PNVTEAM GROUP

Design

Planning and technical solutions developed with construction in mind.

A design does more than show what a property will look like. It coordinates the spaces, structures, building services, materials, equipment and sequence of work before construction begins.

The more decisions are made before work starts on site, the fewer critical issues have to be resolved during construction or renovation.

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A beautiful image doesn't answer all building questions.

Visualisations help explain the volumes, proportions, style, materials and overall character of the proposed space.

But other questions need to be answered for implementation:

  • The size to be obtained by the builders;
  • How the structures are made;
  • Where engineering networks pass;
  • How the equipment is connected to the premises;
  • Where openings and mortgages are needed;
  • How the materials connect;
  • What must be done sooner;
  • What do you want me to do with these knots?

Design is therefore seen as a transition:

the concept of agreed solutions of working materials of implementation

Two main areas

01. Residential property

Lifestyle project and further construction

For a private home, apartment or other living space, it is important to consider:

  • Family structure;
  • Daily routes;
  • Private and common areas;
  • Jobs;
  • Storage;
  • The relationship between the house and the station;
  • Furniture;
  • Engineering systems;
  • Lighting;
  • Explosion.

For a private house, this also includes the site, building placement, structural design, foundations, roof, building envelope and utility infrastructure.

Housing design

02. Commercial property

Space is designed around business.

The commercial object should take into account:

  • Visitors;
  • Personnel;
  • Business processes;
  • equipment;
  • Warehouse areas;
  • Health areas;
  • Routes;
  • Access;
  • Electricity supply;
  • Ventilation;
  • Conditioning;
  • Water;
  • Sanitation;
  • Lighting;
  • IT;
  • Services.

The project should link the interior and technical work of the facility prior to implementation.

Design of commercial real estate

First, we need to understand the problem.

Design doesn't start with the drawing.

First, the following are defined:

  • Type of object;
  • His appointment;
  • The current phase;
  • Baseline restrictions;
  • Expected outcome;
  • Data already available;
  • The data that are missing.

The new building may be required

  • Data on the site;
  • Topographic material;
  • Geology;
  • Urban restrictions;
  • Accessible networks;
  • Owner ' s claims;
  • Estimated area;
  • a functional programme.

An existing facility may be required

  • Measurement;
  • Existing plans;
  • Photographs;
  • Design information;
  • Existing engineering networks;
  • Data on previous developments;
  • Survey results.

For commercial space additional

  • Business processes;
  • List of equipment;
  • Number of staff;
  • The expected flow of visitors;
  • claims by the lessor;
  • Technical conditions of the room;
  • Network and capacity requirements.

Design details and work planning

The project should meet a specific objective

The task is to record:

  • What is being designed;
  • For whom;
  • as an object to be used;
  • Which functions are mandatory;
  • What restrictions are known;
  • Which sections are required;
  • What level of detail is needed;
  • For the next stage, the documentation is prepared.

Without a clear brief, design can quickly become an endless series of revisions.

The task may be clarified as the baseline data become available, but significant changes should be recorded.

First, check the overall logic of the object.

At the conceptual stage, the following may be determined:

  • Planning;
  • Functional linkages;
  • Landing of the building;
  • Volume;
  • Main facade solutions;
  • Entrances
  • Vertical links;
  • Basic Engineering Zones;
  • Preliminary material;
  • Technological constraints.

The objective of the concept is not to paint every detail, but to make sure that the basic model of the object works.

Planning defines more than the location of the walls

Good design should take into account:

  • Human routes;
  • Furniture;
  • equipment;
  • Doors;
  • Storage;
  • Natural light;
  • Engineering zones;
  • Sanitation facilities;
  • Technical spaces;
  • Services.

For a commercial facility, in addition: visitors, staff, receipt of goods, warehouse, process, evacuation and service routes where applicable.

Planning, which cannot be provided normally with engineering or furniture, is not a complete solution.

Appearance must work with the structure and its operation

The architectural design defines the building’s form, proportions, facades, openings, roof, relationship with the site and spatial character.

But architecture must not be separate from structures, warming, drainage, windows, engineering systems, materials, maintenance and budget.

multistyle.org

The project should explain how the object is held.

Depending on the brief, structural solutions may include:

  • The foundation;
  • The carrying walls;
  • Columns;
  • beams;
  • Curves;
  • stairways;
  • Roof structures;
  • gaps;
  • Separate nodes.

For reconstruction, the design must take into account the existing building and the actual condition of its components.

Engineering must appear in the project before construction

Engineering design may include in an agreed composition:

  • Electricity supply;
  • Lighting;
  • Water;
  • Sanitation;
  • heating;
  • Ventilation;
  • Conditioning;
  • Weak grids;
  • Communication;
  • Automation;
  • Emergency power.

The main task of coordination is to prevent engineering systems from falling into conflict with structures, heights, ceilings, facades, furniture, equipment and service access.

The error in the drawing is cheaper than the error in the object.

Typical conflicts:

  • The ventilation canal crosses the beam;
  • The boner shall not be placed in the specified mine;
  • The electrical panel falls over the furniture;
  • The conditioning track conflicts with the facade;
  • The sanitary output does not correspond to the equipment;
  • The ceiling leaves no room for engineering systems;
  • The door conflicts with the furniture;
  • Audit access is closed with trim.

That is why the different sections of the project should not be checked separately, but in relation to each other.

They have different tasks.

Visualisation

It helps to harmonize shape, proportions, materials, color, and general perception of space.

Working materials

Shall transmit to the performers:

  • Dimensions;
  • Trimmings;
  • Levels;
  • knots;
  • Materials;
  • Positioning of equipment;
  • The relationship of elements.

Visualisations do not replace construction documentation.

The working documentation is not required to include visualization if it is not required by the task.

A specific set is defined separately.

The project should help to count and buy

Depending on the scope of work, the following may be prepared:

  • Lists of materials;
  • :: Closing statements;
  • Specifications of equipment;
  • Door and window positions;
  • Lighting appliances;
  • Plumber;
  • Engineering equipment;
  • Selected items for purchase.

The specification shall be in accordance with the drawings and the decision taken.

Review the budget before construction

The project affects the cost through:

  • Area;
  • Design;
  • Number of materials;
  • The complexity of the nodes;
  • Engineering equipment;
  • Level of trim;
  • Technological solutions;
  • logistics;
  • consistency of work.

The sooner the budget is compared with the decisions, the less risk is to develop a project that cannot be implemented within the expected financial framework.

Builders should not get guesses, but decisions.

PNVTEAM is designed for the next stage: implementation.

Documentation should help estimate volume, prepare estimates, organize work, order materials, determine sequence, verify results and reduce the number of on-site decisions.

Construction

Design for repair

Precise measurements, layout, furniture, light, electrician, plumbers, ceilings, floors, finishing materials, detachments and engineering access are particularly important for repair.

Repairs

Actual status first

Decisions must take into account existing design, measurements, building condition, previous changes, limitations and survey results.

New solutions must be compatible with what is maintained.

Renovation ♪

StroyAudit stroyaudit.com.ua

Such decisions need to be put in advance of the project

Energy efficiency depends on more than one material.

The shape of the building, warming, windows, tightness, ventilation, heating, solar loads, back-up power and engineering equipment should be agreed upon.

zerohouse.com.ua

For some objects, the project does not end in engineering.

Commercial properties, residential developments and some housing projects may require early planning for:

  • utility networks;
  • server infrastructure;
  • Resource accounting;
  • Automation;
  • CRM;
  • Billing;
  • Personal offices;
  • Monitoring systems;
  • Programme integration.

If these tasks are important, they need to be taken into account prior to the installation and installation of the equipment.

AVGZ avgz.net

Design phases

01. Project brief

Identify the purpose of the object, the expected outcome, priorities and constraints.

02. Project information

Checking what's already available and what's missing.

03. Measured survey / site

For the existing space, the actual size is the actual size. For new construction, the necessary data from the site.

04. Concept

Form a common spatial and functional model.

05. Layout design

Agree on functions, routes, furniture, equipment and inter-site communications.

06. Architecture

We determine the volume, appearance and main architectural decisions of the agreed composition.

07. Structural design

We are exploring the necessary constructive solutions.

08. Building services

Agree on the necessary engineering systems and their interaction with architecture and design.

09. Coordination

Checking conflicts between divisions.

10. Specifications

Create the necessary information on materials and equipment.

11. Preparation for cost estimating

The documentation should enable an assessment of the agreed scope of work.

12. Handover for construction

Transfer the package according to the agreed phase and task.

Not the number of sheets, but the adequacy of information

For the customer

  • understand the decision;
  • Comparison of options;
  • Assess the budget;
  • Take key materials and equipment;
  • To monitor compliance with implementation.

For performers

  • understand dimensions;
  • Trimmings;
  • Materials;
  • knots;
  • Engineering points;
  • The sequence;
  • The limits of responsibility.

For related specialists

  • understand the underlying decisions;
  • To harmonize their sections;
  • See the intersection areas.

One package for all objects does not exist

A few repairs and a new house require a different set of documentation.

A commercial space with technological equipment requires more detail than a residential interior.

Reconstruction requires information on existing structures.

So you can't promise the same set of sheets, complete engineering design, visualization or specifications for any object.

The composition of the project documentation is determined by the objective, the type of the facility, the baseline data and the stage of further implementation.

Design details and work planning

Design for Life and Implementation

A residential project must take into account not only aesthetics but also daily use.

Planning, furniture, design, engineering and materials must be agreed before dependent work begins.

Housing

  • PNV.KIEV;
  • MultiStyle;
  • ZeroHouse.
Design around business processes

The commercial project should take into account the function, people, equipment, loads, engineering systems, routes, maintenance and further implementation.

Commercial real estate

  • MultiStyle;
  • AVGZ.
Architecture and design

Deep project specialization within the ecosystem

MultiStyle specialises in architecture, planning and design.

The emphasis on PNVTEAM remains on how design solutions relate to construction, repair, reconstruction, engineering, budgeting and implementation.

MultiStyle provides more detailed material on architecture, layout planning, interiors, design, visualisations and design solutions.

MultiStyle →

From project to project

Project solutions can be compared with the result

The PNVTEAM photo archives contain plans, facades, incisions, 3D models, visualization, photographs of the construction process and finished objects.

The project and the result can be compared in sequence:

Project solution ∙ the process of implementation ~ the ready-to-end result

where such a connection can be confirmed.

All photo Galleries

Send What

For a living object

  • The plan of the site or premises;
  • Photographs;
  • Available measurements;
  • Existing project;
  • Family composition / use scenarios;
  • Estimated area;
  • Examples of the desired outcome.

For a commercial object

In addition:

  • intended use;
  • equipment;
  • Jobs;
  • Network requirements;
  • Technical conditions;
  • Business processes;
  • The supposed flow of people.

For reconstruction

In addition:

  • Old drawings;
  • Information on previous developments;
  • Photos of existing structures;
  • Survey results.

Send existing project documents

Recommendations

Design: from idea to working documentation

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Design before construction: Why Work Plan

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Home project: How to turn a dream into a working document

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Drawings of existing premises: why accurate measurements are needed

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Architect and designer: connecting an idea with construction

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All recommendations

Questions and answers

The composition depends on the object; these may be input, planning, architectural, design, engineering, specifications and materials to prepare for implementation.

No. Visualization is activated if it is needed to agree on a task. It does not replace the work drawings.

This is possible if the task is really limited to the planning phase and the boundaries of the result are determined in advance.

For small tasks, documentation may be limited; the more interdependent engineering, furniture and finishing solutions, the more important it is to identify them before work starts.

A completed project may be a starting point, but its applicability to a specific site, baseline data, engineering networks and customer requirements needs to be checked before being implemented.

The composition of specialists depends on the task. For deep architectural and design competencies, there is a MultiStyle in PNVTEAM GROP.

The preparation of project data can be used as a basis for estimates, but the specific amount of work estimated is determined by the task.

The conditions of guarantee are determined by the contract and the type of work.

First we agree on the task, then the project composition.

If you already have plans, designs, drawings, or a task, send them.

If there is only an idea of an object, a site or an existing space, let's start with baseline data and determine what design solutions are really needed for the next phase.

Briefly describe your project and leave your contact details. If we need further information to provide a useful response, we will explain what to prepare.

You can include the approximate location, floor area and current project stage.

Enquiries are received and processed by the PNVTEAM team.

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