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를 팔로우 했습니다.
팔로우 서비스의 지정 과정에서 문제가 발생하였습니다.
이 사용자의 경우에는 다른 사용자들의 팔로우 서비스를 허용하지 않고 있습니다.
이 사용자에 대한 팔로우 서비스를 이미 이용하고 계십니다.
고객님의 현재 멤버십 등급으로는 0 건까지만 팔로우가 가능합니다. 멤버십 서비스의 업그레이드는 여기에서 하시면 됩니다.
성공적으로 언팔로우했습니다
팔로우 서비스에 대한 지정 해제 과정에서 문제가 발생하였습니다.
님에 대한 고객님의 추천 절차가 모두 완료되었습니다.
사용자 추천 과정에서 문제가 발생하였습니다.
원인을 알 수 없는 문제가 발생하였습니다. 현재의 페이지에서 다시 읽기 버튼을 클릭하신 후에 재시도하여 주시기 바랍니다.
이메일에 대한 인증 절차가 완료되었습니다.
사용자 아바타
$10 USD / 시간
국기 (INDIA)
anand, india
$10 USD / 시간
현지시간은 4:35 AM입니다
12월 31, 2012에 가입했습니다
0 건의 추천

Bhavikkumar P.

@bhavikkumarpatel

 0.0 (0 건의 리뷰)
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$10 USD / 시간
국기 (INDIA)
anand, india
$10 USD / 시간
해당 사항 없음.
작업 완료
해당 사항 없음.
예산 준수
해당 사항 없음.
기한 준수
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재고용률

Software Developer

Bhavikkumar Patel is having master’s in computer application (M.C.A), and Graduation in Computer Science ([login to view URL]. Com. Sci.). Since 2013, He is working in Information Technology Industry. His area of expertise/interest in Android Mobile Application development, Database Management System, Flutter cross platform application development, Java Programming, Object Oriented Programming Language Fundamentals, Open Data Kit(ODK) development, GeoNode server, Problem solving, Algorithm development, IoT Application development, Google Cloud and GoDaddy Cloud, Python Programming, Software Testing and Quality Assurance, Effective communication skills and soft skills & Exploring New Technologies.
Freelancer C Programmers India
C Programmers 분야의 전체 프리랜서 확인 (대상 국가: India)

직업에 관해 Bhavikkumar P.님에게 연락해보세요

채팅으로 자세한 내용을 논의하려면 로그인하세요.

포트폴리오

10104926
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
10104891
Basic website developed for TDIF institution. We used wix.com for hosting and development of webiste.
TDIF company website
10104882
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
10104865
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
10104848
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
10104818
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
10104926
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
We deployed digital survey echo system using ODK (Open Data Kit) for our various client during endeavors. We deploy ODK aggregate server on google cloud and using ODK Collect android application we can collect various household data depending on survey form. survey form consists of various type of questionnaire like multiple choice, single choice, text, number, date, time, photo, geo tag etc.
Digital Survy Echo system
10104891
Basic website developed for TDIF institution. We used wix.com for hosting and development of webiste.
TDIF company website
10104882
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
In one of Project during my job we got chance to develop IoT device which sense the temperature, humidity, PM 2.0, PM 10 etc. In this endeavor I have role to develop sensors and training to children of school and explain them to how reading can be used to know air quality around campus of school. at the end of training one fully functional device given to school for science lab. the data of sensor goes to cloud so institution may use data regarding environment and take action according to improve environment. best part of the project was children learn new things in IoT and inspire to develop such device with their own ideas.
Environment Monitoring in Schools (IoT device)
10104865
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
The Chennai Metropolitan Area has a population of 8.65 million which stands as the fourth major metropolitan city in India and covers an area of about 1,189 sq.km. It should be noted that although Chennai City had a high gross population density of about 264 pph (as per census, 2011), the gross density of CMA was only 59 pph, showing these areas have high growth opportunities. Chennai metropolitan region is a major transportation hub for road, rail, air and sea transport connecting major cities inland and abroad. The mode of transport which connects inside the CMA includes city buses, suburban and MRTS trains, Chennai metro rail, auto rickshaws, shared auto rickshaws, private vehicles and non-motorized transport.
Urban Mobility and Services in Chennai
10104848
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
This On-line Portal hosts all the survey data collected through topographic and infrastructure asset surveys in the six project cities of Bidannagar (West Bengal), Kochi (Kerala), Mangaluru (Karnataka), Panaji (Goa), Porbandar (Gujarat) and Ratnagiri (Maharshtra). The surveys were conducted as part of the Consultancy Services for Developing Hydro-meteorological Resilient Action Plans (HmRAP) in Selected Urban Areas in India under the National Cyclone Risk Mitigation Project (NCRMP) Phase-II. More details on HmRAP consultancy, awarded by National Disaster Management Authority (NDMA) and conducted by HaskoningDHV Consulting Pvt. Ltd. in Joint Venture with HaskoningDHV Nederland B.V. and Taru Leading Edge Pvt. Ltd., can be found under the Documents tab.
Hydro-meteorological Resilient Action Plans Portal (Geonode)
10104818
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas
SimbaGas app is only for Simba register disturbers, users and employees SimbaGas is the easiest way to get your gas cylinder delivered to your doorstep in few clicks. Ask for your gas cylinder and distributors will reach you and serve you with pleasure.
SimbaGas

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경력

Open Source Software Developer

Taru Leading Edge
9월 2016 - 현재
Bhavikkumar Patel is a Software Developer in IT & GIS at TARU Leading Edge Pvt. Ltd. He is involved in software development projects especially Mobile technology, Web technology, IoT and Management of Cloud Infrastructure of Company. Prior to Joying Taru Leading Edge, Ahmedabad He was worked as Sr. Android developer at Tristate Technology, Ahmedabad. Core Kills are Android Mobile Application development, Google cloud, IoT, Web development, Digital Survey using ODK, MySQL Database, JAVA.

Senior Android Developer

Tristate Technology
1월 2013 - 8월 2016 (3 , 7 )
My responsibility in company are Develop Android Application, Consulting with client and Train Junior for Android.

교육

Master of Computer Application

Gujarat University, India 2010 - 2013
(3 )

B. Sc. in Computer Science

Sardar Patel University, India 2007 - 2010
(3 )

자격증

Developing Applications with Google Cloud Platform Specialization

Coursera
2019
Online Certification Course completed during January 2019.

직업에 관해 Bhavikkumar P.님에게 연락해보세요

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우수 프리랜서
신분 인증(여부)
지불 인증(여부)
전화번호 인증(여부)
이메일 인증(여부)
페이스북 연결(여부)

최고 기술

C Programming
Java
XML
Python
.NET

유사한 프리랜서 탐색

C Programmers in India
C Programmers
Java Developers
XML Developers

유사한 모범 사례 탐색

C Programming
Java
XML
Python
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