also used.
Technological communication and broadcasting system (TCT).
Technological communication and broadcasting systems are necessary in television studios, concert halls, in organizations of various kinds, if regular broadcasting of content is needed. When designing must take into account many factors: the acoustics of the building, the distance between sources and receivers of the signal from each other, the possibility of implementing the wiring of commutation routes, the type of equipment used.
Public Address and Evacuation Control System (PAED)
Such systems are a mandatory part of almost any building or room where there may be a large gathering of people. The design of such systems strongly depends on the specifics of the place. The most commonly used acoustic systems are the so-called Public Address systems. At the same time, the complex of integrated warning and evacuation control systems also includes a variety of digital signage, and the capabilities of installed Digital Signage systems are also used.
Video conferencing system (VCCS)
Video conferencing systems have become a constant attribute of our life and are used both in business and for personal purposes. Unlike simple software (Zoom, Skype and similar solutions), professional videoconferencing systems require special knowledge in their selection and installation. But the resulting quality and stability of communication justify these investments.
Video Display System (VDS)
Video display systems are very diverse, starting from a video panel in the office to complex multi-screen Digital Signage systems of shopping malls and video walls of control centers. Equally diverse are the specific means of displaying, each of which has its own advantages and disadvantages. Designing of display systems implies not only detailed understanding of various display means, but knowledge of engineering ergonomics in order to provide the most comfortable working conditions.
Sound reinforcement system (SSS)
We perform acoustic designing of both large facilities such as stadiums, cinemas, conference halls and corporate spaces, dance and music studios. Of course not every room needs acoustic calculation, but even just the selection of optimal sound equipment and definition of competent points of its installation is a serious enough task.
Video conferencing systems have become a constant attribute of our life and are used both in business and for personal purposes. Unlike simple software (Zoom, Skype and similar solutions), professional videoconferencing systems require special knowledge in their selection and installation. But the resulting quality and stability of communication justify these investments.
Video Display System (VDS)
Video display systems are very diverse, starting from a video panel in the office to complex multi-screen Digital Signage systems of shopping malls and video walls of control centers. Equally diverse are the specific means of displaying, each of which has its own advantages and disadvantages. Designing of display systems implies not only detailed understanding of various display means, but knowledge of engineering ergonomics in order to provide the most comfortable working conditions.
Sound reinforcement system (SSS)
We perform acoustic designing of both large facilities such as stadiums, cinemas, conference halls and corporate spaces, dance and music studios. Of course not every room needs acoustic calculation, but even just the selection of optimal sound equipment and definition of competent points of its installation is a serious enough task.
Background Sound Systems (FS)
Background sound systems help to create a comfortable sound background for people (e.g., music in shopping malls), and can serve as advertising or informational messages, or take on the role of warning and evacuation control systems. The design of such systems involves the competent arrangement of sound systems, often including fairly long chains of loudspeakers, the calculation of switching paths and much more.
System of stage lighting (SS)
To design stage lighting includes the correct selection, calculation and installation of lighting devices at the facility (depending on its characteristics). It is necessary not only to select the equipment which will cope with all the tasks in the best way, but also to solve the problem of optimizing the consumption of energy resources.
Background sound systems help to create a comfortable sound background for people (e.g., music in shopping malls), and can serve as advertising or informational messages, or take on the role of warning and evacuation control systems. The design of such systems involves the competent arrangement of sound systems, often including fairly long chains of loudspeakers, the calculation of switching paths and much more.
System of stage lighting (SS)
To design stage lighting includes the correct selection, calculation and installation of lighting devices at the facility (depending on its characteristics). It is necessary not only to select the equipment which will cope with all the tasks in the best way, but also to solve the problem of optimizing the consumption of energy resources.
Centralized Control System (CC)
Centralized control system allows you to combine a variety of used equipment (video display systems, sound transmission, climate control, ventilation, etc.) into a single managed complex. When designing the control system, the principles of efficiency, reliability, simplicity and ease of operation are paramount. The design also takes into account all the requirements of the regulatory and technical requirements in force at the facility.
System for the hearing impaired (SOIC)
Special sound amplifying systems of collective action for the hearing impaired are installed in various educational institutions, recreation centers, some companies. For example, such systems in institutes allow people with disabilities to study together with their peers and not feel disadvantaged in any way. The design of such systems includes both the calculation of proper installation locations for sound amplifiers and sound channels-amplifiers, as well as the selection of the most effective systems for a given location.
Centralized control system allows you to combine a variety of used equipment (video display systems, sound transmission, climate control, ventilation, etc.) into a single managed complex. When designing the control system, the principles of efficiency, reliability, simplicity and ease of operation are paramount. The design also takes into account all the requirements of the regulatory and technical requirements in force at the facility.
System for the hearing impaired (SOIC)
Special sound amplifying systems of collective action for the hearing impaired are installed in various educational institutions, recreation centers, some companies. For example, such systems in institutes allow people with disabilities to study together with their peers and not feel disadvantaged in any way. The design of such systems includes both the calculation of proper installation locations for sound amplifiers and sound channels-amplifiers, as well as the selection of the most effective systems for a given location.
Design stages and our services
Pre-project survey of the object
We will visit the site
Take the necessary measurements
We will participate in negotiations with the customer
Gather initial data for technological specifications
Development of the concept
Offer the concept of technical solutions
Develop several options, if necessary
We will accompany the solution with plans, schemes and visualization
Budget estimation
Find a solution in accordance with existing limitations
Conduct technical and economic calculations
Run a comparative assessment of the solution with peers
We will visit the site
Take the necessary measurements
We will participate in negotiations with the customer
Gather initial data for technological specifications
Development of the concept
Offer the concept of technical solutions
Develop several options, if necessary
We will accompany the solution with plans, schemes and visualization
Budget estimation
Find a solution in accordance with existing limitations
Conduct technical and economic calculations
Run a comparative assessment of the solution with peers
Development of technical specifications
We will consider all customer requirements
Create TOR in accordance with normative documents
Design stages P (design) and R (working documentation)
Work at any stage
Draw up the project in accordance with the requirements of the industry
Acoustic calculation
We will calculate the acoustic parameters of the hall with complex architecture
We will visit the site or use the current project solution
We will recommend finishing materials to enhance sound quality of the hall
Formalize all calculations to include in the project
We will consider all customer requirements
Create TOR in accordance with normative documents
Design stages P (design) and R (working documentation)
Work at any stage
Draw up the project in accordance with the requirements of the industry
Acoustic calculation
We will calculate the acoustic parameters of the hall with complex architecture
We will visit the site or use the current project solution
We will recommend finishing materials to enhance sound quality of the hall
Formalize all calculations to include in the project
Architectural task
Necessary elements of the interface with the building structures of the room
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide data on the heat loss of equipment
Consider the need for use in the appropriate climatic design
Prepare power points plan for the equipment
Calculate the needs in the SCS and LAN infrastructure, or include them in the project
Perform Estimate
Calculate estimates for all phases of the project
Fully compliant with required standards and in the required format
Necessary elements of the interface with the building structures of the room
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide data on the heat loss of equipment
Consider the need for use in the appropriate climatic design
Prepare power points plan for the equipment
Calculate the needs in the SCS and LAN infrastructure, or include them in the project
Perform Estimate
Calculate estimates for all phases of the project
Fully compliant with required standards and in the required format
Passing the state expert review of the project
We provide full support of the project, including state expert appraisal
Allocation of an engineer to communicate with experts
Development of work schedule
We develop plan-schedule
Include it, if necessary, into the contract
We will fulfill obligations according to the schedule
Design supervision
If we are not the one doing the installation work, we will supervise the project
We will ensure the presence of an engineer on a scheduled or as-needed basis
We will be on call as and when you need us to respond to urgent site issues
We provide full support of the project, including state expert appraisal
Allocation of an engineer to communicate with experts
Development of work schedule
We develop plan-schedule
Include it, if necessary, into the contract
We will fulfill obligations according to the schedule
Design supervision
If we are not the one doing the installation work, we will supervise the project
We will ensure the presence of an engineer on a scheduled or as-needed basis
We will be on call as and when you need us to respond to urgent site issues
Architectural task
Necessary elements of the interface with the building structures of the room
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide data on the heat loss of equipment
Consider the need for use in the appropriate climatic design
Prepare power points plan for the equipment
Calculate the needs in the SCS and LAN infrastructure, or include them in the project
Perform Estimate
Calculate estimates for all phases of the project
Fully compliant with required standards and in the required format
Necessary elements of the interface with the building structures of the room
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide all necessary data (weight, dimensions, etc.) to be taken into account in the architectural design
Provide data on the heat loss of equipment
Consider the need for use in the appropriate climatic design
Prepare power points plan for the equipment
Calculate the needs in the SCS and LAN infrastructure, or include them in the project
Perform Estimate
Calculate estimates for all phases of the project
Fully compliant with required standards and in the required format
Executive documentation
Prepare documentation of the work performed in accordance with reality
Prepare documents in several stages, when the works are closed at the customer stage-by-stage
Operational documentation
Issue all necessary documentation for independent operation of the system as a whole
Execute in a clear and intuitive format
Fully in accordance with the requirements of the equipment manufacturers
Preparation of regulations and training
After commissioning we can train your personnel on the basis of the developed documentation
Giving recommendations on carrying out routine operations and actions in case of failures
Prepare documentation of the work performed in accordance with reality
Prepare documents in several stages, when the works are closed at the customer stage-by-stage
Operational documentation
Issue all necessary documentation for independent operation of the system as a whole
Execute in a clear and intuitive format
Fully in accordance with the requirements of the equipment manufacturers
Preparation of regulations and training
After commissioning we can train your personnel on the basis of the developed documentation
Giving recommendations on carrying out routine operations and actions in case of failures
Conduct expert evaluations of other projects
- Conduct an independent evaluation of the solution
- Explain all strengths and weaknesses
- Evaluate performance based on 20 years of installation experience
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