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Deciding between doing your own business or joining the family business

Interview with Rahul Singhi co-founder and director of Poornima group

AimKaro Insights Podcast Interview with Ar. Rahul Singhi co-founder and director of Poornima group. 

There are two stitution  one is current stage and other is in student stage , one is short tems goals  and other is long terms goals 

For short terms goals : कबीर का एक दोहा है काल करे सो आज कर आज करे सो अब पल में परले होएगी बहुरी करेगा कब 

When I was student , Reduce pendency, If you have to make drawings in architecture, it takes a little time in the first years, but as you mature and grow older, you start understanding which work is urgent, which is important, which is urgent but not important. Yes but not urgent So it’s how you play with the things 

That can friend , movies , road trip , historical place  and something new or anything that press your refresh button in your life. When student think I can not persue further then take a break , think about it in your own pace. 

My motivation is only to keep the legacy going. My motivation is only that whatever my father has built, I should not be the one to let it fail. It might be that three or four generations down the line, someone might decide that they don’t want to continue this, but for me, it is all about taking the legacy forward. Today, wherever my father has brought the business and handed it over to us, it is our responsibility to grow it. It is similar to when your parents tell you to take care of something, and you genuinely do. So, what is your intent? Your intent is to take care of it.

In my fourth year, I went for an internship in Pune. It was a six-month internship, which is a part of academics and is a mandatory internship. During this time, I realized how difficult it is to do a job and how difficult it is to run something on your own, especially when you don’t have money. It made me realize that we are in a very comfortable situation because our parents have already set up so much for us. It’s only that we have to scale up; we won’t face the initial teething issues that come with setting things up from scratch. After that training, I realized that the family business is the best option for me. There is no point in looking for jobs or starting something on your own when there is already an established setup.

July 8, 2024

Theory of Design
Scope and Focus of Architecture Design and Interior Design

Architecture Design

Architecture is a multifaceted discipline that combines scientific principles and artistic creativity to design and construct buildings. Architects are responsible for space planning, basic layouts, exterior design, service inclusion, and the integration of technical aspects to ensure buildings are structurally sound, compliant with regulations, and functional for their intended use. Their work involves a deep understanding of both the technical and aesthetic aspects of building design, ensuring that each project meets the needs of its users while enhancing the built environment.

Scope: Encompasses the entire building, including its structure, exterior, and integration with the environment.

  • Building Envelope: Includes the exterior elements of the building such as walls, roof, windows, and doors.
  • Structural Integrity: Ensures that the building is safe and stable, able to withstand various loads and environmental factors.
  • Site Planning: Integrates the building with its surrounding environment, considering aspects such as orientation, landscaping, and access.
  • Sustainability: Incorporates energy efficiency, sustainable materials, and environmentally friendly practices.
  • Regulatory Compliance: Adheres to local building codes, zoning laws, and safety regulations.

Focus: Prioritizes space planning, structural integrity, material selection, and the overall aesthetic and functional experience of the building.

  • Space Planning: Creates a functional layout that efficiently organizes spaces within the building.
  • Form and Aesthetics: Develops the overall appearance and style of the building, including its shape, facade, and visual impact.
  • Material Selection: Chooses appropriate construction materials that balance durability, aesthetics, and cost.
  • Structural Design: Ensures that the building’s framework is capable of supporting the loads and stresses it will encounter.
  • User Movement: Considers how people will move through and experience the building, including circulation paths and accessibility.

Interior Design

Interior design is the art of developing and decorating interior spaces to be anthropometrically fit, ergonomically functional, and aesthetically pleasing. It involves understanding human dimensions and behaviors to create comfortable, efficient, and visually appealing environments. By focusing on these key aspects, interior designers create spaces that enhance the quality of life for their users while reflecting their personal style and preferences.

Scope: Concentrates on the interior spaces, furnishings, fixtures, and finishes within the building.

  • Interior Spaces: Focuses on the design and functionality of interior environments, including individual rooms and common areas.
  • Furnishings and Fixtures: Specifies and arranges furniture, lighting, and fixtures to create a cohesive and functional space.
  • Interior Finishes: Selects materials for walls, ceilings, and floors that enhance the aesthetic and usability of the space.
  • User-Centered Design: Tailors the interior environment to meet the needs, preferences, and behaviors of its occupants.
  • Decorative Elements: Includes artwork, accessories, and other decorative items that add character and personality to the space.

Focus: Emphasizes aesthetics, functionality, user comfort, and the personalization of interior environments.

  • Aesthetics: Creates visually appealing interiors through the use of color, texture, pattern, and style.
  • Functionality: Ensures that interior spaces are practical and suited to their intended use, providing comfort and convenience for occupants.
  • Ergonomics: Designs spaces and selects furnishings that support the physical well-being and efficiency of users.
  • Lighting Design: Plans lighting to enhance the ambiance, functionality, and mood of interior spaces.
  • Personalization: Reflects the tastes and personalities of the occupants, creating a unique and personalized environment.

Differences between Architecture Design and Interior Design

Roles of Architects and Interior Designers in mall design

In the context of a mall, architects and interior designers play distinct yet complementary roles. Architects focus on the overall planning, structural integrity, environmental interaction, and flow of the mall, while interior designers tailor the interiors of individual stores to reflect each brand’s unique identity and needs. Their collaboration ensures that the mall as a whole is functional, aesthetically pleasing, and cohesive, with each store offering a distinct shopping experience that aligns with the brand’s character.

Architect’s Role in mall design :

  • Overall Planning: Architects are responsible for the comprehensive planning of the mall, including the layout of shops, common areas, entrances, exits, and emergency routes.
  • Structural Integrity: Ensuring the mall is structurally sound, including foundations, load-bearing walls, columns, beams, and roofing.
  • Building Envelope: Designing the exterior facade, including materials, windows, and doors.
  • Zoning and Flow: Creating a layout that facilitates smooth flow of foot traffic, accessibility, and convenience.
  • Environmental Interaction: Integrating the mall with its surroundings, considering factors like climate, landscape, and urban context.
  • Utilities and Infrastructure: Planning for utilities such as electricity, plumbing, HVAC systems, and fire safety measures.

Interior Designer’s Role in Individual stores:

  • Brand Identity: Reflecting each brand’s identity, personality, and distinct character in the store interiors.
  • Interior Layout: Designing the interior layout of each store to fit within the architectural blueprint while maximizing functionality and appeal.
  • Material Selection: Choosing appropriate materials for wall and floor finishes that align with the brand’s aesthetic and practical needs.
  • Furnishings: Selecting and arranging furniture to create an inviting and functional shopping environment.
  • Accessories and Decor: Adding soft goods and accessories, such as pillows, rugs, and wall pieces, to enhance the store’s visual appeal.
  • Lighting: Designing lighting schemes that highlight products and create a specific ambiance.

Collaboration between Architects and Interior Designers

Collaborative Efforts:

  • Space Planning: Working together on the layout of the spaces to ensure that each store fits harmoniously within the mall’s blueprint.
  • Window Placement: Ensuring windows are properly positioned to maximize natural light and enhance the interior design.
  • Room Sizing: Coordinating on the sizing of rooms and spaces to ensure they are functional and aesthetically pleasing.
  • Overall Harmony: Ensuring the mall’s overall space feels cohesive and well-integrated, with a seamless transition between common areas and individual stores.

Example Workflow:

  1. Blueprint Creation: The architect creates the initial blueprint for the mall, outlining the layout, dimensions, and structural elements.
  2. Interior Layout: The interior designer works within this blueprint to design the layout of individual stores, considering brand identity and functionality.
  3. Material and Furnishing Selection: The interior designer selects materials, furniture, and accessories that align with the brand’s aesthetic and practical needs.
  4. Final Integration: The architect and interior designer collaborate to integrate the interior designs with the overall architectural plan, ensuring consistency and harmony.
July 5, 2024

Theory of Design
Differences between Architecture Design and Interior Design

1. Scope and Focus

    • Movement and Flow:
          • Circulation Paths: Designing hallways, stairs, and ramps that facilitate smooth movement.

          • Accessibility: Ensuring spaces are navigable for all users, including those with disabilities.

      • Spatial Awareness:
          • Proportions and Scale: Creating spaces that feel appropriately sized and comfortable for their intended use.

          • Transitions: Designing seamless transitions between different areas and levels.

      • Interaction with Space:
          • Engagement: Encouraging users to interact with the space through features like atriums, courtyards, and balconies.

          • Sensory Experience: Incorporating elements like textures, sounds, and temperature variations to enhance the sensory experience.

      • Physical Comfort:
          • Climate Control: Ensuring proper ventilation, heating, and cooling for comfort.

          • Seating and Rest Areas: Providing areas where users can rest and relax.  
    • Furniture Layout:
      • Flow: Arranging furniture to facilitate easy movement and avoid obstacles.

      • Zoning: Creating distinct areas for different activities (e.g., living, dining, working).

      • Ergonomics:
          • Comfort: Selecting furniture and fixtures that support user comfort and health.

          • Accessibility: Ensuring all elements are reachable and usable by all users.

      • Interaction with Space:
          • Engagement: Incorporating interactive elements like adjustable lighting, movable partitions, and flexible seating.

          • Sensory Experience: Using tactile materials and varying textures to create a rich sensory environment.

      • Physical Comfort:
          • Acoustics: Controlling noise levels to enhance comfort and functionality.

          • Climate Control: Designing spaces with appropriate heating, cooling, and ventilation.
      • Aesthetic Appeal:
          • Facade Design: Creating visually striking exteriors that make a statement.

          • Symmetry and Asymmetry: Using balance and intentional imbalance to create visual interest.

      • Natural Light:
          • Window Placement: Strategically placing windows to maximize daylight and views.

          • Skylights and Light Wells: Bringing natural light into interior spaces.

      • Material Selection:
          • Textures and Finishes: Using a variety of materials to create visual depth and interest.

          • Color Schemes: Employing color to set the mood and define different areas.

      • Architectural Details:
          • Ornamentation: Adding details like moldings, cornices, and columns for visual richness.

          • Structural Elements: Exposing structural elements like beams and trusses as design features.
      • Aesthetic Appeal:
          • Style and Theme: Establishing a cohesive design style (e.g., modern, traditional, eclectic).

          • Harmony and Contrast: Balancing elements to create visual interest and coherence.

      • Color and Texture:
          • Color Schemes: Using color to influence mood and highlight areas.

          • Textures: Combining different textures to add depth and interest.

      • Lighting:
          • Ambient Lighting: Providing overall illumination that sets the tone.

          • Task Lighting: Ensuring sufficient light for specific tasks.

          • Accent Lighting: Highlighting architectural features, artworks, and focal points.

      • Decorative Elements:
          • Art and Accessories: Adding personality and style through art, plants, and decorative items.

          • Furnishings: Choosing furniture that complements the design theme and enhances visual appeal.

    2. Materials and Specifications

    Building construction materials like concrete, steel, glass, and insulation.

    Concrete:

      • Usage: Foundations, structural elements (columns, beams, slabs), exterior facades.
      • Specifications: Strength, durability, mix ratio, curing process.

    Steel:

      • Usage: Structural framework, reinforcements, roof structures.
      • Specifications: Grade, tensile strength, corrosion resistance, welding requirements.

    Wood:

      • Usage: Structural framing, flooring, roofing, exterior cladding.
      • Specifications: Type (hardwood, softwood), moisture content, treatment for pests and decay.

    Brick and Masonry:

      • Usage: Walls, facades, load-bearing structures.
      • Specifications: Size, compressive strength, mortar mix, insulation properties.

    Glass:

      • Usage: Windows, curtain walls, skylights, facades.
      • Specifications: Type (tempered, laminated, insulated), thickness, thermal performance, safety standards.

    Insulation Materials:

      • Usage: Walls, roofs, floors.
      • Specifications: R-value, material type (fiberglass, foam, cellulose), fire resistance, environmental impact.

    Roofing Materials:

      • Usage: Roof coverings.
      • Specifications: Type (asphalt shingles, metal, tiles), weather resistance, durability, aesthetic appeal.

    Furniture, fixtures, fabrics, lighting, and interior finishes.

    Furniture Materials:

      • Usage: Chairs, tables, cabinets, sofas.

      • Specifications: Material type (wood, metal, plastic, upholstered), durability, finish, ergonomic design.

    Fabric and Textiles:

      • Usage: Upholstery, curtains, rugs, bedding.

      • Specifications: Fabric type (cotton, linen, synthetic), thread count, colorfastness, fire resistance.

    Flooring Materials:

      • Usage: Carpets, hardwood, tiles, vinyl, laminate.

      • Specifications: Material type, durability, maintenance requirements, aesthetic qualities.

    Wall Finishes:

      • Usage: Paint, wallpaper, wood paneling, tiles.

      • Specifications: Type (matte, gloss, texture), color, durability, ease of cleaning.

    Lighting Fixtures:

      • Usage: Ambient lighting, task lighting, accent lighting.

      • Specifications: Type (LED, fluorescent, incandescent), lumens, color temperature, energy efficiency.

    Cabinetry and Millwork:

      • Usage: Kitchen cabinets, built-in storage, trim.

      • Specifications: Material type (wood, MDF), finish, hardware, joinery techniques.

    Decorative Elements:

      • Usage: Artwork, accessories, plants.

      • Specifications: Style, material, placement, coherence with overall design.

    Structural implications, load-bearing elements, and compliance with building codes.

      • Load-Bearing Capacity: Ensuring materials can support the weight and stresses of the building.

      • Durability and Longevity: Selecting materials that withstand environmental conditions and usage over time.

      • Fire Resistance: Using materials that meet fire safety standards.

      • Sustainability: Choosing eco-friendly materials and sustainable construction practices.

      • Thermal Performance: Ensuring proper insulation and energy efficiency.

      • Acoustic Performance: Minimizing noise transmission through material choices.

      • Aesthetic Qualities: Balancing functionality with visual appeal.

    Selection of interior materials, finishes, and fittings that enhance the user experience.

      • Aesthetic Appeal: Choosing materials and finishes that align with the desired design style and theme.

      • Functionality and Usability: Ensuring materials and furnishings are practical for everyday use and meet the needs of occupants.

      • Comfort and Ergonomics: Selecting materials that enhance comfort, such as soft fabrics for seating.

      • Durability and Maintenance: Choosing materials that are easy to clean and maintain over time.

      • Safety: Ensuring materials meet safety standards, such as fire-resistant fabrics and non-slip flooring.

      • Acoustic Properties: Using materials that control sound within interior spaces, such as carpets and acoustic panels.

      • Lighting and Ambiance: Specifying lighting that enhances the mood and functionality of the space.

    3. Design Elements

    Space Planning:

      • Zoning: Dividing the building into functional areas (e.g., residential, commercial, public).

      • Flow: Ensuring smooth movement between spaces, considering accessibility and circulation paths.

      • Proportions and Scale: Balancing the size of spaces to achieve harmony and functionality.

    Form and Massing:

      • Shape: Overall geometry of the building, including volume and silhouette.

      • Mass: Visual weight of the building components.

      • Balance: Symmetry and asymmetry to create visual stability.

    Structural Elements:

      • Columns and Beams: Vertical and horizontal supports that define the building’s framework.

      • Load-Bearing Walls: Walls that support structural loads.

      • Foundations: Base of the building that supports the entire structure.

    Building Envelope:

      • Facade: The exterior face of the building, including materials, color, and texture.

      • Windows and Doors: Openings that allow light, air, and access, contributing to the aesthetic and function.

      • Roof: The top covering of the building, providing protection and architectural character.

    Materials and Finishes:

      • Concrete, Steel, Wood, Glass, Brick: Primary materials used for construction.

      • Exterior Finishes: Cladding, paint, treatments that protect and enhance the facade.

    Sustainability:

      • Energy Efficiency: Insulation, window placement, renewable energy sources.

      • Eco-Friendly Materials: Recycled, low-impact, and sustainable materials.

    Lighting:

      • Natural Lighting: Maximizing daylight through strategic window placement and skylights.

      • Artificial Lighting: Incorporating lighting fixtures that complement the design and provide adequate illumination.

    Aesthetics:

      • Style: Architectural language, such as modern, traditional, or eclectic.

      • Details: Cornices, moldings, trims that add character and detail.

    Landscape Integration:

      • Site Design: Landscaping, pathways, and outdoor spaces that connect the building to its environment.

      • Green Spaces: Gardens, courtyards, and green roofs that enhance livability.

    Space Planning:

      • Layout: Arrangement of furniture and fixtures to create functional and efficient spaces.

      • Flow: Ensuring smooth movement within the space, considering entry, exit, and circulation paths.

    Color and Texture:

      • Color Schemes: Use of color to set mood, create harmony, and define spaces.

      • Textures: Combining different materials to add depth and interest (e.g., smooth, rough, glossy, matte).

    Furniture and Fixtures:

      • Selection: Choosing pieces that fit the style, function, and scale of the space.

      • Arrangement: Placing furniture to maximize comfort, usability, and aesthetic appeal.

    Materials and Finishes:

      • Flooring: Carpets, tiles, wood, vinyl that suit the function and style of the space.

      • Wall Finishes: Paint, wallpaper, wood paneling that enhance the visual appeal.

      • Ceiling Treatments: Paint, beams, moldings that add character and define spaces.

    Lighting:

      • Ambient Lighting: General illumination that provides overall light.

      • Task Lighting: Focused lighting for specific activities (e.g., reading, cooking).

      • Accent Lighting: Highlighting architectural features or artworks.

    Aesthetics:

      • Style: Reflecting themes such as modern, classic, minimalist, or eclectic.

      • Details: Decorative elements like trims, moldings, and accessories.

    Ergonomics:

     

      • Comfort: Designing spaces and selecting furniture that supports user comfort.

      • Usability: Ensuring spaces are functional and easy to use.

    Personalization:

      • Custom Elements: Tailoring design to reflect the personality and preferences of the occupants.

      • Decorative Items: Artwork, plants, accessories that add personal touch.

    Acoustics:

      • Soundproofing: Materials and designs that reduce noise transmission.

      • Acoustic Treatments: Elements that improve sound quality within a space (e.g., acoustic panels, carpets).

    Sustainability:

      • Eco-Friendly Materials: Choosing sustainable, low-impact materials.

      • Energy Efficiency: Using energy-efficient lighting and appliances

    4. Execution Phase Duration & Lifespan

    Duration: 1 to 5 years.

    Activities: Includes site preparation, foundation work, structural construction, external finishes, and overall project management.

    Duration: 4 to 6 months.

    Activities: Site preparation, installation of finishes and fixtures, furniture placement, and final styling.

    Duration: 30 to 100 years.

    Factors: Longevity of the building’s structural elements, maintenance, and adaptability to future needs.

    Duration: 5 to 20 years.

    Factors: Trends, wear and tear, and the need for updates to meet changing user preferences and technological advancements.

    5. Kinesthetic & Visual Experience

    Broad, encompassing the entire building and its interaction with the environment.

    Building Envelope: Includes the exterior elements of the building such as walls, roof, windows, and doors.
    Structural Integrity: Ensures that the building is safe and stable, able to withstand various loads and environmental factors.
    Site Planning: Integrates the building with its surrounding environment, considering aspects such as orientation, landscaping, and access.
    Sustainability: Incorporates energy efficiency, sustainable materials, and environmentally friendly practices.
    Regulatory Compliance: Adheres to local building codes, zoning laws, and safety regulations.

    Narrower, focusing on the internal spaces within a building.

    • Interior Spaces: Focuses on the design and functionality of interior environments, including individual rooms and common areas.
    • Furnishings and Fixtures: Specifies and arranges furniture, lighting, and fixtures to create a cohesive and functional space.
    • Interior Finishes: Selects materials for walls, ceilings, and floors that enhance the aesthetic and usability of the space.
    • User-Centered Design: Tailors the interior environment to meet the needs, preferences, and behaviors of its occupants.
    • Decorative Elements: Includes artwork, accessories, and other decorative items that add character and personality to the space.

     Generalized space planning solutions that consider the overall building structure, facade, and exterior elements.

    • Space Planning: Creates a functional layout that efficiently organizes spaces within the building.
    • Form and Aesthetics: Develops the overall appearance and style of the building, including its shape, facade, and visual impact.
    • Material Selection: Chooses appropriate construction materials that balance durability, aesthetics, and cost.
    • Structural Design: Ensures that the building’s framework is capable of supporting the loads and stresses it will encounter.
    • User Movement: Considers how people will move through and experience the building, including circulation paths and accessibility.

    User experience within the space, including detailed space planning, aesthetics, and functionality of interior elements.

    • Aesthetics: Creates visually appealing interiors through the use of color, texture, pattern, and style.
    • Functionality: Ensures that interior spaces are practical and suited to their intended use, providing comfort and convenience for occupants.
    • Ergonomics: Designs spaces and selects furnishings that support the physical well-being and efficiency of users.
    • Lighting Design: Plans lighting to enhance the ambiance, functionality, and mood of interior spaces.
    • Personalization: Reflects the tastes and personalities of the occupants, creating a unique and personalized environment.

    6. Theory and Principles

      • Form Follows Function: The shape of a building or object should be primarily based upon its intended function or purpose.

      • Modernism: Emphasizes simplicity, minimalism, and the use of modern materials and techniques.

      • Postmodernism: Reacts against modernism with eclectic, playful designs and historical references.

      • Sustainability: Focuses on designing buildings that minimize environmental impact through energy efficiency, sustainable materials, and eco-friendly practices.

      • Regionalism: Incorporates local traditions, materials, and climate considerations into the design.

      • High-Tech Architecture: Uses advanced technology and industrial materials to create innovative designs.

      • Deconstructivism: Emphasizes fragmentation, non-linear processes, and the manipulation of a structure’s surface.
      • Human-Centered Design: Focuses on creating spaces that enhance the well-being and experience of the users.

      • Biophilic Design: Incorporates natural elements to improve health, well-being, and productivity.

      • Minimalism: Emphasizes simplicity and functionality, reducing design to essential elements.

      • Maximalism: Embraces bold colors, patterns, and eclectic elements to create visually rich spaces.

      • Universal Design: Ensures spaces are accessible and usable by everyone, regardless of age, ability, or status.

      • Color Theory: Explores how colors influence mood, perception, and behavior.

      • Feng Shui: An ancient Chinese practice that arranges spaces to harmonize with the natural environment.

    Balance: Achieving equilibrium through symmetrical or asymmetrical arrangements.

    Proportion: Relating various parts of a design to each other and to the whole.

    Rhythm: Creating a sense of movement through the repetition of elements.

    Emphasis: Highlighting a particular area or element to draw attention.

    Unity: Ensuring all parts of the design work together to create a cohesive whole.

    Contrast: Using differences in size, color, texture, or shape to create visual interest.

    Scale: Considering the size of elements in relation to the human body and to other elements within the design.

    Structural Integrity: Ensuring that a building is safe, stable, and capable of withstanding various forces and loads over time. Ensures safety, stability, and durability. Key elements: load-bearing capacity, material strength, foundation design, adherence to codes, redundancy, and appropriate structural systems.

    Sustainability: Designing buildings to minimize environmental impact, conserve resources, and create healthy, energy-efficient spaces.Minimizes environmental impact and conserves resources. Key elements: energy efficiency, renewable energy, sustainable materials, water conservation, indoor environmental quality, site selection, and lifecycle assessment.

    Kinesthetic Experience: Designing spaces that consider the physical movement and sensory. experiences of users as they interact with the building.Considers physical movement and sensory experiences. Key elements: circulation paths, spatial dynamics, accessibility, tactile materials, sensory engagement, ergonomics, and interaction points.

    Interaction with the Environment: Designing buildings that harmonize with their natural surroundings and local context, enhancing both the built and natural environments. Harmonizes with natural surroundings and local context. Key elements: site integration, climate responsiveness, landscape design, natural ventilation, water management, cultural context, and sustainable urbanism.

      • Balance: Distributing visual weight evenly to create stability (symmetrical, asymmetrical, or radial balance).

      • Harmony: Combining design elements to create a unified and aesthetically pleasing composition.

      • Contrast: Using opposing elements (e.g., light vs. dark, rough vs. smooth) to create visual interest.

      • Rhythm: Creating a sense of movement and flow through repetition, alternation, and progression.

      • Proportion and Scale: Ensuring furniture and objects are appropriately sized for the space and each other.

      • Emphasis: Creating focal points to draw attention to particular areas or elements.

      • Functionality: Designing spaces that are practical and meet the needs of the users.

      • Aesthetics:
          • Focuses on creating visually pleasing spaces.

          • Key elements: color schemes, textures and materials, harmony and balance, focal points, style consistency, decorative elements, and lighting.

      • Functionality:
          • Ensures that spaces are practical and meet user needs.

          • Key elements: space planning, zoning, storage solutions, versatility, accessibility, durability, and maintenance.

      • User Comfort:
          • Enhances physical and psychological well-being.

          • Key elements: ergonomics, temperature control, acoustics, lighting, soft furnishings, privacy, and personalization.

      • Psychological Impacts of Color and Layout:
          • Uses color and spatial arrangement to influence emotions and behavior.

          • Key elements: color psychology, spatial layout, scale and proportion, natural elements, and light and shadow.

    While both architecture and interior design are integral to creating functional and aesthetically pleasing environments, they differ significantly in their scope, focus, materials, execution phases, lifespans, and design principles. Architecture provides the foundational framework and structure, focusing on long-term durability and the overall building experience. In contrast, interior design tailors the internal environment to enhance user experience, focusing on aesthetics, functionality, and shorter-term updates.

    July 5, 2024

    Theory of Design
    Time periods in Planning, Urban Design, Architecture and Interior design

    Designing, Execution and Life span Time period in Planning, Urban Design, Architecture and Interior Design exercise

    Time periodPlanningUrban DesignArchitectureInterior design
    Designing Phase6 Month-2 years1 – 6 Month15-30 Days7-15 Days
    Execution Phase15-20 Year3-10 Year1-5 Year4-6 Month
    Lifespan 1000-2000 Year150-200 Year30-100 Year5-20 Year

    Designing, execution, and lifespan periods are crucial phases in the planning, urban design, architecture, and interior design processes. Each phase has specific considerations and timelines which vary depending on the project scale, complexity, and objectives. Here’s an overview of these phases across the mentioned fields:

    1. Planning

    • Designing Phase:
      • Duration: 6 months to 2 years.
      • Activities:
      • Site analysis
      • Stakeholder consultations
      • Feasibility studies
      • Concept development
      • Preliminary designs and master plans
      • Regulatory reviews and approvals
    • Execution Phase:
      • Duration: 15 to 20 years.
      • Activities:
      • Detailed planning
      • Phased implementation
      • Coordination with various agencies
      • Continuous monitoring and adjustments
    • Lifespan:
      • Typically 1000 to 2000 years, depending on infrastructure durability and urban growth dynamics.

    2. Urban Design

    • Designing Phase:
      • Duration: 1 to 6 Month.
      • Activities:
      • Visioning and goal setting
      • Urban analysis
      • Public consultations
      • Drafting urban design frameworks and guidelines
      • Integration with transportation, land use, and environmental planning
    • Execution Phase:
      • Duration: 3 to 10 years or more (phased implementation).
      • Activities:
      • Infrastructure development
      • Public space creation
      • Zoning regulation enforcement
      • Continuous stakeholder engagement
    • Lifespan:
      • Can range from 150 to 200 years, influenced by city evolution, technological advancements, and policy changes.

    3. Architecture

    • Designing Phase:
      • Duration: 15-30 Days
      • Activities:
      • Client brief and requirements analysis
      • Conceptual design
      • Schematic design
      • Design development
      • Construction documents preparation
    • Execution Phase:
      • Duration: 1 to 5 years.
      • Activities:
      • Site preparation
      • Construction management
      • Quality control
      • Adherence to building codes and standards
      • Final inspections and handover
    • Lifespan:
      • Typically 30 to 100 years, depending on construction quality, materials used, and maintenance practices.

    4. Interior Design

    • Designing Phase:
      • Duration: 7 to15 Days
      • Activities:
      • Space planning
      • Concept and theme development
      • Material and finish selections
      • Furniture and fixture specifications
      • Lighting and color schemes
    • Execution Phase:
      • Duration: 4 to 6 months.
      • Activities:
      • Site preparation
      • Installation of finishes and fixtures
      • Furniture installation
      • Final styling and decoration
    • Lifespan:
      • Typically 5 to 20 years, as interior designs are more frequently updated to keep up with trends and functional needs.

    Key Considerations

    • Sustainability: Incorporating sustainable practices can extend the lifespan and reduce environmental impact.
    • Technology: Advancements can influence both design and execution phases, introducing new tools and materials.
    • Regulations: Compliance with local codes and regulations is essential in all phases.
    • Maintenance: Regular maintenance is crucial to maximize lifespan and ensure the longevity of the design and construction.

    Understanding the timelines and activities involved in each phase helps in better planning and execution of projects, ensuring they meet their intended purpose and stand the test of time.

    July 4, 2024

    Civic project
    Mozamabad Jain Dharmshala

    Project Details

    Project Stage :  Completed in 2005
    Built-Up Area : 7,000 sqft
    Developer : Bhawarlal Sarogi
    Address : Digambar Jain Mandir Mozamabad, Rajasthan 303009

    Satellite Location : 26.672626, 75.358969
    Role : Architectural Consultancy

    Google Location Map

    June 7, 2024

    Civic project
    Kaladera Jain Community hall

    Project Details

    Project Stage :  Completed in 2010
    Built-Up Area : 5,000 sqft
    Developer : Shantilal Patni
    Address : RJ SH 19, Kaladera, Rajasthan 303801

    Satellite Location : 27.1872, 75.623527
    Role : Architectural Consultancy

    Google Location Map

    June 7, 2024

    Civic project
    Jai Singh Ghera Ashram

    Project Details

    Project Stage :  Completed in 2010
    Built-Up Area : 12,000 sqft
    Developer : Shri Vatsji
    Address : Jai Singh Ghera Ashram, Bhanumati Rd, Keshi Ghat, Vrindavan, Uttar Pradesh 281121

    Satellite Location : 27.585406, 77.697209
    Role : Architectural Consultancy

    Google Location Map

    June 7, 2024

    Civic project
    Itawa Bhopji Jain Community Hall

    Project Details

    Project Stage :  Completed in 2011
    Built-Up Area : 3000 sqft
    Developer : Itawa Bhopji Jain Samaj
    Address : Itawa Bhopji, Rajasthan 303804

    Satellite Location : 27.25098, 75.720729
    Plot Area : 3000 sqft

    No of Floor : G

    Role : Architectural Consultancy

    June 7, 2024

    Residence cum Clinic
    Dr Sanjay Gupta Residence cum Clinic

    Project Details

    Project Stage :  Completed in 2004
    Built-Up Area : 4,800 sqft
    Developer : Dr Sanjay Gupta
    Address : 283, Nirman Nagar AB, Jaipur, Rajasthan 302019

    Satellite Location : 26.888799, 75.749412
    Role : Architectural & Interior Consultancy

    Dr Sanjay Gupta Residence cum clinic Nirman Nagar, Jaipur

    Google Location Map

    June 7, 2024

    office interior
    System integrator office 

    Project Details

    Project Stage :  Completed in 2023
    Built-Up Area : 900 sqft
    Developer : Bhagwat Singh Nagori
    Address : Second floor Apex Bank head office, Tonk Road

    Satellite Location : 26.882978, 75.79997
    Role : Interior Consultancy

    June 6, 2024

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