Services

Architectural strategy planning is a crucial process that lays the foundation for aligning a company’s physical and digital infrastructure with its long-term business objectives. We assist our clients in Efficient Management, Clear Objectives, Consistent Execution, Adaptive Tools, and feasibility study. So that their objectives are fulfilled.

• Efficient Management: Centralizing an architecture strategy is essential. It ensures that all team members are on the same page, and every decision aligns with the overarching business goals. Strategic choices guide the design, implementation, and management of both the physical and digital realms of a company.
• Clear Objectives: Setting clear objectives within an architecture strategy is fundamental. It allows for tracking progress against goals and making necessary adjustments in real-time. Adaptability is crucial for maintaining a competitive edge and achieving long-term success.
• Consistent Execution: Consistent execution of an architecture strategy requires a structured approach. Utilize frameworks that drive every action towards meeting the set objectives. It’s not just about having a plan but ensuring that the plan is actionable and ingrained in the daily operations of the business.
• Adaptive Tools: In today’s fast-paced business environment, an architecture strategy must be dynamic. Use tools that facilitate quick adaptation to market changes, technological advancements, and evolving customer needs. Agility is key to sustaining growth and innovation.

Conceptualizing an architectural project is a crucial initial step that lays the foundation for the entire design process. It involves meticulous process of designing and creating conceptual ideas with keeping in mind research and analysis, Topography, Public and Private zones, atmosphere and experience, Structure and Technology.

• Research and Analysis: Begin by thoroughly researching and analysing the project context. Understand the site topography, its history, cultural influences, and existing conditions. Consider environmental factors, climate, and available local materials and surroundings around the site. It is also essential to identify the needs and desires of the future occupants or users and the functions the space is being designed for.
• Concept Development: Generate multiple ideas and concepts. Concepts can stem from personal experiences, emotions, research, or cultural influence, they can be inspired by typography, vernacular architecture, historic forms, views, and more. A strong architectural concept provides the foundation for the entire project when aligned with site analysis & findings.
• Form and Volume: Experimenting with different geometric forms and volumes relating to the site, function, and aesthetics. Forms can evoke emotions and create memorable spaces.
• Views and Sightlines: Explore sightlines within and around your site. How can your design frame views or connect with distant landmarks? Views influence spatial organization and circulation.
• Public and Private Zones: Define zones within your project. How do public and private spaces interact? Balance openness with privacy, creating a harmonious flow.
• Materiality: Materials play a significant role in architectural expression. Consider their texture, colour, and durability. 
• Atmosphere and Experience: Think beyond functionality. How will users experience your space? Consider lighting, acoustics, and sensory qualities. Create an atmosphere that resonates with your concept.
• Grid and Composition: Explore grid systems and compositional rules. Grids can organize spaces, guide circulation, and create visual harmony.
• Culture and Society: Reflect cultural values and social context.
• Structure and Technology: Structural systems and innovative technologies play a major role in formulating a design concept.

Architectural master planning is a fascinating and critical aspect of the design process. It goes beyond individual buildings and considers the overall structure of our cities, including the spaces between buildings that shape our daily lives. Master planning is a collaborative endeavor that shapes our urban environments, creating functional, beautiful, and sustainable spaces for generations to come.

• Holistic Approach: Master planning involves developing a comprehensive framework for an entire area, or site. It considers not only the architecture of individual buildings but also the connectivity, open spaces, and infrastructure that tie them together.
• Spatial Organization: Analyze existing conditions, traffic flow, land use, and community needs. The masterplan defines the layout, zoning, and land use.
• Aesthetic Direction: Master planning sets the style, character, and aesthetic identity of the entire development. It influences the choice of materials, colours, and architectural features, considering how the buildings interact with each other and the surrounding environment.
• Infrastructure and Services: It addresses essential services such as water supply, sewage, electricity, and transportation. Efficient infrastructure planning ensures the long-term sustainability of the area.
• Phasing and Flexibility: Large-scale developments often occur in phases. The masterplan outlines a timeline for implementation. Flexibility allows adaptation to changing circumstances over time.
• Environmental Considerations: Sustainable practices are integrated into the masterplan. It accounts for green spaces, energy efficiency, and resilience. Balancing density with green areas enhances the quality of life and surroundings.
• Economic Viability: Master planning considers costs, investment, and economic impact. It aims for a balance between development and affordability.
• Cultural Identity: Reflecting local culture and heritage is essential. Masterplans can incorporate elements that celebrate history, art, and traditions.
• Public Realm: The spaces between buildings—such as parks, streets, and plazas—are equally important. They contribute to the overall experience of the place.

Detail engineering services play a crucial role in transforming conceptual ideas into practical and functional designs, achieving high-quality, cost-effective, and timely execution of architectural assignments. These services provide essential information for subsequent stages. Detail engineering takes the basic engineering data and provides precise, detailed drawings and specifications for production, fabrication, and erection

Civil & Structural Engineering:  Ensures the stability and safety of structures. Includes foundation design, structural analysis, and architectural detailing.

Process Engineering: Involves basic and extended basic engineering tasks, including, 

• Developing Process Flow Diagrams (PFDs) and Piping and Instrumentation Diagrams (P&ID).
• Sizing lines and conducting energy mass balance calculations.
• Creating utility consumption summaries and electrical load lists.
• PDS (Process Design Specification) and IPDS (Intelligent P&ID System).
• Heat and mass balances
• Basic equipment sizing and specifications
• Conceptual equipment layout

Piping Engineering: Focuses on designing efficient piping systems. Includes layout planning, material selection, stress analysis, and isometric drawings.

Equipment Engineering: Deals with the design and selection of equipment such as pumps, vessels, heat exchangers, AHU’s, Chillers, Panels etc.

Electrical Engineering: Covers electrical load calculations, lighting design, power distribution, and grounding systems.

Instrumentation Engineering: Involves designing control systems, instrument selection, and creating instrument loop diagrams.

Architectural project approvals involve a systematic process to ensure that proposed architectural designs meet regulatory standards, safety requirements, and community needs. Here are the key steps involved:

• Regulatory Research and Compliance: We study local building codes, zoning regulations, and land-use policies, our designs align with these legal requirements.
• Submission of Design Proposal: We submit detailed architectural drawings, plans, sections and elevations to relevant authorities, including specifications structural, electrical, and plumbing 
• Review and Feedback: Regulatory bodies, planning departments, and other stakeholders review the proposal. Feedback may lead to revisions or adjustments.
• Technical Approvals: Various departments (fire, sanitation, environmental) assess the design’s compliance. Approvals are granted if all criteria are met.
• Building Permit Application: Assist in application for building permits. These permits allow construction to begin
• Site Inspections: Statutory Authorities, Inspectors visit the site during construction, Compliance with approved plans is verified.
• Final Approvals and Occupancy: Once construction is complete, a final inspection is carried out. If everything meets standards, a certificate of occupancy is issued.

The approval process varies by location, project type, and scale. We collaborate closely with authorities, clients, and communities to navigate this intricate journey toward realizing architectural visions.

Allied architectural services encompass a wide range of specialized offerings that contribute to the successful realization of architectural projects.

• Landscape Architecture: Design outdoor spaces, considering elements like greenery, pathways, and water features. They enhance the overall environment and user experience.
• Interior Architecture: Focus on the interior spaces of buildings, creating functional layouts, select materials, and design elements such as lighting, furniture, and finishes.
• 3d Visualizations: Enables us to visually communicate their proposed designs to clients, stakeholders, and engineering teams. It involves creating detailed 3D models, & rendering realistic images.
• Graphic Design and Signage: Graphic designers create visual communication elements within buildings. Signage, wayfinding, and branding enhance user experience.