The document provides an introduction and overview of a resort case study. It includes sections on site analysis, design ideology, landscaping, and amenities. The site is located in Nashik, Maharashtra, India and covers 9,000 square meters. Key aspects of the site include slopes towards the south, soil characteristics, and vegetation used in landscaping. Cottages are designed in the architectural style of Bali and amenities include a swimming pool, massage rooms, and meditation areas. The landscape design aims to provide a natural environment using plants native to the region.
Banasura Hill Resort, Asia's largest 'Earth Resort' and the 'greenest' destination in the Nilgiris Biosphere welcomes you to a memorable holiday in the lap of Nature
Located in the midst of the hills at an altitude of more than 3000 feet, Banasura Hill Resort is one of the most exotic place for honeymooners and families to spend some quiet, quality time. Visit http://banasura.com to know more.
Banasura Hill Resort, Asia's largest 'Earth Resort' and the 'greenest' destination in the Nilgiris Biosphere welcomes you to a memorable holiday in the lap of Nature
Located in the midst of the hills at an altitude of more than 3000 feet, Banasura Hill Resort is one of the most exotic place for honeymooners and families to spend some quiet, quality time. Visit http://banasura.com to know more.
KATAFANGA IS AN ISLAND IN FIJI HAVING AN AREA OF 225 ACRES.
THIS PPT IS AN ARCHITECTURAL CASE STUDY ON THIS RESORT.
DRAWINGS: PLANS , SITE PLAN, ELEVATIONS, SECTONS
Bachelor Of Architecture (2018) Thesis
‘Yuj’ is a Sanskrit word which means ‘to bind, to join, to attach, to yoke; to direct and concentrate one’s attention on, to use and apply. It also means union or communion.’
In the yogic lore, Shiva is seen as the first yogi, and the first Guru. It is a root word of ‘Yoga’ and a discipline that aims to unite the mind, body and spirit. It has a lot of physical, spiritual and psychological benefits.
Seals and fossil remains of Indus Saraswati valley civilization with Yogic motives and figures performing Yoga Sadhana suggest the presence of Yoga in ancient India. Though Yoga was being practiced in the pre-Vedic period, the great Sage Maharshi Patanjali systematized and codified the then existing practices of Yoga, its meaning and its related knowledge through his Yoga Sutras: Yama, Niyama, Asana, Pranayama, Pratyahara, Dharana, Dhyana, Samadhi. The Classical period can be mainly dedicated to two great religious teachers of India – Mahavir and Buddha. The concept of Five great vows – Pancha mahavrata- by Mahavir and Ashta Magga or eightfold path by Buddha - can be well considered as early nature of Yoga sadhana. According to modern scientists, everything in the universe is just a manifestation of the same quantum firmament.
Yoga works on the level of one’s body, mind, emotion and energy. This has given rise to four broad classifications of Yoga: karma yoga, where we utilize the body; bhakti yoga, where we utilize the emotions; gyana yoga, where we utilize the mind and intelect; and kriya yoga, where we utilize the energy.
Yoga allows you to find an inner peace that is not ruffled and riled by the endless stresses and struggles of life. The people with possibly stabled mind will enhance their mental and physical power to work in their profession more effectively.
Raj Yoga-
God is the subtle point of light refered as ‘Supreme Soul’
Every action performed by a soul will create a return accordingly, hence maintaining their ‘karmic account’ …Meditation purifies thinking patterns and eventually actions!!
Study of ‘murli’ is the medium to connect GOD.
Vipassana-
To see things as they really are… process of self-purification by self-observation.
A universal remedy for universal ills, an Art of Living!!!
Monism that god was in everything and everyone… ...to overcome repression, lower there personal inhibitions, develop a state of emptiness and attain enlightenment!!
Wear traditional orange dress including a beaded necklace.
Sudarshan Kriya-
Science and spirituality are linked.
NGO that focuses on the upliftment of human values such as love, compassion, enthusiasm and inner growth. A range of mental and physical benefits are reported in the medical studies
Chokhi Dhani Group is synonymous with Rajasthani village themed hospitality since 1990. Since December of 1994, the 5 Star Chokhi Dhani Resort & Hotel in Jaipur has been serving international and local travelers. Under guidance of Chairman Mr. Gul Vaswani and Managing Director Mr. Subhash Vaswani Chokhi Dhani Group has emerged as a unique hospitality chain due to its commitment to provide guests with unique experience of Rajasthani culture. The pride of Rajasthan and India Chokhi Dhani Group can easily boast itself as a great promoter and preserver of traditional heritage hospitality of Rajasthani culture
Address: 12 Miles Tonk Road, Goner Mod Flyover, Sitapura, Jaipur, Rajasthan 303905
Hours:
Closed ⋅ Opens 5:30PM
Phone: 0141 516 5000
ECO RESORT A.d. case study machan lonavla Dikshant Kubal
ITS A INTERNET CASE STUDY , MADE FOR ARCHITECTURAL DESIGN PROJECT, IT GIVES AN OVERALL VIEW OF THE RESORT , MORE INFORMATION IS AVAILABLE ON THEIR WEBSITE . IT MIGHT BE USEFUL TO ARCHITECTURE STUDENTS AS A CASE STUDY
KATAFANGA IS AN ISLAND IN FIJI HAVING AN AREA OF 225 ACRES.
THIS PPT IS AN ARCHITECTURAL CASE STUDY ON THIS RESORT.
DRAWINGS: PLANS , SITE PLAN, ELEVATIONS, SECTONS
Bachelor Of Architecture (2018) Thesis
‘Yuj’ is a Sanskrit word which means ‘to bind, to join, to attach, to yoke; to direct and concentrate one’s attention on, to use and apply. It also means union or communion.’
In the yogic lore, Shiva is seen as the first yogi, and the first Guru. It is a root word of ‘Yoga’ and a discipline that aims to unite the mind, body and spirit. It has a lot of physical, spiritual and psychological benefits.
Seals and fossil remains of Indus Saraswati valley civilization with Yogic motives and figures performing Yoga Sadhana suggest the presence of Yoga in ancient India. Though Yoga was being practiced in the pre-Vedic period, the great Sage Maharshi Patanjali systematized and codified the then existing practices of Yoga, its meaning and its related knowledge through his Yoga Sutras: Yama, Niyama, Asana, Pranayama, Pratyahara, Dharana, Dhyana, Samadhi. The Classical period can be mainly dedicated to two great religious teachers of India – Mahavir and Buddha. The concept of Five great vows – Pancha mahavrata- by Mahavir and Ashta Magga or eightfold path by Buddha - can be well considered as early nature of Yoga sadhana. According to modern scientists, everything in the universe is just a manifestation of the same quantum firmament.
Yoga works on the level of one’s body, mind, emotion and energy. This has given rise to four broad classifications of Yoga: karma yoga, where we utilize the body; bhakti yoga, where we utilize the emotions; gyana yoga, where we utilize the mind and intelect; and kriya yoga, where we utilize the energy.
Yoga allows you to find an inner peace that is not ruffled and riled by the endless stresses and struggles of life. The people with possibly stabled mind will enhance their mental and physical power to work in their profession more effectively.
Raj Yoga-
God is the subtle point of light refered as ‘Supreme Soul’
Every action performed by a soul will create a return accordingly, hence maintaining their ‘karmic account’ …Meditation purifies thinking patterns and eventually actions!!
Study of ‘murli’ is the medium to connect GOD.
Vipassana-
To see things as they really are… process of self-purification by self-observation.
A universal remedy for universal ills, an Art of Living!!!
Monism that god was in everything and everyone… ...to overcome repression, lower there personal inhibitions, develop a state of emptiness and attain enlightenment!!
Wear traditional orange dress including a beaded necklace.
Sudarshan Kriya-
Science and spirituality are linked.
NGO that focuses on the upliftment of human values such as love, compassion, enthusiasm and inner growth. A range of mental and physical benefits are reported in the medical studies
Chokhi Dhani Group is synonymous with Rajasthani village themed hospitality since 1990. Since December of 1994, the 5 Star Chokhi Dhani Resort & Hotel in Jaipur has been serving international and local travelers. Under guidance of Chairman Mr. Gul Vaswani and Managing Director Mr. Subhash Vaswani Chokhi Dhani Group has emerged as a unique hospitality chain due to its commitment to provide guests with unique experience of Rajasthani culture. The pride of Rajasthan and India Chokhi Dhani Group can easily boast itself as a great promoter and preserver of traditional heritage hospitality of Rajasthani culture
Address: 12 Miles Tonk Road, Goner Mod Flyover, Sitapura, Jaipur, Rajasthan 303905
Hours:
Closed ⋅ Opens 5:30PM
Phone: 0141 516 5000
ECO RESORT A.d. case study machan lonavla Dikshant Kubal
ITS A INTERNET CASE STUDY , MADE FOR ARCHITECTURAL DESIGN PROJECT, IT GIVES AN OVERALL VIEW OF THE RESORT , MORE INFORMATION IS AVAILABLE ON THEIR WEBSITE . IT MIGHT BE USEFUL TO ARCHITECTURE STUDENTS AS A CASE STUDY
Urbanization in Delhi, India, has been a significant phenomenon over the past few decades. As the capital city of India and one of its most important economic and cultural centers, Delhi has experienced rapid population growth and urban development.
Here are some key aspects of urbanization in Delhi:
Population Growth: Delhi has witnessed a substantial increase in its population due to migration from rural areas and natural population growth. The population has surged from around 9.8 million in 1991 to over 30 million by some estimates in 2024, making it one of the most populous urban agglomerations in the world.
Infrastructure Development: To accommodate the growing population and urbanization, there has been considerable investment in infrastructure development, including transportation networks, housing, water supply, and sanitation. Projects such as the Delhi Metro, expanded road networks, and redevelopment initiatives have aimed to address the challenges of urbanization.
Economic Growth: Delhi serves as a major economic hub in India, with a diverse economy encompassing industries such as information technology, finance, tourism, and manufacturing. Urbanization has contributed to the growth of commercial activities and employment opportunities, attracting migrants from various parts of the country.
Challenges: Urbanization in Delhi has also brought about numerous challenges, including air pollution, traffic congestion, inadequate housing, and strain on public services such as healthcare and education. Rapid urbanization has led to unplanned expansion, informal settlements, and environmental degradation.
Urban Planning: Efforts have been made to address the challenges of urbanization through better urban planning and governance. Initiatives such as the Master Plan for Delhi, which lays out guidelines for land use, infrastructure development, and environmental conservation, aim to manage urban growth more effectively.
Social Dynamics: Urbanization in Delhi has led to diverse social dynamics, with a mix of cultures, languages, and lifestyles. However, it has also resulted in socioeconomic disparities, with pockets of wealth and poverty coexisting within the city.
Overall, urbanization in Delhi reflects the broader trend of rapid urban growth seen in many developing countries, presenting both opportunities and challenges for sustainable development and quality of life. Effective urban planning, infrastructure investment, and governance are crucial for addressing the complexities of urbanization and ensuring a better future for Delhi's residents.
Urban pockets, also known as urban clusters or neighborhoods, offer several benefits both to residents and to the city as a whole. These benefits include:
Community Development: Urban pockets foster a sense of community among residents, creating opportunities for social interaction, cultural exchange, and collective action. Strong community ties can lead to increased social cohesion, support networks, and a sense of belonging.
Convenience: Urban pockets often contain a mix of residential, commercial, and recreational facilities within close proximity, making them convenient places to live. Residents have easy access to amenities such as grocery stores, restaurants, parks, and entertainment venues, reducing the need for long commutes.
Walkability and Connectivity: Well-designed urban pockets prioritize walkability and connectivity, with pedestrian-friendly streets, bike lanes, and public transportation options. This encourages active lifestyles, reduces dependence on cars, and improves overall mobility and accessibility for residents.
Diverse Housing Options: Urban pockets typically offer a variety of housing options to suit different lifestyles and budgets, including apartments, townhouses, and single-family homes. This diversity promotes socioeconomic integration and allows people with varying needs and preferences to find suitable housing.
Cultural and Economic Vibrancy: Urban pockets often serve as centers of cultural activity and economic vitality, attracting artists, entrepreneurs, and small businesses. Vibrant neighborhoods with a mix of shops, cafes, galleries, and theaters contribute to the city's cultural identity and provide opportunities for economic growth and innovation.
Green Spaces and Public Realm: Well-designed urban pockets incorporate green spaces, parks, and public plazas, enhancing the quality of life for residents and providing areas for recreation, relaxation, and social gatherings. Access to nature within the urban environment has been shown to improve mental health and overall well-being.
Environmental Sustainability: Compact urban pockets promote sustainable development by reducing urban sprawl, conserving land, and minimizing the environmental impact of transportation. Concentrating development in dense, walkable neighborhoods can lead to lower energy consumption, reduced greenhouse gas emissions, and better resource efficiency.
Resilience and Safety: Strong community networks and local institutions in urban pockets can contribute to resilience in the face of challenges such as natural disasters, economic downturns, or social unrest. Close-knit communities are often more capable of organizing emergency response efforts, providing mutual support, and maintaining social order.
Overall, urban pockets play a crucial role in shaping the character and livability of cities, offering numerous benefits that contribute to the well-being and sustainability of urban life.
Prefabricated structures, also known as prefab structures, offer several benefits across various sectors. Some of the key advantages include:
Speed of Construction: Prefabricated structures are built off-site in a controlled environment concurrently with site preparation, significantly reducing construction time. Once on-site, assembly is quicker compared to traditional construction methods, saving time and resources.
Cost-Effectiveness: Prefab structures often result in cost savings due to efficient material usage, reduced labor expenses, and minimized construction waste. Additionally, economies of scale in manufacturing contribute to lower overall project costs.
Quality Control: Manufacturing prefabricated components in a factory setting allows for stringent quality control measures. This results in higher-quality products with consistent standards, as factors such as weather conditions and on-site variables are mitigated.
Design Flexibility: Prefabricated structures offer versatile design options to meet diverse architectural and functional requirements. Modular components can be customized, combined, or replicated to create tailored solutions for various applications.
Environmental Sustainability: Prefabrication reduces environmental impact by optimizing material usage, minimizing waste generation, and often incorporating sustainable materials. Additionally, the controlled manufacturing process can enhance energy efficiency and reduce carbon emissions.
Improved Safety: Prefabrication can enhance on-site safety by reducing the need for labor-intensive tasks and minimizing exposure to hazardous conditions. The controlled environment of factory production also reduces the risk of accidents compared to traditional construction sites.
Adaptability and Scalability: Prefabricated structures are inherently adaptable and scalable, allowing for easy modification, expansion, or relocation as needs evolve. This flexibility makes them suitable for a wide range of applications, including temporary and permanent structures.
Predictability and Consistency: Prefabricated construction offers greater predictability in project timelines and outcomes. With standardized components and assembly processes, there is reduced variability, resulting in more reliable project delivery.
Overall, the benefits of prefabricated structures make them a compelling choice for various construction projects, offering efficiency, cost savings, quality assurance, and sustainability advantages.
The vernacular architecture of Kerala, a state located in the southwestern part of India, is renowned for its distinctive style, which is deeply rooted in the region's culture, climate, and natural resources. Here are some key features and characteristics of Kerala's vernacular architecture:
Climate-responsive design: Kerala experiences a tropical climate with heavy monsoon rains and high humidity. Vernacular architecture in Kerala is designed to address these climatic conditions, with features such as sloping roofs, overhanging eaves, and large windows for cross ventilation. These elements help in keeping the interior spaces cool and comfortable.
Traditional materials: The primary materials used in Kerala's vernacular architecture include wood, bamboo, clay, and laterite stone. These materials are locally sourced and readily available, making them sustainable and cost-effective.
Thatched roofs: Thatched roofs made of coconut palm leaves or grass are common in traditional Kerala architecture. These roofs are not only aesthetically pleasing but also provide insulation against heat and sound.
Wooden architecture: Wood is extensively used in Kerala's traditional architecture, especially in the construction of columns, beams, and intricate carvings. Teak and rosewood are commonly used due to their durability and resistance to pests.
Open courtyards: Many traditional Kerala homes feature open courtyards or central atriums, known as nadumuttam. These courtyards serve as gathering spaces for family members and provide natural light and ventilation to surrounding rooms.
Distinctive roof forms: The most notable feature of Kerala's traditional architecture is its unique roof forms. The most common type is the sloping gable roof, known as nadumuttam roof or Kerala roof, which typically extends beyond the walls to provide shade and protection from the rain.
Jali work: Intricate jali (lattice) work is often incorporated into the design of windows and walls to allow for ventilation while maintaining privacy and security.
Courtyard houses: Traditional homes in Kerala are often designed as courtyard houses, with rooms arranged around a central courtyard or veranda. This layout enhances natural ventilation and creates a sense of openness and connection with the outdoors.
Adaptive design: Kerala's vernacular architecture has evolved over centuries through a process of trial and error, adapting to the region's changing socio-cultural and environmental contexts. This adaptive design approach continues to be relevant today, with modern interpretations of traditional architecture incorporating contemporary amenities while preserving the essence of the original style.
Overall, Kerala's vernacular architecture reflects a harmonious relationship between humans and their environment, blending functionality with cultural aesthetics to create timeless and sustainable built forms.
Renaissance architecture is a style of architecture that emerged in Europe during the Renaissance period, which spanned roughly from the 14th to the 17th century. It originated in Italy in the early 15th century and gradually spread throughout Europe, influencing building designs in various countries.
Key characteristics of Renaissance architecture include:
Classical influence: Renaissance architects drew inspiration from the architecture of ancient Greece and Rome, seeking to emulate their classical forms, proportions, and decorative elements. This resulted in buildings with symmetrical façades, columns, pediments, and domes.
Proportion and harmony: Renaissance architects placed a strong emphasis on mathematical proportion and harmony in their designs, striving to achieve balance and symmetry in the arrangement of architectural elements.
Humanism: Humanist ideals, which emphasized the importance of human achievement, intellect, and individualism, influenced Renaissance architecture. Buildings were designed to reflect the human scale and to enhance the experience of the individual.
Use of perspective: Renaissance architects applied principles of linear perspective to create the illusion of depth and spatial relationships in their designs, both in architectural drawings and in the arrangement of architectural elements.
Ornamentation and decoration: Renaissance buildings often feature elaborate ornamentation and decorative elements, such as relief sculptures, friezes, pilasters, and decorative moldings. These elements were used to enhance the beauty and grandeur of the architecture.
Domed structures: Renaissance architects developed techniques for constructing large domes, which became a prominent feature of many Renaissance churches and public buildings. The dome symbolized divine perfection and often served as a focal point of the building's design.
Notable examples of Renaissance architecture include:
The Florence Cathedral (Basilica di Santa Maria del Fiore) in Florence, Italy, designed by Filippo Brunelleschi.
St. Peter's Basilica in Vatican City, designed by various architects including Donato Bramante, Michelangelo, and Gian Lorenzo Bernini.
The Palazzo Rucellai in Florence, Italy, designed by Leon Battista Alberti.
The Palazzo Farnese in Rome, Italy, designed by Antonio da Sangallo the Younger and Michelangelo.
The Royal Palace of El Escorial in Spain, designed by Juan Bautista de Toledo and Juan de Herrera.
Renaissance architecture had a lasting impact on subsequent architectural styles, influencing the development of Baroque, Rococo, and Neoclassical architecture in the following centuries.
The Sydney Harbor Bridge is an iconic landmark in Sydney, Australia. It is one of the most recognizable symbols of the city and is renowned worldwide for its architectural significance and grandeur. Here are some key facts about the Sydney Harbour Bridge:
Construction: The bridge was constructed between 1923 and 1932. It took almost a decade to complete and required the work of thousands of laborers.
Design and Structure: Designed by British firm Dorman Long and Co. Ltd., the bridge features a steel through arch design. It spans across Sydney Harbour, connecting the Sydney central business district (CBD) with the North Shore.
Dimensions: The Sydney Harbour Bridge has a total length of 1,149 meters (3,770 feet) and its arch span measures 503 meters (1,650 feet), making it one of the widest long-span bridges in the world at the time of its construction.
Purpose: The bridge serves as a major transportation link, carrying vehicular, pedestrian, and bicycle traffic between the central and northern parts of Sydney.
Pylon Lookouts: Two granite-faced pylons are located at each end of the bridge. These pylons serve both structural and aesthetic purposes and also offer lookout points for tourists, providing panoramic views of the harbor and the city skyline.
Nickname: Locally known as the "Coathanger" due to its distinctive shape, resembling that of a coat hanger.
Harbour Bridge Climb: One of the most popular tourist activities in Sydney is the Harbour Bridge Climb, where visitors can ascend the bridge's arches and enjoy breathtaking views of the city and its surroundings.
New Year's Eve Celebrations: The Sydney Harbour Bridge plays a central role in Sydney's New Year's Eve celebrations, featuring spectacular fireworks displays that attract millions of spectators from around the world.
Overall, the Sydney Harbor Bridge is not only a vital transportation link but also a symbol of Sydney's identity and a major tourist attraction, drawing visitors from all corners of the globe.
RANGOLI GREENS-JAIPUR
AUGUST HOMES-AURANGABAD
Designing Functional and Livable Spaces: Housing design goes beyond aesthetics; it involves creating spaces that are functional, comfortable, and conducive to human well-being. Understanding housing within the context of architecture and structural engineering allows professionals to design homes that meet the diverse needs of inhabitants while adhering to building codes and safety standards.
Integrating Structural Integrity: Housing must be structurally sound to ensure the safety and longevity of buildings. Studying housing from a structural engineering perspective enables architects and engineers to design buildings that withstand various environmental factors, such as wind, earthquakes, and snow loads, while also optimizing material use and construction techniques.
Optimizing Space Utilization: Efficient use of space is essential in housing design, particularly in densely populated urban areas where land is limited and expensive. Studying housing in architecture and structural engineering helps professionals maximize spatial efficiency, whether through innovative floor plans, modular construction techniques, or creative use of vertical space.
Incorporating Sustainability Principles: Sustainable housing design is increasingly important in addressing environmental challenges such as climate change, resource depletion, and pollution. Studying housing within architecture and structural engineering disciplines allows professionals to integrate sustainability principles into their designs, including energy-efficient building materials, passive design strategies, renewable energy systems, and green building certifications.
Addressing Cultural and Social Contexts: Housing design should be sensitive to cultural norms, social dynamics, and community needs. Studying housing within architecture and structural engineering disciplines helps professionals understand the cultural and social contexts in which housing projects are situated, allowing them to design spaces that resonate with local communities while fostering inclusivity and social cohesion.
Enhancing Quality of Life: Well-designed housing has a significant impact on the quality of life of inhabitants. By studying housing within architecture and structural engineering, professionals can create homes that promote health, comfort, and happiness through considerations such as natural light, ventilation, thermal comfort, acoustics, and access to amenities and green spaces.
Meeting Regulatory Requirements: Housing design must comply with various regulatory requirements, including building codes, zoning ordinances, and accessibility standards. Studying housing within architecture and structural engineering disciplines ensures that professionals are well-versed in relevant regulations and can design buildings that meet legal and safety requirements.
In summary, studying housing within architecture and structural engineering is essential for designing.
Studying the art history of ancient Greece, Egypt, and Rome is essential for understanding the foundations of Western art, gaining insights into cultural values and beliefs, preserving cultural heritage, tracing influences on modern art and architecture, exploring artistic techniques and innovations, understanding cultural exchange and interaction, and appreciating artistic excellence.
Understanding Human Expression: Art is a fundamental form of human expression, reflecting cultural, social, political, and religious values across time and geography. By studying art history, we gain insights into the ways different societies have communicated their ideas and emotions through visual media.
Preserving Cultural Heritage: Artworks are tangible embodiments of cultural heritage. Studying art history helps in preserving and interpreting these artworks, ensuring that they are not lost to time and that future generations can appreciate and learn from them.
Contextualizing Historical Events: Art often reflects the historical context in which it was created. By studying art history, we can gain a deeper understanding of historical events, movements, and ideologies, as well as the lives of people who lived during those times.
Appreciating Diversity: Art history encompasses a vast array of styles, techniques, and traditions from around the world. By studying diverse artworks, students gain an appreciation for different cultures, perspectives, and artistic innovations, fostering tolerance and empathy.
Enhancing Critical Thinking: Analyzing artworks involves critical thinking skills such as observation, interpretation, and evaluation. Studying art history encourages students to think critically about visual imagery, symbolism, and artistic techniques, thereby enhancing their analytical abilities.
Inspiring Creativity: Exposure to a wide range of artistic styles and movements can inspire creativity and innovation. Studying art history provides students with a rich visual vocabulary and historical precedents that can inform their own artistic practice and creative endeavors.
Career Opportunities: Knowledge of art history opens up various career opportunities in fields such as museums, galleries, education, publishing, conservation, and cultural heritage management. Many professions value the research, communication, and analytical skills developed through the study of art history.
In summary, studying art history is essential for understanding human culture, preserving heritage, contextualizing history, appreciating diversity, enhancing critical thinking, inspiring creativity, and pursuing various career paths related to the arts and humanities.
Islamic architecture captivates people for several reasons:
Intricate Design: Islamic architecture is renowned for its intricate and elaborate designs, characterized by geometric patterns, arabesques, and calligraphy. These designs often adorn mosques, palaces, and other structures, creating visually stunning environments.
Spiritual Significance: Many are drawn to the spiritual symbolism embedded in Islamic architecture, especially in mosques. The grandeur of these buildings often evokes a sense of awe and reverence, providing a space for worship and reflection.
Cultural Heritage: Islamic architecture reflects the rich cultural heritage of various regions across the Islamic world, spanning from Spain to Southeast Asia. Its diversity showcases the amalgamation of different architectural styles, influenced by local traditions and historical contexts.
Innovation and Engineering: Islamic architects have been pioneers in various architectural innovations, including the development of geometric principles and advanced construction techniques. The soaring domes, intricate arches, and towering minarets demonstrate their mastery of engineering and design.
Timelessness: Islamic architecture has stood the test of time, with many structures dating back centuries yet still retaining their beauty and functionality. This timelessness speaks to the enduring appeal and significance of Islamic architectural principles.
Overall, Islamic architecture continues to fascinate people worldwide, serving as a testament to the ingenuity, creativity, and cultural richness of the Islamic civilization.
LOTUS TEMPLE- Case Study
The Lotus Temple, located in Delhi, India, is a Bahá'í House of Worship known for its distinctive lotus flower-like architecture. Completed in 1986, it attracts visitors from around the world for its serene atmosphere and its promotion of unity and peace. The temple welcomes people of all religions to pray or meditate in its silent environment. It's not only an architectural marvel but also serves as a symbol of the Bahá'í faith's emphasis on harmony among different cultures and religions.
Internal building materials play a crucial role in the overall performance, aesthetics, and sustainability of buildings. Here are some key aspects highlighting their importance:
Structural Integrity: Internal building materials such as concrete, steel, timber, and masonry provide the structural framework for buildings. They must be selected and installed correctly to ensure the structural integrity and stability of the building, ensuring it can withstand loads and environmental forces.
Thermal Performance: The choice of internal building materials greatly influences the thermal performance of a building. Insulating materials such as foam insulation, fiberglass, or mineral wool help regulate indoor temperatures, reduce heat loss in winter, and minimize heat gain in summer. Proper insulation can lead to energy savings and improved comfort for occupants.
Acoustic Comfort: Internal building materials play a crucial role in controlling sound transmission within buildings. Materials with good acoustic properties, such as sound-absorbing ceiling tiles, acoustic panels, or double-glazed windows, can help reduce noise levels, improve speech intelligibility, and create quieter and more comfortable indoor environments.
Indoor Air Quality: The selection of internal building materials can impact indoor air quality, as some materials may emit volatile organic compounds (VOCs) or other harmful substances. Choosing low-emission materials, such as paints, adhesives, and finishes with low VOC content, can help maintain healthy indoor air quality and minimize the risk of respiratory problems and other health issues for occupants.
Aesthetics and Design: Internal building materials contribute significantly to the aesthetic appeal and design of buildings. The texture, color, and finish of materials such as flooring, wall cladding, and cabinetry influence the overall look and feel of interior spaces. Carefully selected materials can enhance the visual appeal of buildings, create cohesive design schemes, and evoke specific atmospheres or styles.
Durability and Maintenance: Internal building materials should be selected based on their durability and maintenance requirements. Durable materials such as ceramic tiles, hardwood flooring, and high-quality paints can withstand wear and tear, reduce the need for frequent repairs or replacements, and contribute to the long-term sustainability of buildings.
Sustainability and Environmental Impact: Choosing sustainable building materials, such as recycled content materials, renewable resources, or products with low embodied energy, can reduce the environmental impact of construction and contribute to green building initiatives. Sustainable materials help conserve natural resources, minimize waste generation, and promote a more environmentally responsible approach to building design and construction.
In Norway, the most common sustainability certification system for buildings is called "BREEAM NOR." BREEAM NOR stands for Building Research Establishment Environmental Assessment Method for Norway.
BREEAM NOR is based on the internationally recognized BREEAM system but has been adapted to suit Norwegian building practices, regulations, and environmental conditions. It assesses the environmental performance of buildings across various categories, such as energy, water, materials, waste, pollution, and health and well-being.
Similar to other BREEAM schemes, BREEAM NOR provides a framework for evaluating and rating the sustainability of buildings. It aims to promote environmentally friendly and energy-efficient building practices, reduce the environmental impact of buildings, and improve the overall quality of the built environment in Norway.
BREEAM NOR assessments are typically conducted by licensed assessors who evaluate buildings against the BREEAM NOR criteria. Buildings can achieve different certification levels based on their performance, ranging from Pass, Good, Very Good, Excellent, and Outstanding.
By encouraging sustainable building practices and providing recognition for environmentally responsible projects, BREEAM NOR plays a crucial role in advancing sustainability in the Norwegian construction industry and contributing to national and international sustainability goals.
Shell structures offer several benefits in architectural and engineering design:
Strength and Stability: Shell structures distribute loads efficiently, resulting in excellent structural strength and stability. Their curved shapes allow them to withstand external forces such as wind and seismic loads more effectively than traditional flat structures.
Material Efficiency: Shell structures typically require fewer materials compared to conventional structures with columns and beams. This efficiency is due to their inherent strength and ability to span large distances without intermediate supports, resulting in cost savings and reduced environmental impact.
Large Clear Spans: Shell structures can create large, uninterrupted interior spaces without the need for supporting columns or walls. This makes them ideal for applications such as sports stadiums, exhibition halls, and aircraft hangars, where maximizing usable space is essential.
Aesthetic Appeal: The flowing, organic forms of shell structures often create visually striking architectural designs. Their sculptural beauty can enhance the aesthetic quality of buildings and make them iconic landmarks in their surroundings.
Flexibility in Design: Shell structures offer architects and engineers flexibility in design, allowing them to create unique shapes and configurations that may not be feasible with traditional building systems. This design flexibility enables creative expression and innovation in architectural design.
Adaptability to Terrain: Shell structures can conform to the natural contours of the landscape, making them well-suited for construction in challenging terrain or environmentally sensitive areas. Their ability to blend harmoniously with the surroundings enhances their integration into the built environment.
Durability and Longevity: Shell structures are often highly durable and resistant to weathering and corrosion, particularly when constructed using high-performance materials such as reinforced concrete or steel. Their robustness contributes to their long service life and minimal maintenance requirements.
Energy Efficiency: Depending on their design and orientation, shell structures can offer energy efficiency benefits such as passive solar heating, natural ventilation, and daylighting. Their thermal mass and reduced surface area compared to conventional buildings can help minimize heating and cooling loads, leading to lower energy consumption and operational costs.
Overall, shell structures offer a compelling combination of structural efficiency, aesthetic appeal, and environmental sustainability, making them an attractive choice for a wide range of architectural and engineering applications.
Historical Significance: Vaults have been an integral part of architectural design for centuries, dating back to ancient civilizations such as the Romans and Egyptians. Understanding vaults allows architects to appreciate the historical significance of architectural styles and construction techniques.
Structural Integrity: Vaults play a significant role in providing structural support to buildings. Understanding how vaults distribute weight and resist forces such as gravity and lateral loads is essential for designing stable and durable structures.
Aesthetic Considerations: Vaults can contribute to the aesthetic appeal of a building. Different types of vaults, such as barrel vaults, groin vaults, and ribbed vaults, offer architects a range of design options to create visually striking spaces. Understanding vaults helps architects make informed decisions about which type of vault best suits their design objectives.
Functional Design: Vaults serve practical functions in architecture, such as creating large open spaces without the need for internal columns or supports. Understanding vaults allows architects to optimize space utilization and design buildings that meet the functional requirements of their intended use.
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3. INTRODUCTION
INTRODUCTION TO RESORT AND
BRIEFING
01
A. TYPES OF LODGING OPERATIONS
B. TYPES OF RESORT
C. CHARACTERISTICS OF RESORT
D. WELLNESS CENTRE
4. A. TYPES OF LODGING OPERATIONS
Classic
Hotels
Resorts Spas Convention
Hotels
Motels
and Motor
Hotels
Condominium
Hotels
Residential
Hotels
Casino Hotels
and Resorts
Resorts are self-contained establishments that cater to many of a
vacationer’s needs. At a minimum, they typically have lodging,
shopping, and dining on-site. Other amenities may include:
★ Entertainment Like Live Music, Comedy, Or Traditional
Dances
★ Spas, Saunas, And Other Wellness-Related Businesses
★ Day Trips To Local Landmarks And Archaeological Sites
★ Childcare Services
★ Gyms, Sports Coaching, And Group Fitness Classes.
WHAT IS A RESORT ? A resort is a self-contained
destination that can provide for
all of your travel needs in one
location. You can find food, drinks,
entertainment, shopping, and other
activities all without needing to
l leave the property.
5. B. TYPES OF RESORT
By location: By seasonality: By designation: By form of ownership:
1) Urban resort
2) Beach or seaside resort
3) Lake resort
4) Mountain resort
5) Island resort
6) Desert resort
7) Tropical rainforest resort
8) (sensitive and restrictive)
9) Farm-related
1) Year-round resort
2) Summer resort
3) Winter resort
1) Spa resort
2) Golf resort
3) Ski resort
4) Guest ranch
5) Diving resort
6) Fishing resort
Resort Hotel
● Person "leases" the room/cottage
for transient stay
● Person develops/buys another
home in outdoor areas
● Person pays for the right to
accommodations at a vacation
development for a specified
period each year, for a specified
number of years or for perpetuity.
➔ A Stunning Location.
➔ Unparalleled Service & Convenience
➔ Outstanding Decor and Room Amenities.
➔ A Memorable, Satisfying Dining Experience.
➔ Activities & Fun.
E. CHARACTERISTICS OF RESORT
C. CHARACTERISTICS OF RESORT
➔ A Stunning Location.
➔ Unparalleled Service & Convenience
➔ Outstanding Decor and Room Amenities.
➔ A Memorable, Satisfying Dining Experience.
➔ Activities & Fun.
6. What are the 4 types of wellness?
➢ The Four Dimensions
1. SPIRITUAL WELLNESS.
2. EMOTIONAL WELLNESS
3. PHYSICAL WELLNESS
4. SOCIAL WELLNESS.
A wellness center is an
establishment that offers health
services for the body and mind.
WHAT IS A WELLNESS CENTRE ?
D. WELLNESS CENTRE
➔ When one dimension of our well-being is out of balance, the other dimensions are affected.
➔ To strive for wellness is to take a proactive approach by learning how to be well in each dimension and taking action to build
wellness-affirming habits, routines, and coping strategies.
Meditation+
yoga Hall
7. PROJECT BRIEFING
SITE ANALYSIS
02
1) Location and area
2) Site physical characteristics
3) Site approach & Parking,Roads
4) Entry, Roads, Reason for parking
5) Site circulation
6) Slope analysis
7) Space segregation
8) Principle of design
9) Activities & Amenities in the site
10) Landscape criteria & Vegetation
11) Design Ideology
12) Footfall and scale
13) Effects on Planning
TABLE OF
CONTENTS
8. A soulful journey crafted for holistic rejuvenation of mind, body and spirit.
With serene locations, nourishing local cuisine and our unique touch of
warmth and luxury, each of these retreats is designed to permit deep
rest and allow one to embrace a relaxed and natural way of living.
-LITTLE COVE
9.
10. AIMING FOR YOGA
CHALLENGES
SATVIK AHARA
VEGETARIAN DIET
RESORT AT GLANCE
YOGA DINING
VIEWPOINTS NEAR THE LAKE
BESIDE THE RESORT ARE BEST
SUNSET
HOSPITALITY AYURVEDA
TREATMENT
ACCOMODATION
PROVIDING ORGANIC AND NATURAL
EXPERIENCE OF LIFESTYLE
PROVIDING HEALTH RELATED
TREATMENT FROM THE
AYURVEDIC CENTRE
COTTAGE BASED ROOMS
GIVING THE AMBIENCE OF
KERALA STYLE ARCHITECTURE
11. SITE LOCATION
The site is located in
India,
Deccan plateau,
Maharashtra,
Nashik,Girnare,
Nagalwadi,
422203
• Biogeographic zone : Deccan peninsula
• Lat.: 19.9975° N
• Lon.: , 73.7898° E
SITE AREA IS 9000 SQ.MTS.+ additional farms
• Shape : Rectangular / trapezoidal
• The site is EAST facing entrance.
• It is the corner having two main adjoining roads and one service
road of 6MTS.
Little cove yoga Ayurveda resort is 14
km from the center of Nashik.
YEAR OF CONSTRUCTION : 2019-2020
12. 1. MAIN NASIK CITY : 41 MIN (23.4 KM) VIA GANGAPUR RD
2. NASIK AIRPORT : 1 HR (40.8 KM)
3. NASIK RAILWAY STATION : 59 MIN (33.1 KM)
4. NASIK CENTRAL BUS STAND : 39MIN 22.6 KM)
SITE APPROACH & SURROUNDINGS
13. PHYSICAL
CHARACTERISTICS
Reddish brown Loamy
soil.
Regular soil is also found
here
Due to the clear sky, there is a lot of intense sunlight
throughout the day so the site remains cold.
Water feature Nearby
:- Their is a Gangapur
dam.
CLIMATE
Nashik's climate is classified as
tropical. The summers are much
rainier than the winters in Nashik.The
dry season is mostly clear and it is hot
year round.
Rainfall
Annual Rainfall ranges from 500 mm
to 3400 mm.
Good amount of
vegetation can be
produced here.
Sunlight The Site
Receives
Sunlight 12
hrs a day on
an average.
N
O
R
T
H
S
O
U
T
H
Slope
Contours
They have created
artificial contours
within the lawns.
Soil type
14. DESIGN IDEOLOGY
DESIGN IS INSPIRED FROM
THE COTTAGES OF BALI,
INDONESIA.
1. The same type of architecture is
present in the resort design.
2. Same construction techniques.
3. Same construction materials.
4. Sloping roof with the Mangalore
tiles.
5. Clerestory windows with louvers.
6. Same railing and baluster type.
15. MAIN ENTRY
SERVICE
ENTRY
REASONS TO PROVIDE SERVICE
ENTRY ARE :-
1. Easily accessible from road Side.
2. East side of the Site.
3. Parking lane is on the same side.
REASONS TO PROVIDE MAIN ENTRY -
1. Easily accessible from road Side.
2. No Activities are disturbed on the main site.
3. Near to Kitchen and storage space.
ENTRY GATES
Parking
Road
PARKING LANE IS PARALLEL TO RESORT
ENTRANCE.
N
APPROACH ROADS & PARKING
PARKING
AREA
The parking
is provided
on 6m wide
road on
northern end
of the
entrance.
MAIN GATE IS ON EAST AND ON ENTRANCE THERE
ARE COCONUT AND PALM TREES.
16. MAXIMUM PUBLIC CIRCULATE THROUGH THIS SPACE.
LESS PUBLIC CIRCULATE AS COMPARED TO PURPLE ZONE.
VERY LIMITED PUBLIC CIRCULATE THROUGH HERE.
SITE CIRCULATION
18. PUBLIC SPACE
SEMI PUBLIC SPACE
SEMI PRIVATE
SPACE
PRIVATE SPACE
WATER TANK
ELECTRIC GENERATOR
E.G
W.T
L
E
G
E
N
D
N
ZONING & SPACE SEGREGATION
E.G W.T
20. ● Cottages
● Swimming Pool
● Massage Room
● Dinning
● Clinic
● Meditation Area
ACTIVITIES & AMENITIES IN SITE
21. WATER TANK AT
ENTRANCE
RECEPTION AND
WAITING
MAIN ENTRANCE
MEDITATION HALL
MASSAGE ROOM
STAY FOR GUESTS
ROOMS WITH ATTACH
TOILET
INTERNAL AND
EXTERNAL OF DINING
KITCHEN VIEW
1) ROOMS ARE
AESTHETICALLY
DESIGNED
2) USED MANGALORE
TILES ROOF
3) TOILETS HAVE
JODHPURI TILES
4) UTENSILS USED ARE
ALL OF COPPER AND
BRASS
MASSAGE ROOM
SPACE SEGREGATION
22. LANDSCAPE NEAR
SWIMMING POOL
SITTING PROVIDED
OUTSIDE EVERY
COTTAGE AND
THE PATHWAY
WITH FLOWER
BEDS
SWIMMING POOL
GENERATOR
COMMON TOILETS
ENTRANCE GATE
•AS THE SITE IS SLOPPY THEY
HAVE DESIGNED ARTIFICIAL
CONTOURS BETWEEN
INTERVALS OF COTTAGES
•THE PATHWAYS ARE OF
STONE PAVEMENTS
•BESIDE KITCHEN SERVICE
ENTRY IS PROVIDED
•THE SWIMMING POOL WATER
IS USED FOR WATERING TREES
& PLANTS.
SPACE SEGREGATION
23. • The main pathways are of the subpathways for
cottages are 1.2 wide.
• The pathway between the swimming and dining area is
semicircular
PATHWAYS BETWEEN COTTAGES
24. HARDSCAPE 35%
SOFTSCAPE 65%
FLORA –FAUNA & VEGETATION
1. THEY HAVE PLANTED TULSI PLANTS ALONG THE SMALL PATHWAYS AND BESIDE THE MEDITATION HALL AS IT PURIFIES THE
NEARBY ENVIRONMENT AND IT IS ALSO USE FOR MEDICINAL PURPOSE.
2. TALL TREES TOLERATE WIND, HEAT AND IT IS ALSO ACT AS A STRONG FENCING TO THE SITE THEREFORE, THEY HAVE
PLANTED LARGE AMOUNT OF COCONUT TREES.
3. THERE WERE SO MANY FLOWERING PLANTS IT WELCOMES THE GUEST TO THE COTTAGE AND GIVES AESTHETIC APPEARANCE
TO THE SITE.
4. THEY HAVE PROVIDED GREEN COVER ALMOST TO ALL THE OPEN SPACES WHICH GIVES A NATURAL FRESH LOOK AND
HEALTHY FEELING AS WE ENTER THE RESORT.
MOSTLY MEDIUM FOLIAGE TREES AND PLANTS WERE OBSERVED, BUT DENSE VEGETATION IS ALONG THE PERIPHERY OF SITE.
WELLNESS IS TO LIVE WITHIN THE NATURE
-Mahenra Pardeshi
● Landscape forms evoke emotions and
create ambiance.
● Rectilinear forms feel structured and
formal and circular pattern are soft in
appearance of landscape of resort.
25. LANDSCAPE PLAN
SOME OF THE SPECIES INCLUDED:
1) COCONUT TREE
2) ROYAL PALMS
3) ASHOKA TREE
4) ROSE PLANT
5) HIBISCUS
6) CANNA LILY
7) TULSI PLANT
8) COLEUS PLANT
9) THUJA PLANT
10) BANYAN TREE
11) MANGO TREE
12) PAPAYA TREE
FOLIAGE ACCORDING TO SEASON
FEB-JUNE
JULY-NOV
DEC-JAN
50%
75%
60%
26. NAME OF PLANT COCONUT TREE
WHERE IT IS
USED IN
LANDSCAPING
PLAN
AT THE ENTRANCE
NEAR TOILETS AND
FRONT OF EVERY
COTTAGE
COLOUR GREEN
SHAPE TALL BRANCHING
APPEARANCE IT HAS A THICK
SOLID TRUNK
HEIGHT 30 METERS
SEASON IT
GROWS/
FLOWERS
ALL SEASONS
NAME OF PLANT ROYAL PALMS
WHERE IT IS
USED IN
LANDSCAPING
PLAN
AT THE ENTRANCE
AND PERIPHERY
OF THE SITE
COLOUR GREEN
SHAPE OVAL
APPEARANCE IT HAS A SINGLE
SMOOTH GRAY
TRUNK
HEIGHT 50-70 FT.
SEASON IT
GROWS/
FLOWERS
LATE SUMMER
NAME OF PLANT ASHOKA TREE
WHERE IT IS
USED IN
LANDSCAPING
PLAN
PERIPHERY OF THE
SITE
COLOUR COPPERY RED
SHAPE REMINISCENT OF A
PYRAMID SHAPE
APPEARANCE ONG NARROW
LANCEOLATE
LEAVES
HEIGHT 30-40 FEET
SEASON IT
GROWS/
FLOWERS
SPRING
V
E
G
E
T
A
T
I
O
N
27. V
E
G
E
T
A
T
I
O
N
NAME OF
PLANT
ROSE
WHERE IT IS
USED IN
LANDSCAPING
PLAN
NEAR SWIMMING
POOL AND
COTTAGES
COLOUR MULTICOLOUR
SHAPE CUP SHAPE
APPEARANCE SOFT, SMOOTH
PETALS
HEIGHT 8 TO 15 FEET
TALL
SEASON IT
GROWS/
FLOWERS
WINTER SEASON
NAME OF PLANT HIBISCUS
WHERE IT IS
USED IN
LANDSCAPING
PLAN
NEAR COTTAGES,
DINING AREA AND
MEDITATION HALL
COLOUR RED AND ORANGE
SHAPE TRUMPET SHAPE
APPEARANCE LARGE,
CONSPICUOUS
WITH FIVE OR MORE
PETALS
HEIGHT 15 FEET
SEASON IT
GROWS/
FLOWERS
MID TO LATE
SUMMER
NAME OF PLANT CANNA LILY
WHERE IT IS
USED IN
LANDSCAPING
PLAN
NEAR DINING AREA
COLOUR RED AND ORANGE
SHAPE ELONGATED OR
OVAL
APPEARANCE TROPICAL LIKE
FOLLIAGE AND
LARGE FLOWERS
HEIGHT 1.5 – 8 FT.
SEASON IT
GROWS/
FLOWERS
EARLY TO MID
SUMMER
28. NAME OF PLANT TULSI PLANT
WHERE IT IS
USED IN
LANDSCAPING
PLAN
BESIDE THE
MEDITATION HALL
AND ALONG THE
SMALL PATHWAYS
COLOUR GREEN
SHAPE LEAVES ARE OVAL
WITH A SLIGHTLY
SHARP TIP
APPEARANCE ERECT PLANT
WITH BRANCHED
SUB-SHRUBS
HEIGHT 3.3 FT.
SEASON IT
GROWS/
FLOWERS
SPRING
NAME OF PLANT COLEUS PLANT
WHERE IT IS USED IN
LANDSCAPING PLAN
AT THE PERIPHERY OF
THE EVERY LAWN
COLOUR LEAVES ARE PURPLE,
RED, ORANGE,PINK,
GREEN AND YELLOW
SHAPE SQUARE STEM AND
LEAVES RANGING FROM
HEART-SHAPED TO
DEEPLY FRINGED
APPEARANCE LEAF PATTERNS ARE
DISTINCTLY WILD SIDE-
SPOTTED, SPALSHED
HEIGHT 6 INCHES TO 3.5 FT.
SEASON IT GROWS/
FLOWERS
SPRING AND SUMMER
NAME OF PLANT THUJA PLANT
WHERE IT IS USED
IN LANDSCAPING
PLAN
NEAR THE DINING
AREA AND ALONG
THE PATHWAYS
COLOUR GREEN AND
BRONZER
SHAPE CONICAL
APPEARANCE IT GIVES RUSTIC
APPEARANCE
HEIGHT 10-200 FT.
SEASON IT
GROWS/ FLOWERS
AUTUMN
V
E
G
E
T
A
T
I
O
N
29. V
E
G
E
T
A
T
I
O
N
NAME OF PLANT BANYAN TREE
WHERE IT IS
USED IN
LANDSCAPING
PLAN
BEHIND THE DINING
AREA
COLOUR GREEN
SHAPE LEAVE ARE
ELLEPTICAL IN
SHAPE
APPEARANCE LEAVES ARE LARGE,
LEATHERY,GLOSSY
GREEN
HEIGHT 100 FT.
SEASON IT
GROWS/
FLOWERS
SPRING
NAME OF PLANT MANGO TREE
WHERE IT IS USED
IN LANDSCAPING
PLAN
BESIDE THE KITCHEN
COLOUR LEAVES ARE SHINY
AND DARK GREEN
SHAPE ERECT AND THICK
TRUNK BRANCHING
APPEARANCE ROUNDED CANOPY
HEIGHT 50-60 FT.
SEASON IT
GROWS/ FLOWERS
SPRING
NAME OF PLANT PAPAYA TREE
WHERE IT IS
USED IN
LANDSCAPING
PLAN
BEHIND THE DINING
COLOUR LEAVES – GREEN
FRUIT – RED OR
ORANGE
SHAPE SMALL SPARSELY
BRANCHED TREE
APPEARANCE SEMI-WOODY
HERCBACEOUS
PERENNIAL
HEIGHT 16-33 FT.
SEASON IT
GROWS/
FLOWERS
SPRING AND
AUTUMN
30. EFFECTS ON PLANNING
● The boundary of the site is covered with all tall trees like coconut tree ,
banyan tree , palm tree , etc.
● They planted all the medicinal plants in front of every cottage.
● The planning involved cottages just similar to kerala architecture like The
vernacular houses.
● There was restriction to use concrete in the construction so the timber
became the prime source of construction.
● Palm leaves are still used effectively for thatching the roofs near pools.
PROBLEM
FOR ACHIEVING MAJOR
THERMAL COMFORT REGION OF NASHIK
INVOLVE COPING UP
ISSUES
1) HUMIDITY (EXCESS MOISTURE IN
ATMOSPHERE)
2) INTENSE SUN
3) TEMPERATURE
4) EXCESS RAINFALL
SOLUTION
● IMPROVING AIR CIRCULATION BY
PROVIDING PATHWAYS,ALLEYS AND
FENESTRATION SO THAT CONSTANT
FLOW OF AIR.
● PROVIDING APPROPRIATE
SHADING DEVICES
● SPATIAL ORGANIZATION AND SITE
PLANNING
● ORGANIZING ROOMS, COTTAGES
ACCORDING TO THEIR DAY TIME USE
AND LOCATING THEM.
31. ACTIVITY ANALYSIS
DETAIL ACTIVITY DETAILS
03
A. NUMBER OF ACTIVITIES
B. TIME AND OCCUPANCY ANALYSIS
C. AREAS & TYPES & OCCUPANCY
D. ARCHITECTURAL CHARACTERISTICS
ARTICULATION AND MASSING
E. OPENED AND CLOSED SPACES
F. FACILITIES
32. NO. OF ACTIVITIES AT RESORT :
5. LANDSCAPE AREA
FOR EACH COTTAGE
1. AFTER ENTERING THERE IS A
CHECK IN AT THE RECEPTION
2. THEN AFTER THERE IS
CLINIC AND CHECKING
3. YOGA AND MEDITATION
ROOM
6. BATH AND
STEAM ROOM
4. COTTAGES FOR STAY WITH
ALL REQUIRE SERVICES
7. SWIMMING POOL 8. CAFETERIA WITH SERVING AREA
9. MASSAGE ROOM 10. TOILET ROOM
33. TIME & TYPES OF OCCUPANCY IN RESORT
1. Just for medication
A. take proper medication
B. One day return
2. For proper treatment
• Stays as per treatment
3. For the stay Purpose
• Stay is as per 3 day
plan or more..
OPEN SPACES :
• Meditation
• swimming pool
• lawns
• pathways
SEMI OPEN :
• Meditation hall
• Dining
CLOSE SPACES :
• Massage rooms
• steam and bath rooms
• clinic
•Cottages
RESORT SPACE SEGREGATION
OPENED
SEMI OPENED
CLOSED
34. TIMINGS OF VISITORS :
•There are bookings throughout the year .
•Mostly are from monsoon to winters.
60%
35. ARCHITECTURAL CHARACTERISTICS
• Principles of designs are well followed in relationship between
open and closed spaces.
Symmetry throughout the plan
SYMMETRY
• Repetition
• Hierarchy
• Balance between nature and built
up
36. FACILITIES IN EACH COTTAGE :
• Water Geyser in
bathroom
• Fan
• TV and AC
•
Housekeeping
• Room
service
• Business Centre with Internet
Access
lamp light
• Attach washroom Facilities outside :
• pool
• Ayurvedic massage
• satvik bhojan
• Steam bath
• Nature treat
37. MATERIAL ANALYSIS
APPLICATION OF VARIOUS
MATERIALS USAGE
04
A. MATERIAL APPLICATION AND SEGREGATION
B. CONSTRUCTION TECHNIQUES
C. COLOR THEME
D. LIGHTING
E. PROPORTION, SCALE AND VOLUME
F. STRUCTURAL HEIGHTS
38. RECEPTION
D- 4MX4M
WOODEN STRIP
FLOORING WITH
ALTERNATE JOINTS
LOUVERS
FACADES
OPEN
GABAL
ROOF
JODHPURI
TEAKWOOD
FURNITURE
0.45M
2M
ONE WAY MIRROR
GLASS
UPTO PLINTH
LEVEL
CONCREAT IS
USED
WOODE
N STEPS
39. MEDITATION HALL
TIE BEAM COLUMN
JUNCTION
STEEL
COLUMN
BASE PLATE
JUNCTION
WOODEN STRIP
FLOORING WITH
ALTERNATE JOINTS
PYRAMIDAL
ROOF ( STEEL
FRAME )
RAMPART
BALUSTER
(0.9M)
4.2M
4M
D- 12M X 10M
TERRACOTTA
ROOF
CLADDING
41. ROSY PINK
GRANITE
TREAD
PLINTH OF
CONCRETE
JODHPURI
TEAKWOOD
FACADE
MANGALORE
TILES
TEAKWOOD
RAILING
TEAKWOOD
BALUSTRE
TERRACOTTA
ROOF CLADDING
DOUBLE SHUTTER
TEAKWOOD DOOR
DOUBLE SHUTTER
TEAKWOOD
WINDOW
STONE
PAVEMENTS
GRASS (SOFTSCAPE) BRICKS
COTTAGE ROOM
EXTERIOR
Traditional pitched roof with the
slope of 45° supported over Timber
frames.
● Covered with traditional
roofing clay tiles.
● The pitched slope enables
the easy drain of rainwater.
● Extended over the
verandah at a length of one
metre which protects the
walls from direct heat and
rains.
42. BATHROOM WOODEN STRIP
CLADDING WITH EVEN
JOINTS
BAMBOO
CURTAINS
JODHPURI WITH
STONE TILES
CLERESTORY
WINDOW
WHITE
PORCELAIN
TILES USED IN FLOORING
D- 7.20SQM
3
M
0.75
2
M
47. Wood veneers
Teak wood
Wooden flooring - Hardwood
INTERIOR MATERIAL TERMINOLOGY
● Cottages From inside were laminated on walls with veneers.
● Wood veneer will often outlast solid wood furniture by years.
● Teak is the hardest, most durable and strongest of the hardwoods, making it the perfect
material for outdoor furniture that lasts.
● Ease of installation: Labor-intensive as solid hardwoods are nailed or stapled down.
● Solid hardwood is value for money.
● It is suitable for those who have long-time use in mind, yet do not mind installing different types of
flooring in different parts of the house, as per need.
48. SPECIFICATIONS OF TIMBER STRUCTURE
DETAILS JOINERY COMMON
DETAILS AT CORNERS
B. CONSTRUCTION TECHNIQUES
49. JOINERY DETAILS AT RIDGE
JOINERY DETAILS AT PLINTH LEVEL
WITH CONCRETE PLINTH TIMBER JOINERIES
THE 3 MOST COMMON TYPES OF JOINERY IN POST AND BEAM
STRUCTURES ARE:
Mortise and Tenon joints – These joints have adjoining pieces that connect at an
angle, which help transfer loads from horizontal timbers to vertical timbers.
B. CONSTRUCTION TECHNIQUES
SOURCE: https://timberframehq.com/timber-frame-plans/shed-plans/page/2/
50. D. COLOR THEME
Wood Water Vegetation
● Based on mainly this three type of colour scheme the
entire Resort is been developed.
● The combination of these 3 colours i.e. green, brown
& blue have massive impact from the traditional
Kerala style of architecture.
51. E. LIGHTING & FENESTRATIONS
The lighting throughout the day time around the site is due to
the sun and the multiple windows build in the cottages provides
sufficient light to each and every corner inside the Cottage and
closed spaces.
During the night time focus light, bulbs
and chandelier played a good role in
providing sufficient lighting around the
site of resort covering each space,
which made resort aesthetically
pleasing and maintain the ambience
FOCUS LIGHTS NEAR PALM TREES
D
A
Y
T
I
M
E
N
I
G
H
T
T
I
M
E
53. TYPES OF SERVICES IN RESORT
SERVICE ANALYSIS
05
1. FLOW CHART
2. CAPACITY ACCORDING TO NO. OF
PEOPLE OPTING A SERVICE
A. WATER SUPPLY
B. ELECTRICAL
C. CCTV
D. INTERNET
E. TELEPHONE
F. FIRE FIGHTING
G. BATHROOM
H. SANITATION
3. KITCHEN & DINING SERVICES
54. SERVICES IN RESORT
COTTAGES
BATHROOM
IN
COTTAGES
FANS IN
MEDITATION,
YOGA
SPACE
MASSAGE
ROOMS
FANS IN
DINNING
AREA
FOCUS
LIGHTS
ALL OVER
CAMPUS
RECEPTION AYURVEDIC
STORE
ROOM
BATHROOM
IN
COTTAGES
SWIMMING
POOL
WASH BASIN
IN DINING
AREA
KITCHEN TOILETS
WATER
SUPPLY
ELECTRICAL
SUPPLY
55. WATER TANK NEAR
AYURVEDIC CLINIC
WATER SUPPLY
WATER BODY NEARBY THE SITE & SOURCE
1) Kashyap Dams just 13 minutes away from Resort.
2) And the Nagalwadi backwater i.e Gangapur dam is nearby.
3) Water is stored in a tank and then supplied to cottages and swimming pool.
4) The used water of swimming pool is supplied to plants.
5) They have their own boring in the site for the water supply.
TANK DIMENSION:
5M DIAMETER
8M HEIGHT
1,25,600 L WATER
CAPACITY
59. A. 60-70 people can easily stay at the resort at a time.
B. 20-30 people can eat in dining area at once at a time.
A) Water Tank was At Entrance as electrical system was placed just far opposite to
avoid any danger/problem to the guests.
B) Kitchen At The Another Corner in order to maintain the view of resort without
breaking the chain of activities being performed.
C) Generator Near Kitchen was at very corner and away from water tank/water
resources.
D) Dining At The Centre Of Site to let the activity to continue without any obstruction.
E) Swimming Pool Near Dining just to provide aesthetic ambience during lunch and
dinner hours.
A. Water supply through water tank, Only means of water is through borewell.
1. There is proper housekeeping department for cleanliness around the resort
2. Electricity is through government. There is a power generator near kitchen.
3. CCTV whole site is under cctv surveillance.
4. There is wifi available at the resort for internet use. Network at site is decent.
5. Fire extinguisher are provided all over site.
6. NO solar was available.
7. Parking is on the 6m wide road on left side . No proper parking given.
8. Kitchen there are many equipment available in kitchen.
OBSERVATIONS
60. SERVICES IN BATHROOM
1) Electricity supply to Geyser, lights and plug point.
2) Water supply to WC, Shower, washbasins, etc.
SANITATION
✔ They have provided wash Basins attached to
dining space.
✔ The used water from the basins is supplied to
the nearby plants.
Electricity supply to
Fans in the dining
area.
KITCHEN & DINING SERVICES
✔ IN TOILETS SLIPPERY TILES WERE
PRESET INSTEAD OF ANTISKID
✔ TOILETS AFTER GETTING
CONNECTED TO CHAMBERS
WERE LINKED TO MAIN SEWER
LINE OF BLAK WATER.
✔ TOILETS WERE MAINLY
WESTERN STYLE
✔ CERAMIC POTS
✔ FLUSH & TOILET PAPER
SYSTEMS
BENEFITS OF USING LEAST SERVICES:
➢ Eco-friendly measures to conserve resources, such as water and energy. This can help to
preserve the environment.
➢ Staying here, help improve the air quality in the area and surroundings .
62. INSHORT ANALYSIS
1. Focus lights to maintain the ambience of resort
2. Meditation deck placed northern so to receive more sunlight from morning sun.
3. Kitchen is more towards eastearn side to get maximum Daylight.
4. Gravel all around to avoid rainwater issues n the wooden flooring damage
5. All sizes of heights are provided of plants.
6. Periphery tall palm trees to prevent the animals may existence around the resort.
7. Colour theme is following the principles of design that is contrast.
8. Pleasing sound of birds can be heard throughout the day.
9. Resort being eco friendly helps to reduce stress from its ambience. Nature has been found
to have a calming quality on our stress levels.
10. Thay have used steel frame structure in Meditation and dinning hall to avoid deforestation.
CRITICS
1) Swimming pool water drainer is missing.
2) Also direct approach to all the spaces, no interlinking/indirect approach
is seen except for kitchen.
3) Washroom tiles were not antiskid.
4) No proper parking given
5) Parties/events are not allowed
6) Pets are not allowed.
7) Absence of street lights
63. PROS OF STAYING AT AN ECO-FRIENDLY RESORT :
➢ Reduced environmental impact:
➢ By staying at an eco-friendly resort, you can help reduce your overall environmental
impact while on vacation. This is because these resorts often implement sustainable
practices, such as using renewable energy sources and recycled materials.
➢ Conservation of resources:
➢ Eco-friendly resorts often take measures to conserve resources, such as water and
energy. This can help to preserve the environment.
➢ Improved air quality:
➢ Staying at an eco-friendly resort can also help improve the air quality in the area. This is
because these resorts often use green building practices, such as proper ventilation and
insulation, to improve indoor air quality and reduce CO2 emissions.
➢ Increased wildlife sightings:
➢ Eco-friendly resorts are often located in areas with abundant wildlife. This can provide you
with the opportunity to see animals that you may not have the chance to see otherwise.
➢ Peace of mind:
➢ Knowing that you are helping to preserve the environment can give you peace of mind
while on vacation.
CONS OF STAYING AT AN
ECO-FRIENDLY RESORT :
➢ Many eco-friendly resorts are
located in remote areas, which
can be difficult to reach.
➢ They can also be expensive,
as they often cater to a luxury
market.
➢ Eco-friendly resorts may not
have all the amenities and
activities that a standard resort
would offer.
➢ They may also be less
comfortable, as they often use
recycled or natural materials.
➢ Finally, eco-friendly resorts
may be less reliable, as they
are often small and
independently owned.
INFERENCES
64. THANKS!
OUR TEAM
1) SHRUTI BAWASKAR
2) ANUSHKA BHARGAVA
3) MUNAWAR FATEMA
4) ANJALI DESHMANE
5) POOJA MANGE
6) BHARGAVI NARKHEDE
7) DHANASHREE DAWKAR
8) SHAGUN HOLANI
- LITTLE COVE RESORT AND TEAM, NASHIK