This document summarizes a school project in Hyderabad, India called "Design for Giving" where students invited dropout children back to school. [1] Five students from GHS Goshacut school went into their local community for a week to create awareness about the importance of education. [2] They invited dropout children and their parents, motivating them to send their children back to school by applying a bindhi (red dot). [3] As a result of the students' efforts, four previously dropout children rejoined the school.
This is one of my Competition entry prepared based on a case study that was given to us. The case study basically talked about the opportunities that lie in Rural India. We stood 2nd in the competition.
Structural Design aspects of Burj Khalifa. All important information that you may need to know about the worlds tallest building. Burj Khalifa model was analysed on ETABS and on Midas gen 2010. Midas was used for Column shortening and stage construction analysis.
Manufacturer and Exporter of Kitchen and Wardrobe Accessories, Grain Trolley Pull-Out, Magic Corner, Carousel Unit. Tall Unit, Pantry Unit (12 Baskets), Towel Rod, Wall Mounting Shelve, Kitchen Grid, Dish Rack.
El documento describe la Web 3.0 como una evolución de la interacción entre personas en Internet a través de contenidos accesibles en múltiples aplicaciones y el empuje de tecnologías como la inteligencia artificial y la web semántica. También menciona desafíos como el costoso proceso de adaptar documentos de Internet para su procesamiento semántico y la necesidad de unificar estándares semánticos.
The geotechnical report for the Burj Khalifa provided critical information for constructing the foundation of the world's tallest building on weak soil conditions. Extensive testing of 23 boreholes found loose sands and weak stones requiring a deep foundation of 192 bored piles up to 50 meters long and a 3.7 meter thick raft foundation to distribute the building's over 500,000 ton weight. The unique architectural design and Dubai's weak soils presented challenges, but the engineered foundation system ensured less than 3 inches of settlement for the over 800 meter tall landmark.
This document summarizes a school project in Hyderabad, India called "Design for Giving" where students invited dropout children back to school. [1] Five students from GHS Goshacut school went into their local community for a week to create awareness about the importance of education. [2] They invited dropout children and their parents, motivating them to send their children back to school by applying a bindhi (red dot). [3] As a result of the students' efforts, four previously dropout children rejoined the school.
This is one of my Competition entry prepared based on a case study that was given to us. The case study basically talked about the opportunities that lie in Rural India. We stood 2nd in the competition.
Structural Design aspects of Burj Khalifa. All important information that you may need to know about the worlds tallest building. Burj Khalifa model was analysed on ETABS and on Midas gen 2010. Midas was used for Column shortening and stage construction analysis.
Manufacturer and Exporter of Kitchen and Wardrobe Accessories, Grain Trolley Pull-Out, Magic Corner, Carousel Unit. Tall Unit, Pantry Unit (12 Baskets), Towel Rod, Wall Mounting Shelve, Kitchen Grid, Dish Rack.
El documento describe la Web 3.0 como una evolución de la interacción entre personas en Internet a través de contenidos accesibles en múltiples aplicaciones y el empuje de tecnologías como la inteligencia artificial y la web semántica. También menciona desafíos como el costoso proceso de adaptar documentos de Internet para su procesamiento semántico y la necesidad de unificar estándares semánticos.
The geotechnical report for the Burj Khalifa provided critical information for constructing the foundation of the world's tallest building on weak soil conditions. Extensive testing of 23 boreholes found loose sands and weak stones requiring a deep foundation of 192 bored piles up to 50 meters long and a 3.7 meter thick raft foundation to distribute the building's over 500,000 ton weight. The unique architectural design and Dubai's weak soils presented challenges, but the engineered foundation system ensured less than 3 inches of settlement for the over 800 meter tall landmark.