About Us

We always believe best services for clients by deploying the professional engineer.

In the Information and communication era our main concern is that to develop the community concerning the global village. Dynamic Architects & Engineers manages the complete architectural solution for clients such as architectural design, estimating, construction and plumbing. We try to contribute to GDP by providing real estate-related services for the nation.

  • We are very pleased to you for visiting our website.
  • We have been a priority to our client’s development.
  • The belief of our embracing values to achieve success by providing the best services.

Expert Engineer

We have deploying the professional engineer to client project

Quality Product

We have deliver to client project quality product

Best Assembling

We have ensure best assembling to client project

Clients

Some of our valuable clients are shown below.

Architecture

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Architecture

It's important to note that architects often collaborate with other professionals, including structural engineers, landscape architects, and interior designers, to ensure a comprehensive and well-coordinated approach to the design and construction process. Architecture services can vary widely based on the specific needs of the client and the nature of the project.

  • Design and Planning: Architects work with clients to understand their needs, preferences, and functional requirements. They create design concepts and plans that consider aesthetic, functional, and safety aspects. Planning includes site analysis, zoning considerations, and adherence to building codes.
  • Project Management:Architects often oversee the entire construction process, coordinating with various stakeholders such as builders, contractors, and engineers. They manage project timelines, budgets, and resources to ensure successful completion.
  • Construction Documentation: Architects produce detailed drawings, specifications, and other documentation necessary for the construction of the building. These documents serve as a guide for contractors and builders during the construction phase.
  • Regulations and Codes: Architects ensure that their designs comply with local building codes, zoning regulations, and other legal requirements.
  • Sustainability and Environmental Considerations: Many architects focus on sustainable design, incorporating environmentally friendly practices and materials to minimize the environmental impact of the construction.
  • Interior Design: Some architects also offer interior design services, ensuring that the inside of the building meets the client's aesthetic and functional needs.
  • Renovation and Restoration: Architects may be involved in renovating existing structures or restoring historical buildings, preserving their cultural and architectural significance.
  • Urban Planning: In larger projects, architects may contribute to urban planning, designing spaces that integrate into the broader city or community landscape.

Engineering

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Engineering

Architectural engineering is a broad field, and professionals in this area may specialize in different aspects such as structural engineering, building systems engineering, or environmental engineering. The goal is to create buildings that are not only visually appealing but also functional, sustainable, and resilient.

  • Integration of Engineering and Architecture: Architectural engineering combines elements of structural, mechanical, electrical, and environmental engineering with architectural design principles. The goal is to create buildings that are structurally sound, energy-efficient, and conducive to the well-being of occupants.
  • Structural Engineering: Architectural engineers work on the structural design of buildings, ensuring that they can withstand various loads, such as gravity, wind, and seismic forces.
  • Building Performance Analysis: Through computer simulations and analysis, architectural engineers evaluate the performance of buildings in terms of energy efficiency, thermal comfort, and environmental impact.
  • Construction Management: They may be involved in project management, coordinating with construction teams to ensure that the design is implemented correctly and efficiently.
  • Collaboration with Other Professionals: Architectural engineers collaborate with architects, structural engineers, landscape architects, and other professionals to create holistic and well-integrated building designs.

Planning

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Planning

The planning phase sets the foundation for the entire architectural engineering process. It establishes a clear vision for the project, addresses potential challenges, and provides a roadmap for subsequent design, construction, and operation phases.

  • Client Consultation: The planning process often begins with a thorough consultation with the client to understand their goals, preferences, budget constraints, and functional requirements for the building.
  • Site Analysis: Architects and architectural engineers conduct a detailed analysis of the building site, considering factors such as topography, climate, local zoning regulations, and environmental impact.
  • Conceptual Design: Architects and architectural engineers develop preliminary design concepts based on the client's requirements and the site analysis. This stage involves creating sketches, drawings, and models to communicate design ideas.
  • Budgeting: Cost estimation and budgeting are integral to the planning phase. Architects and engineers work to develop a realistic budget that aligns with the client's financial constraints while ensuring the project's quality and functionality.
  • Risk Assessment: Identifying potential risks and challenges early in the planning process allows for proactive mitigation strategies. This includes addressing issues related to site conditions, construction logistics, and project timeline.
  • Collaboration and Coordination: Effective planning requires collaboration among various professionals, including architects, structural engineers, mechanical and electrical engineers, and other specialists. Coordination ensures that all aspects of the design are well-integrated.
  • Sustainability Planning: Integrating sustainable practices into the design is increasingly important. This involves considerations such as energy efficiency, use of eco-friendly materials, and strategies for minimizing environmental impact.

Interior Design

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Interior Design

Interior design involves the planning and execution of the layout, furnishings, and decorations of a space to create a visually appealing and functional environment. This can include considerations such as color schemes, furniture selection, lighting, spatial arrangements, and overall aesthetic design.

  • Space Planning: Determining the functional layout of a space, considering traffic flow, usability, and the purpose of each area. Allocating space for different activities and arranging furniture to optimize functionality.
  • Color Palette: Choosing a color scheme that complements the purpose of the space, enhances mood, and reflects the desired atmosphere. Considering the psychological effects of colors on people's emotions and behaviors.
  • Furniture Selection and Arrangement: Choosing appropriate furniture based on the style and function of the space. Arranging furniture to create a balanced and visually appealing layout.
  • Lighting Design: Planning and selecting lighting fixtures to provide adequate illumination for various tasks. Incorporating ambient, task, and accent lighting to enhance the overall atmosphere.
  • Materials and Finishes: Selecting materials such as flooring, wall coverings, and finishes that align with the design concept and meet practical needs. Considering the durability, maintenance, and aesthetic qualities of materials.
  • Aesthetics and Style: Defining a design style that reflects the preferences and personality of the occupants. Blending different elements cohesively, whether it's modern, traditional, eclectic, or a combination of styles.
  • Accessories and Decor: Adding decorative elements such as artwork, rugs, and accessories to enhance the overall design. Ensuring that decor items complement the chosen style and color scheme.

Electrical Design

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Electrical Design

Electrical design for a new house involves planning and specifying the electrical systems to ensure a safe and functional distribution of power throughout the home. Here are some key aspects of electrical design for a new house:

  • Electrical Layout: Develop a comprehensive electrical layout that includes the placement of outlets, switches, lighting fixtures, and other electrical components in each room. Consider the specific needs of each space and the placement of furniture and appliances when determining the location of outlets.
  • Power Distribution: Plan the distribution of power from the main electrical panel to various circuits throughout the house. Allocate dedicated circuits for major appliances, such as refrigerators, ovens, and washing machines.
  • Lighting Design: Design the lighting layout for each room, including the type and placement of light fixtures, switches, and dimmers. Consider natural lighting sources and integrate them with artificial lighting for an efficient and aesthetically pleasing result.
  • Switch Placement: Determine the locations for light switches, dimmer switches, and other controls. Consider convenient and logical placements for easy access.
  • Electrical Panel Capacity: Ensure that the electrical panel has sufficient capacity to accommodate the expected electrical load of the house. Consider future needs and potential expansions when sizing the electrical panel.
  • GFCI and AFCI Protection: Incorporate Ground Fault Circuit Interrupter (GFCI) protection in areas where water is present, such as kitchens, bathrooms, and outdoor outlets. Include Arc Fault Circuit Interrupter (AFCI) protection to enhance safety by detecting and mitigating electrical arcs.
  • Outlets and Receptacles: Specify the types and locations of outlets and receptacles, including standard outlets, USB outlets, and specialty outlets for appliances. Follow local electrical codes regarding spacing and placement of outlets.

Plumbing Design

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Plumbing design for a building involves planning and specifying the layout and installation of plumbing systems to ensure the proper distribution of water, drainage, and gas. Here are some key aspects of plumbing design:

  • Water Supply System: Plan the layout of the water supply system to ensure an efficient and reliable distribution of potable water throughout the building. Specify the types of pipes, fittings, and fixtures that will be used, considering factors such as local plumbing codes and water quality.
  • Fixtures and Appliances: Determine the locations of plumbing fixtures such as sinks, toilets, showers, bathtubs, and appliances like dishwashers and washing machines. Ensure proper spacing and accessibility for each fixture.
  • Hot Water Distribution: Design the hot water distribution system, including the sizing and placement of water heaters or boilers. Consider energy-efficient options for heating water, such as tankless water heaters or solar water heaters.
  • Drainage and Venting: Plan the drainage system to efficiently remove wastewater and sewage from fixtures. Design the venting system to prevent sewer gases from entering the building and to allow proper drainage flow.
  • Stormwater Management: Address the management of stormwater, including the installation of roof drains, downspouts, and other systems to prevent water damage and flooding.
  • Gas Piping System: Design the gas piping system for the distribution of natural gas or propane to appliances like stoves, ovens, and water heaters. Ensure compliance with local gas codes and safety standards.
  • Backflow Prevention: Incorporate backflow prevention devices to protect the potable water supply from contamination. Identify areas where backflow prevention is required, such as irrigation systems or fire sprinkler systems.
  • Plumbing Codes and Regulations: Stay informed about local plumbing codes and regulations to ensure that the plumbing design complies with legal and safety standards. Obtain necessary permits and approvals from relevant authorities.

Construction

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Construction is a broad field that involves the planning, design, and execution of building projects. It encompasses a wide range of activities, including the construction of residential, commercial, and infrastructure projects. Here are some key aspects of construction:

  • Project Planning: Developing project plans, including timelines, budgets, and resource allocation. Conducting feasibility studies to assess the viability of the project.
  • Design and Engineering: Collaborating with architects and engineers to create detailed design plans. Ensuring that designs meet regulatory requirements and safety standards.
  • Site Preparation: Clearing and grading the construction site. Excavating and preparing the foundation for the building.
  • Foundation Construction: Pouring and curing concrete for the foundation. Constructing footings and other structural elements to support the building.
  • Structural Framing: Erecting the structural framework of the building, which may involve steel, concrete, or wood. Installing floors, walls, and roofs.
  • Utilities Installation: Installing essential utilities such as plumbing, electrical, and HVAC systems. Connecting the building to water, sewer, and power sources.
  • Mechanical and Electrical Systems: Installing heating, ventilation, and air conditioning (HVAC) systems. Setting up electrical wiring, lighting, and other electrical components.
  • Project Closeout: Completing final inspections and addressing any remaining issues. Handing over the completed project to the owner.

Soil Test

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Soil Test

Soil testing is a crucial process in various fields, including agriculture, civil engineering, environmental science, and construction. The primary purpose of soil testing is to analyze the physical and chemical properties of the soil to make informed decisions related to land use, crop management, construction projects, and environmental assessments. Here are key aspects of soil testing:

  • Construction and Geotechnical Soil Testing: Assesses the engineering properties of soil for construction projects. Determines soil bearing capacity to design suitable foundations for buildings and structures.
  • Environmental Soil Testing: Identifies the presence of contaminants, such as heavy metals, pesticides, or pollutants. Assesses the impact of human activities on soil quality. Guides environmental remediation efforts.
  • Soil pH Testing: Measures the acidity or alkalinity of the soil. pH levels influence nutrient availability to plants and affect microbial activity.
  • Soil Moisture Content: Determines the amount of water present in the soil. Important for irrigation management, agricultural planning, and construction compaction.
  • Soil Texture Analysis: Classifies soil into categories like sand, silt, and clay. Influences water retention, drainage, and nutrient availability.
  • Organic Matter Content: Assesses the amount of organic material in the soil. Organic matter improves soil structure, water retention, and nutrient-holding capacity.
  • Cation Exchange Capacity (CEC): Measures the soil's ability to hold and exchange cations (positively charged ions). Indicates the soil's nutrient-holding capacity.
  • Soil Sampling: Involves collecting representative soil samples from different depths and locations. Samples are analyzed in laboratories to provide accurate data.

Estimates

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Estimating is a crucial aspect of civil engineering, particularly in the planning and execution of construction projects. Cost estimation involves predicting the expenses associated with a construction project, from the initial planning stages through completion. Accurate and detailed cost estimates are essential for budgeting, project financing, and decision-making. Here are key aspects of cost estimation in civil engineering:

  • Budget Estimate: A more detailed estimate developed during the early stages of project design. It considers specific project details and may involve rough sketches or plans.
  • Definitive Estimate: The most detailed estimate, often prepared with finalized project plans and specifications. It is used for obtaining bids and developing the project budget.
  • Components of Cost Estimation: Direct Costs- Directly associated with the construction project, including labor, materials, and equipment. Indirect Costs (Overhead)- Costs not directly tied to a specific project but necessary for overall project execution, such as general administrative expenses, insurance, and overhead costs. Contingency: An additional amount added to the estimate to account for uncertainties and unexpected events.
  • Labor Costs: Estimating the labor required for construction activities, considering skilled and unskilled labor, labor rates, and productivity. Factoring in labor-related costs such as overtime and fringe benefits.
  • Material Costs: Identifying and pricing the materials needed for the construction project, including concrete, steel, wood, and other construction materials. Considering material quantities, unit prices, and delivery costs.
  • Subcontractor Costs: Assessing costs associated with subcontracted work, such as specialized trades or specific project components. Obtaining quotes and bids from subcontractors.
  • Overhead and General Conditions: Including costs related to project management, supervision, site offices, safety measures, and temporary facilities. Accounting for general project overhead expenses.
  • Risk and Contingency: Considering uncertainties and potential risks associated with the project. Adding contingency funds to the estimate to account for unforeseen events or changes.

Developer

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Developer

It seems like your question is a bit broad, and I'd be happy to help if you provide more details or clarify your inquiry. However, if you're asking about building development in a general sense, here are some key points to consider:

  • Planning and Zoning: Understand local zoning laws and regulations. Obtain necessary permits and approvals from the local government.
  • Design: Hire an architect or designer to create plans that meet local building codes. Consider the purpose of the building, the target audience, and the functionality.
  • Construction: Hire a qualified contractor and construction team. Monitor the construction process to ensure it aligns with the approved plans. Adhere to safety regulations and building codes.
  • Budgeting and Financing: Develop a realistic budget that includes all aspects of the project. Secure financing if needed.
  • Timeline: Create a project timeline to track progress and completion dates. Anticipate potential delays and have contingency plans.
  • Quality Control: Implement quality control measures to ensure the construction meets the required standards. Regularly inspect the work during and after construction.
  • Utilities and Infrastructure: Ensure access to essential utilities like water, electricity, and sewage. Consider the impact on local infrastructure and plan accordingly.
  • Environmental Considerations: Assess the environmental impact of the development. Implement sustainable practices if possible.
  • Marketing and Sales (if applicable): Develop a marketing strategy if the building is for commercial or residential use. Have a plan for leasing or selling the space.
  • Post-Construction: Address any remaining issues or punch list items. Hand over the completed building to the end-users or occupants.

Remember that each building development project is unique, and the specific steps and considerations may vary based on the type of development (residential, commercial, industrial) and the location. If you have a specific aspect you'd like more information on, please provide more details.

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Contact

Location:

House No# 37, Meyapara, Ranibazar, Tiles Potti, Ghoramara, Rajshahi.