The Nehru Science Centre in Mumbai was designed by architect Achyut Kanvinde and opened in 1985. It is located on marshy land covering 8 acres and houses various exhibition halls, workshops, and auditoriums spread across 4 blocks. Kanvinde designed the complex to accentuate the natural sloping topography using split-levels and modular units connected by staircases and corridors. The exterior features a rugged concrete finish with grooves to animate the elevations.
The document provides site analysis information for a proposed heritage museum to be constructed in Kashmere Gate, New Delhi. It details the nearby transportation connections and landmarks. The objectives of the museum are to showcase Queens and prominent women of Delhi from the 17th to 19th centuries. The proposed site is 13.7 acres with good road connectivity. Case studies of the National Science Museum and National Museum in New Delhi are also included, outlining facilities, circulation, structure, finishes and observations.
Mharaja Jai Singh who built the fabled pink city was moved by two seemingly conflicts set of ideas. One of them was ancient Navgrah ( the module of nine planets). Thus the pink city of Jaipur somewhere was past of Indian art which was later discovered by Late shri Jawahar lal Nehru thus this art centre is dedicated to him.
The plan was prepared by the noted architect Charles Correa in 1986 and the building was ready in 1991. The plan is inspired by the original city plan of Jaipur, consisting of nine squares with central square left open.
This science project describes the Birla Science Museum located in Pilani, India. The museum was established privately by the Birla family in the late 19th century to showcase the scientific and technological progress in India. The museum contains several galleries including the Human Biology Gallery, Electronics Gallery, Mining Gallery, Arms and Weapon Gallery, Space Gallery, and Science Gallery. Each gallery depicts a different field of science through sculptures, illustrations, demonstrations and models. The museum aims to educate visitors on the evolution of science and technology in India.
case study of chandigarh college of architectureAbhishek Tiwari
1) The Chandigarh College of Architecture (CCA) was established in 1961 in Chandigarh, India by Le Corbusier as part of the Chandigarh Experiment.
2) CCA is located on a 20,000 square meter campus in Sector 12 of Chandigarh and has an enrollment of 200 undergraduate students.
3) The building utilizes north light and ventilation and includes facilities such as studios, workshops, a library and computer lab to support the education of architecture students.
Kawal Tanwar is a student enrolled in the subject of Built Environment at RICS School of Built Environment in New Delhi, India. The document discusses the Pragati Maidan complex in New Delhi, which was built in 1982 for the Trade Fair Authority of India. It consists of a central hall supported by 8 hollow circular columns forming an octagon, covering an area of 9,450 square meters. The cast-in-situ reinforced concrete structure used approximately 4,380 cubic meters of concrete and 750 metric tons of steel rebar.
The Nehru Science Centre in Mumbai was designed by architect Achyut Kanvinde and opened in 1985. It is located on marshy land covering 8 acres and houses various exhibition halls, workshops, and auditoriums spread across 4 blocks. Kanvinde designed the complex to accentuate the natural sloping topography using split-levels and modular units connected by staircases and corridors. The exterior features a rugged concrete finish with grooves to animate the elevations.
The document provides site analysis information for a proposed heritage museum to be constructed in Kashmere Gate, New Delhi. It details the nearby transportation connections and landmarks. The objectives of the museum are to showcase Queens and prominent women of Delhi from the 17th to 19th centuries. The proposed site is 13.7 acres with good road connectivity. Case studies of the National Science Museum and National Museum in New Delhi are also included, outlining facilities, circulation, structure, finishes and observations.
Mharaja Jai Singh who built the fabled pink city was moved by two seemingly conflicts set of ideas. One of them was ancient Navgrah ( the module of nine planets). Thus the pink city of Jaipur somewhere was past of Indian art which was later discovered by Late shri Jawahar lal Nehru thus this art centre is dedicated to him.
The plan was prepared by the noted architect Charles Correa in 1986 and the building was ready in 1991. The plan is inspired by the original city plan of Jaipur, consisting of nine squares with central square left open.
This science project describes the Birla Science Museum located in Pilani, India. The museum was established privately by the Birla family in the late 19th century to showcase the scientific and technological progress in India. The museum contains several galleries including the Human Biology Gallery, Electronics Gallery, Mining Gallery, Arms and Weapon Gallery, Space Gallery, and Science Gallery. Each gallery depicts a different field of science through sculptures, illustrations, demonstrations and models. The museum aims to educate visitors on the evolution of science and technology in India.
case study of chandigarh college of architectureAbhishek Tiwari
1) The Chandigarh College of Architecture (CCA) was established in 1961 in Chandigarh, India by Le Corbusier as part of the Chandigarh Experiment.
2) CCA is located on a 20,000 square meter campus in Sector 12 of Chandigarh and has an enrollment of 200 undergraduate students.
3) The building utilizes north light and ventilation and includes facilities such as studios, workshops, a library and computer lab to support the education of architecture students.
Kawal Tanwar is a student enrolled in the subject of Built Environment at RICS School of Built Environment in New Delhi, India. The document discusses the Pragati Maidan complex in New Delhi, which was built in 1982 for the Trade Fair Authority of India. It consists of a central hall supported by 8 hollow circular columns forming an octagon, covering an area of 9,450 square meters. The cast-in-situ reinforced concrete structure used approximately 4,380 cubic meters of concrete and 750 metric tons of steel rebar.
The great challenge to museum architecture lies in providing for the often conflicting uses of the building. On one hand, the important objects in the collection must be preserved, and preservation often requires very specific environments. On the other hand, museums make parts of their collection available to the public, so the environment must be comfortable for people, enabling their movement through the space and providing for their safety.
Casestudy on National Museum , New DelhiDivya Mishra
The National Museum in New Delhi is located near major transportation hubs like the Central Secretariat metro station and Indira Gandhi International Airport. It is surrounded by important government buildings and has stone sculptures, paintings, and landscaping around it. The three-floor museum contains numerous exhibition spaces, as well as an auditorium, library, offices, and conservation laboratory. Special lighting and flooring designs were used in different galleries. While the building utilized reinforced concrete and red sandstone, it lacked sufficient parking and had poor fire exit accessibility.
The document provides information about the National Institute of Design campus in Ahmedabad, India. It was established in 1961 and covers 63,848 square meters. The campus is divided into institutional and residential zones, with the main academic block facing the Sabarmati River. Notable features include courtyards that provide light and segregate functions, a grid structural plan, and extensive landscaping including lawns and an amphitheater. Construction utilized precast concrete and reinforced brick with an emphasis on natural lighting, ventilation, and interaction with the outdoors.
Triveni Kala Sangam is a cultural and arts complex in New Delhi designed by American architect Joseph Allen Stein between 1957-1977. It contains four art galleries, a theater, outdoor sculpture area, and provides arts classes. The complex was designed in the modern architecture style using jali screens and multiple spaces for different purposes. It is located on Tansen Marg in the cultural core of New Delhi.
The Indira Gandhi National Centre for the Arts (IGNCA) was established in 1985 in memory of Indira Gandhi. It serves as a major resource center for research and promotion of Indian arts. IGNCA aims to be interdisciplinary and study the relationships between different art forms, nature, society and cosmology. It houses collections related to performing arts, visual arts, literature and crafts from across India. IGNCA also has regional centers located across India to promote arts and culture.
The document discusses the city planning of Chandigarh, India. It describes how Le Corbusier revised the initial plan by Albert Mayer, dividing the city into sectors of about 1200 by 800 meters. Each sector was designed as an autonomous neighborhood with housing, schools, shops, and recreational spaces. The capital complex was shifted to a higher ground and designed according to Le Corbusier's philosophies. While the planning approach was praised for creating a well-organized city, it was also criticized for being too standardized and not reflecting Indian culture and ways of life. The document analyzes the planning concepts and provides an overview of the development of Chandigarh.
Sanskar Kendra casestudy, ahmedabad, india casestudymanoj chauhan
The Sanskar Kendra museum in Ahmedabad, India was designed by Le Corbusier. It is located near the Sabarmati River, about 400 meters from the river's western bank. The initial core of the museum was constructed by 1954, with plans for additional buildings that were never realized. The museum has a total site area of 5,700 square meters and a built up area of 2,313 square meters. It features a central courtyard with daylight penetrating through, low pilotis, and a main staircase. The majority of walls are unfinished brick or plaster, while the courtyard walls are left as unfinished brick. The building uses a raw concrete structure and plain brick facade, in line with Le Corbusier's style
Museum Case Studies
http://en.wikipedia.org/wiki/Museum
A museum is an institution that cares for (conserves) a collection of artifacts and other objects of scientific, artistic, cultural, or historical importance and makes them available for public viewing through exhibits that may be permanent or temporary.[1] Most large museums are located in major cities throughout the world and more local ones exist in smaller cities, towns and even the countryside. Museums have varying aims, ranging from serving researchers and specialists to serving the general public. The continuing acceleration in the digitization of information, combined with the increasing capacity of digital information storage, is causing the traditional model of museums (i.e. as static "collections of collections" of three-dimensional specimens and artifacts) to expand to include virtual exhibits and high-resolution images of their collections for perusal, study, and exploration from any place with Internet.[citation needed] The city with the largest number of museums is Mexico City with over 128 museums. According to The World Museum Community, there are more than 55,000 museums in 202 countries.[2]
The document provides information on the National Institute of Design located in Paladi, Ahmedabad, India. It was designed in 1961 by architects Sarabhai and Gira on a 63,848 sqm site along the Sabarmati River. The master plan divides the campus into three parts - the institute complex containing the academic buildings, a residential block, and public areas. The complex contains administration blocks, lecture halls, a library, workshops, laboratories, an exhibition space, auditorium, faculty rooms, and circulation areas. The residential block has hostel buildings and quarters for guests and staff. Landscaping with lawns and courtyards helps reduce the campus temperature.
The document provides information about the Shanghai Science and Technology Museum, including its location, size, facilities, and permanent exhibition areas. The museum covers an area of over 68,000 square meters and contains 11 theme exhibition areas and 4 special theaters exploring topics like nature, science, and technology. It aims to educate the public and improve scientific literacy in Shanghai.
Architecture can be traced in history since the beginning of civilization. It is an ancient discipline
and the results of its thinking and endeavor provide us with some of the most lasting examples of
our culture. Our monuments, cities, and village speak of our culture over the longest span of
time. Yet, the representation of architecture and its role in our society has not flowered. To
bridge this gap in understating between the profession and society, a National Museum of
Architecture is needed. The designed museum should provide spatial variety and inspire a sense
of visual excitement, thus contributing to the overall concept of entertainment and learning.
The India Habitat Centre is located on Lodhi Road in New Delhi. It was designed by architect Joseph Allen Stein and covers an area of 9 acres. It is a cultural center that hosts various events like plays, concerts, exhibitions and conferences. The complex contains galleries, restaurants, an auditorium and landscaped outdoor spaces. It was designed to segregate pedestrian and vehicular movement with level changes and connected buildings to create courtyards throughout.
This case study examines the City Centre Kolkata project, a commercial, cultural, and social hub in Kolkata, India designed by architect Charles Correa. The project aims to create a space that serves as a node for various activities. Located in Salt Lake City, it incorporates mixed uses on its 50,400 square meter site. Key aspects of the design include replicating conventional Indian shopping markets with an open, clustered layout, and connecting public spaces and diverse activities through built forms and linkages. Floor plans show the arrangement of functions across levels, while sections illustrate the integration of interior and exterior spaces.
This document discusses the history of climate change from the 19th century to present day. It details how scientific evidence for human-caused global warming has grown since the 1800s from early studies on greenhouse gases and climate modeling. It explains the consensus among scientific organizations today that increasing CO2 levels are causing the planet to warm at an alarming rate.
Birla Planetarium interior planning and designing case study.
User circulation plan, Natural lighting plan and other standard aspects mentioned in the presentation. Floor plans and hvac workings also included.
Site located in Hyderabad.
Jawahar Kala Kendra is a cultural centre in Jaipur, India dedicated to Jawaharlal Nehru. Architect Charles Correa designed the centre based on the original city plan of Jaipur, arranging squares to represent the nine planets. The 9.5 acre complex includes art galleries, workshops, a library, and Shilpgram, a rural complex with replicas of huts from different regions of Rajasthan showcasing crafts and culture. By invoking the original city plan and using local materials like red sandstone, Correa created a space that blends traditional Indian concepts with contemporary design to display and promote India's cultural heritage.
The document summarizes three projects:
1. The National Handicrafts and Handloom Museum in Delhi, designed by Charles Correa in 1990 to preserve Indian craft traditions and showcase objects from all over India.
2. The Living & Learning Design Center (LLDC) in Kutch, Gujarat, conceived as a resource center and public museum to preserve local crafts. Designed by responding to the local climate and using sustainable materials and techniques.
3. The Uttrayan Art Foundation in Vadodara, Gujarat, completed in 2009, aims to promote art and culture.
This document discusses places of geographical interest that can be used for social science learning, including planetariums and geology museums. It provides details on what a planetarium is - a theater for presenting astronomy shows using projected star scenes. Computerized planetariums now use digital projectors. Geology museums aim to teach proper research methods and conservation techniques to students through collecting and exhibiting materials. They also aim to stimulate enthusiasm for study. Community resources like these provide concrete and meaningful learning experiences for social studies.
This document discusses how informal learning environments like museums, parks, planetariums, and music rooms can foster science learning. It provides examples of different types of informal learning contexts, including museums that present scientific ideas through interactive exhibits, science parks that support collaboration between universities and industry, and planetariums that simulate celestial objects and motions. Historical sites and playgrounds that incorporate scientific concepts are also mentioned as places where informal science learning can occur.
The great challenge to museum architecture lies in providing for the often conflicting uses of the building. On one hand, the important objects in the collection must be preserved, and preservation often requires very specific environments. On the other hand, museums make parts of their collection available to the public, so the environment must be comfortable for people, enabling their movement through the space and providing for their safety.
Casestudy on National Museum , New DelhiDivya Mishra
The National Museum in New Delhi is located near major transportation hubs like the Central Secretariat metro station and Indira Gandhi International Airport. It is surrounded by important government buildings and has stone sculptures, paintings, and landscaping around it. The three-floor museum contains numerous exhibition spaces, as well as an auditorium, library, offices, and conservation laboratory. Special lighting and flooring designs were used in different galleries. While the building utilized reinforced concrete and red sandstone, it lacked sufficient parking and had poor fire exit accessibility.
The document provides information about the National Institute of Design campus in Ahmedabad, India. It was established in 1961 and covers 63,848 square meters. The campus is divided into institutional and residential zones, with the main academic block facing the Sabarmati River. Notable features include courtyards that provide light and segregate functions, a grid structural plan, and extensive landscaping including lawns and an amphitheater. Construction utilized precast concrete and reinforced brick with an emphasis on natural lighting, ventilation, and interaction with the outdoors.
Triveni Kala Sangam is a cultural and arts complex in New Delhi designed by American architect Joseph Allen Stein between 1957-1977. It contains four art galleries, a theater, outdoor sculpture area, and provides arts classes. The complex was designed in the modern architecture style using jali screens and multiple spaces for different purposes. It is located on Tansen Marg in the cultural core of New Delhi.
The Indira Gandhi National Centre for the Arts (IGNCA) was established in 1985 in memory of Indira Gandhi. It serves as a major resource center for research and promotion of Indian arts. IGNCA aims to be interdisciplinary and study the relationships between different art forms, nature, society and cosmology. It houses collections related to performing arts, visual arts, literature and crafts from across India. IGNCA also has regional centers located across India to promote arts and culture.
The document discusses the city planning of Chandigarh, India. It describes how Le Corbusier revised the initial plan by Albert Mayer, dividing the city into sectors of about 1200 by 800 meters. Each sector was designed as an autonomous neighborhood with housing, schools, shops, and recreational spaces. The capital complex was shifted to a higher ground and designed according to Le Corbusier's philosophies. While the planning approach was praised for creating a well-organized city, it was also criticized for being too standardized and not reflecting Indian culture and ways of life. The document analyzes the planning concepts and provides an overview of the development of Chandigarh.
Sanskar Kendra casestudy, ahmedabad, india casestudymanoj chauhan
The Sanskar Kendra museum in Ahmedabad, India was designed by Le Corbusier. It is located near the Sabarmati River, about 400 meters from the river's western bank. The initial core of the museum was constructed by 1954, with plans for additional buildings that were never realized. The museum has a total site area of 5,700 square meters and a built up area of 2,313 square meters. It features a central courtyard with daylight penetrating through, low pilotis, and a main staircase. The majority of walls are unfinished brick or plaster, while the courtyard walls are left as unfinished brick. The building uses a raw concrete structure and plain brick facade, in line with Le Corbusier's style
Museum Case Studies
http://en.wikipedia.org/wiki/Museum
A museum is an institution that cares for (conserves) a collection of artifacts and other objects of scientific, artistic, cultural, or historical importance and makes them available for public viewing through exhibits that may be permanent or temporary.[1] Most large museums are located in major cities throughout the world and more local ones exist in smaller cities, towns and even the countryside. Museums have varying aims, ranging from serving researchers and specialists to serving the general public. The continuing acceleration in the digitization of information, combined with the increasing capacity of digital information storage, is causing the traditional model of museums (i.e. as static "collections of collections" of three-dimensional specimens and artifacts) to expand to include virtual exhibits and high-resolution images of their collections for perusal, study, and exploration from any place with Internet.[citation needed] The city with the largest number of museums is Mexico City with over 128 museums. According to The World Museum Community, there are more than 55,000 museums in 202 countries.[2]
The document provides information on the National Institute of Design located in Paladi, Ahmedabad, India. It was designed in 1961 by architects Sarabhai and Gira on a 63,848 sqm site along the Sabarmati River. The master plan divides the campus into three parts - the institute complex containing the academic buildings, a residential block, and public areas. The complex contains administration blocks, lecture halls, a library, workshops, laboratories, an exhibition space, auditorium, faculty rooms, and circulation areas. The residential block has hostel buildings and quarters for guests and staff. Landscaping with lawns and courtyards helps reduce the campus temperature.
The document provides information about the Shanghai Science and Technology Museum, including its location, size, facilities, and permanent exhibition areas. The museum covers an area of over 68,000 square meters and contains 11 theme exhibition areas and 4 special theaters exploring topics like nature, science, and technology. It aims to educate the public and improve scientific literacy in Shanghai.
Architecture can be traced in history since the beginning of civilization. It is an ancient discipline
and the results of its thinking and endeavor provide us with some of the most lasting examples of
our culture. Our monuments, cities, and village speak of our culture over the longest span of
time. Yet, the representation of architecture and its role in our society has not flowered. To
bridge this gap in understating between the profession and society, a National Museum of
Architecture is needed. The designed museum should provide spatial variety and inspire a sense
of visual excitement, thus contributing to the overall concept of entertainment and learning.
The India Habitat Centre is located on Lodhi Road in New Delhi. It was designed by architect Joseph Allen Stein and covers an area of 9 acres. It is a cultural center that hosts various events like plays, concerts, exhibitions and conferences. The complex contains galleries, restaurants, an auditorium and landscaped outdoor spaces. It was designed to segregate pedestrian and vehicular movement with level changes and connected buildings to create courtyards throughout.
This case study examines the City Centre Kolkata project, a commercial, cultural, and social hub in Kolkata, India designed by architect Charles Correa. The project aims to create a space that serves as a node for various activities. Located in Salt Lake City, it incorporates mixed uses on its 50,400 square meter site. Key aspects of the design include replicating conventional Indian shopping markets with an open, clustered layout, and connecting public spaces and diverse activities through built forms and linkages. Floor plans show the arrangement of functions across levels, while sections illustrate the integration of interior and exterior spaces.
This document discusses the history of climate change from the 19th century to present day. It details how scientific evidence for human-caused global warming has grown since the 1800s from early studies on greenhouse gases and climate modeling. It explains the consensus among scientific organizations today that increasing CO2 levels are causing the planet to warm at an alarming rate.
Birla Planetarium interior planning and designing case study.
User circulation plan, Natural lighting plan and other standard aspects mentioned in the presentation. Floor plans and hvac workings also included.
Site located in Hyderabad.
Jawahar Kala Kendra is a cultural centre in Jaipur, India dedicated to Jawaharlal Nehru. Architect Charles Correa designed the centre based on the original city plan of Jaipur, arranging squares to represent the nine planets. The 9.5 acre complex includes art galleries, workshops, a library, and Shilpgram, a rural complex with replicas of huts from different regions of Rajasthan showcasing crafts and culture. By invoking the original city plan and using local materials like red sandstone, Correa created a space that blends traditional Indian concepts with contemporary design to display and promote India's cultural heritage.
The document summarizes three projects:
1. The National Handicrafts and Handloom Museum in Delhi, designed by Charles Correa in 1990 to preserve Indian craft traditions and showcase objects from all over India.
2. The Living & Learning Design Center (LLDC) in Kutch, Gujarat, conceived as a resource center and public museum to preserve local crafts. Designed by responding to the local climate and using sustainable materials and techniques.
3. The Uttrayan Art Foundation in Vadodara, Gujarat, completed in 2009, aims to promote art and culture.
This document discusses places of geographical interest that can be used for social science learning, including planetariums and geology museums. It provides details on what a planetarium is - a theater for presenting astronomy shows using projected star scenes. Computerized planetariums now use digital projectors. Geology museums aim to teach proper research methods and conservation techniques to students through collecting and exhibiting materials. They also aim to stimulate enthusiasm for study. Community resources like these provide concrete and meaningful learning experiences for social studies.
This document discusses how informal learning environments like museums, parks, planetariums, and music rooms can foster science learning. It provides examples of different types of informal learning contexts, including museums that present scientific ideas through interactive exhibits, science parks that support collaboration between universities and industry, and planetariums that simulate celestial objects and motions. Historical sites and playgrounds that incorporate scientific concepts are also mentioned as places where informal science learning can occur.
This document discusses the role of informal learning environments like parks, museums, and historical sites in promoting science education. It provides examples of different types of informal learning contexts, including museums, science parks, planetariums, historical sites, nature programs, and music rooms. These settings provide opportunities for hands-on, interactive learning outside of the classroom and can spark student interest in science.
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Secondary Science CPD Booklet 30 September 2011Mark Ferguson
The document provides information about a CPD (Continuing Professional Development) day for secondary science teachers. It will be held at South Island School on September 30th and focus on improving the learning environment inside and outside the classroom. The day will include keynote presentations by Ed Walsh in the morning and afternoon. In between, there will be three sessions of optional breakout sessions on various science education topics led by different presenters. A schedule is provided outlining the timing and locations of the various presentations and sessions throughout the day.
Laboratories are important places for science students to conduct hands-on experiments and explore scientific concepts. They help develop important skills like logical reasoning and the ability to handle equipment properly. Different types of labs exist for different subjects, including physics labs, chemistry labs, and social science labs. Labs provide students opportunities to discover scientific truths through their own experimentation rather than just being told facts. They make science learning more engaging and help reinforce concepts from lectures. Well-equipped labs with adequate space and safety measures are essential for supporting students' scientific education.
Role of Science Museums in Teaching ScienceAngelaMwSabu
Engaging with subject related reference sources, in-order to learn the actual reading of reference books, the effective processes of reference research and its presentation.
Social sciecne laboratory online assignmentsandhyavnair
The document discusses the features, significance, and organization of a social science laboratory. It outlines the necessary furniture, aids, equipment, instruments, audiovisual tools, reference books, and bulletin boards needed to effectively teach social science subjects. A social science laboratory should serve as a classroom, library, workshop, and more to make teaching engaging and help students develop skills through hands-on activities.
Social sciecne laboratory online assignmentsandhyavnair
The document discusses the importance of establishing a social science laboratory in schools to provide an effective space for teaching social science subjects. It outlines the key features and necessary equipment of a social science lab, including furniture, teaching aids like maps and models, meteorological and survey instruments, audiovisual equipment, and reference books. The conclusion emphasizes that a well-equipped social science lab can help spark student interaction and serve as a hub for hands-on social science learning activities.
This document discusses playgrounds, music rooms, and planetariums as effective modes of instruction outside the traditional classroom. Playgrounds allow children to play and develop important social skills. Music rooms present classical music in an accessible way to strip away elitism. Planetariums use dome projections to realistically simulate celestial motions and provide educational astronomy programs and experiences that cannot be replicated in a classroom. These experiential learning opportunities aim to promote students' holistic development.
- Science On a Sphere was invented in 1995 by Dr. Alexander "Sandy" MacDonald as a visualization tool to describe Earth's environmental processes.
- It projects animated images and data onto a sphere using computers and video projectors, allowing viewers to see dynamic representations of the atmosphere, oceans, and land.
- Over 100 Science On a Sphere installations have been set up worldwide in science museums, visitor centers, aquariums, schools and other institutions to educate the public about Earth sciences.
1. The document discusses science clubs, science fairs, and exhibitions as vehicles for promoting interest in science among students. It provides background on the origins of science fairs in the US in the 1940s and how they have grown to different levels.
2. A science club allows students to explore areas of science not covered in the classroom through hands-on activities. Science fairs encourage creativity and the scientific process by having students complete projects and present their findings. Exhibitions provide an organized presentation of items to teach about various topics like art, history, and science.
3. The conclusion emphasizes that science clubs make learning science joyful by allowing students to express their creative abilities and interests in a way that complements their
1) The document discusses science clubs, science fairs, and exhibitions as vehicles for promoting interest in science among students. Science clubs allow hands-on learning of topics not covered in the standard curriculum. Science fairs encourage creativity and discovery through student projects. Exhibitions explore relationships between media, movement, and science through artistic works and scientific demonstrations.
2) Science clubs aim to develop students' scientific knowledge and way of thinking through challenges and special visitors. Science fairs began in the 1940s in the US to promote appreciation for science. Exhibitions present selections of artistic, scientific, or technological items to teach concepts and history.
3) Participation in science clubs enhances learning and allows students to develop interests. Such extra
The document summarizes the NUS Science Summer Camp 2013 program which will take place from June 24-28, 2013. The camp will include lectures, workshops, and field trips focused on various areas of science. Students will participate in hands-on activities and learn about topics like nanotechnology, forensics, and marine biology. They will visit research facilities at NUS and locations around Singapore. The goal is to spark curiosity in science and give students an engaging learning experience.
The California Science Center provides hands-on science education experiences through its permanent exhibits on life, ecosystems, technology and more. It also has on-site education programs and hosts traveling exhibits. The 400,000 square foot facility in Los Angeles includes areas exploring the living world from cells to humans, ways technology meets human needs, and 11 immersive ecosystem galleries with over 400 plant and animal species.
Terre Haute Children's Museum Building & ExhibitsLynn Hughes
The document outlines plans for exhibits at a children's science and technology museum. It includes exhibits focused on natural science, weather, paleontology, music, agriculture, bees, air pressure, senses, toddlers, ocean life, magnets, water, bubbles, paper airplanes, flight simulation, air pressure forces, and more. The goal is to provide engaging, hands-on, and unique experiences that connect to curriculum standards and spark curiosity in STEM subjects.
The document summarizes information about the National Taiwan Science Education Centre and compares it to the Singapore Science Centre. It discusses what makes a good science centre, including eye-catching displays, events, informative exhibits, and organized layouts. It then provides details about the role, informal learning environments, outreach programs, exhibits, and impacts of the National Taiwan Science Education Centre and Singapore Science Centre. Both centers aim to promote science education and appreciation in an engaging and hands-on manner.
The Nehru Science Centre in Mumbai was designed to encourage public participation through hands-on exhibits and experiments. It features a workshop concept with participatory exhibits rather than static displays. The building utilizes a structural system of hollow concrete tubes to support large spans for exhibition halls while also concealing ventilation ducts. Circulation routes guide visitors through various exhibition halls connected by staircases and glazed passageways. The building achieves spatial organization and division of large spaces through split levels that follow the sloped terrain.
Science centers aim to enrich the school curriculum and provide hands-on learning experiences using exhibits that increase understanding of science, technology, and math. They stimulate curiosity and expose visitors to positive experiences with science. Some benefits of science fairs for students include allowing them to exhibit talents, strengthening knowledge, and developing skills like leadership and cooperative work. Field trips to places like science museums, power plants, and hospitals give students new ideas for projects while deepening understanding and developing an inquiry attitude. Community members like electricians, carpenters, and veterinarians can also share valuable knowledge with students.
The document discusses the interior design of two pubs in Bhopal, India - Streamz Bar and 10 Downing Street. It provides details on the design elements considered for interior design like visual aspects, lighting, atmosphere, furniture, and sound. For Streamz Bar, the theme followed was a normal bar with a white and brown color scheme. Wood, fiber plastic, glass and fiberglass were mainly used. Furniture had a wooden skeleton woven with fiber plastic strips. For 10 Downing Street, the theme was a British Army mess with a red, green and brown color scheme. Materials used included wood, brass and leather. Both locations considered ceiling and wall treatments, flooring materials and special interior design elements to achieve their
The document discusses interior design plans and photographs from TDS (The Den Sports) locations in India. It provides a basic layout plan for TDS Bhopal as an example and notes that actual plans may vary. Photos show interior spaces, furniture, and design elements from TDS locations in Bhopal, Bangalore, and Hyderabad that follow a British Army mess theme with materials like wood, brass, and leather. Floor plans depict space distribution and areas like bars, seating, dining areas, and private rooms.
This document summarizes the design of the Stramz Bar, including using a white and brown color scheme, wood and fiber materials for the structure and furniture, curved wooden ceilings with laminate overlays, wooden wall planks and fixtures, transparent fiberglass flooring with silicone joints, woven fiber plastic furniture, a wooden bar counter, LED lighting, and a transparent floor overlooking falling water below. The document encourages patrons to enjoy themselves but also take care of their health and not smoke or drink too much alcohol.
This document discusses two case studies of monolithic dome structures: 1) The Dhayanalinga Temple dome, and 2) the Global Vipassana Pagoda dome in Mumbai. It then provides definitions of monolithic domes, noting that they are structures cast in one piece using various materials, and can be permanent or temporary forms.
The Global Vipassana Pagoda in Mumbai, India is the largest stone dome in the world, with an 85.15 meter diameter. It was built between 2006-2008 as a monument to peace and harmony, housing relics of the Buddha. The pagoda's massive inner dome can seat around 8,000 people and its construction involved dressing over 76,500 cubic meters of stone blocks into interlocking shapes. It was completed in multiple phases, with the main dome finished in 2006 and auxiliary domes added later. The pagoda aims to promote Buddhist teachings of peace and meditation.
The document discusses two case studies of monolithic dome structures:
1) The Dhayanalinga Temple dome in India built entirely of one stone piece.
2) The Global Vipassana Pagoda in Mumbai, with the largest dome in the world at 85.15 meters in diameter, built to honor Buddha's teaching. It houses over 8000 people and relics of the Buddha at its central keystone. The pagoda's design and multi-stage construction process using interlocking stone blocks is described.
The document discusses two case studies of monolithic dome structures:
1) The Dhayanalinga Temple dome in India built entirely of one stone piece.
2) The Global Vipassana Pagoda in Mumbai, with the largest dome in the world at 85.15 meters in diameter, built to honor Buddha's teaching. It houses over 8000 people and relics of the Buddha at its central keystone. The pagoda's domes were constructed using interlocking basalt stone blocks over several years.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
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Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
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2. Introduction
The Regional Science Center Bhopal was
opened on 12th January 1995 by the then
president of India late Shankar Dayal
Sharma. This center is one of the 27
constituent units of National Council of
Science Museums (NCSM) which is an
autonomous scientific organization under the
Ministry of Culture, Govt. of India, engaged
in popularizing Science and Technology
amongst students in particular and the
masses in general, through a wide range of
activities and interactive programmes.
3. Location
The
Centre is located on the Shyamla
Hills. The nearest bus stops are at
Polytechnic Circle and Jawahar Chowk
Depot Chowraha, about 1 Km away. The
distance from Habibgunj Rly stn is 9
km and from Bhopal Rly stn is 7 km.
6. Campus
The
Regional Science Center is unique
in whole of Madhya Pradesh, Spread
over 5 acres of landscape with
varieties of plants, trees and shrubs.
The RSC building architecture is
special where more than 266 science
exhibits related to
mechanics, energy, sound, light, atmo
sphere etc. are installed. Most of
the exhibits are intended for the
visitors to interact and gain hands-on
experience.
8. Main objectives
To
popularize Science and Technology in cities,
urban and rural areas for the benefit of students
and the common men.
To portray the growth of science and technology
and their application in human welfare, develop
scientific attitude and temper and general
awareness amongst the people.
To organize exhibitions, seminars, popular
lectures, science camps/shows and other
programmes.
To collect, restore and preserve important
historical objects which represent landmarks in the
development of science, technology.
To develop and fabricate science museum exhibits,
11. Purpose
The
Science Centre Bhopal is visited by over
81,000 people every year. They gather the
knowledge and experience the basic principles and
wonders of science & technology. Last year about
97,794 school children visited and participated in
the activities of the center.
Science and Fun are two words that are not
commonly associated with each other.
However, science centres under National Council of
Science Museums aim to conbine the two and
justified the slogan that 'Science is Fun'.
12.
13. Outside spaces Besides
the indoor galleries, Science
Centre is having a unique Science Park
spread on a lush green land of 3
acres, which contains more than 60 nos.
of interactive fun-filled working
exhibits. Visitors while playing with
them learn various scientific principles.
14. SKY OBSERVATION
Facility for showing the Planets, Moon surface
etc. through sophisticated telescopes to the visitors
is available at the Centre. In the evening of every
Saturday & Sunday,
Sky Observation Programme is
arranged for
the visitors. Special programmes are done for
showing the astronomical events which occur from
time to time.
20. Zones
Auditorium:
A 200 seating capacity fully air conditioned auditorium
equipped with Audio/visual systems is available at a nominal
Maintenance Charge.
Conference Hall:
A 25 seating capacity fully air conditioned conference hall is
available for holding meeting etc. at a Maintenance Charge.
Quiz Corner :
This gallery highlights the importance of atmosphere for the
existence of life on the earth and making this planet unique in
the Universe.
21. TARAMANDAL
The centre has a mini portable planetarium with an
inflatable dome, which can accommodate 25 visitors at a
time.During the 30 minutes show the visitors can interact with
the explainer regarding the queries. Visitors can get
themselves acquainted with the different
stars, constellations, zodiac etc. of the night sky.
3-D
A new facility ‘3D Science show’ of 50-seater capacity has
been installed in this centre is well appreciated by the
visitors,especially the children. One can enjoy the real life
experience in the 3D Science show by seating inside the AC
hall.
22.
Fun Science Gallery of the Centre offers learning
through fun. Here pendulums create chaos; rings
go up defying gravity; coloured liquids make
impossible mixture changing spectacles. Here you
find funny carrom boards in the shape of an
ellipse, magnets with (in)visible lines of forces
and a plethora of other enjoyable contraptions all for helping you in learning science through fun.
25. Other Activities
Students learn art/clay
modeling, carry out experiment
in science, develop models/kits
etc.
Creative Science Workshops are organized
during summer vacation to give an
opportunity for the students to develop
their technical skills in making science
projects in the field of Physics ,Electronics
, Life Science and computer .One week
sessions in batches are held for students
This programme isduring the at all agetime.
targeted vacation
groups to learn basic computer
operations including email, internet, preparing word
document, spread sheet and Power
point presentation
26. Special features
On first floors,a
series of vertical
shading devices are
provided rear the
windows.
28. Slopes
have been wisely used by
designing the built spaces at different
levels. In spite of different levels, the
roof of the whole built up space lies in
the same plane.