Rashid belongs to a small town of Chapra, Bihar. Both his parents, Noor Alam Khan and Noor Aisha, are teachers by profession.
New Delhi:
Jamia Millia Islamia (JMI) alumnus Rashid Khan who is currently working as Scientist SD in Indian Space Research Organisation (ISRO) Propulsion Complex, Tamil Nadu played an important role in ISRO’s first Solar Mission Aditya-L1 launch.
Rashid Khan was actively involved in the acceptance test of PS2 and PS4 stage used for Rocket PSLV-C57.
India launched its first Solar Mission on September 02, 2023. The Mission, Aditya L1, is designed for providing remote observations of the solar corona and in situ observations of solar wind.
The spacecraft, named after the Hindu Sun deity Aditya, is set to traverse a vast distance of 1.5 million kilometres (930,000 miles) to reach its destination.
Nigar Shaji, daughter of a Muslim farmer from Tamil Nadu was the Project Head of India’s Solar Mission.
Rashid’s Role in Chandrayan-3 Mission
Jamia alumnus Rashid also played an important role in ISRO’s Moon mission Chandrayan-3 launched on August 23, 2023. For Chandrayan-3 Mission, Rashid’s responsibility was to conduct Acceptance tests of L110 stage (Liquid Propulsion System) and C25 stage (Cryogenic Propulsion System) propellant tanks for LVM3- M4 rocket used for Chandryaan-3 mission launch on 14th July 2023.
Rashid’s future responsibilities are design qualification for different stages of rockets for ISRO’s future missions like Human space programme (Gaganyaan Mission) etc.
Rashid belongs to a small town of Chapra, Bihar. Both his parents, Noor Alam Khan and Noor Aisha, are teachers by profession. It was their dream to see Rashid working as Scientist in ISRO which he successfully fulfilled.
Rashid completed his B.Tech in Mechanical Engineering from Jamia Millia Islamia (JMI) in the year 2017. He secured AIR-11th rank and was selected by ISRO to work as Scientist in 2017 itself. He has been working with the space organisation since March, 2018.
India’s unmanned Moon mission Chandrayan-3 has been designed to stay “alive” for 1 Lunar Day which is equivalent to 14 days on our Earth. After a stay of more than a week on Moon , the Vikram lander and Pragyan Rover both have been put in “sleep mode”.
“The Rover completed its assignments. It is now safely parked and set into Sleep mode. APXS and LIBS payloads are turned off. Data from these payloads is transmitted to the Earth via the Lander,” ISRO said in a post on social media platform X, formerly Twitter.
source: http://www.ummid.com / Ummid.com / Home> Science & Technology / by ummid.com News Network / September 06th, 2023
Dr. Hashima Hasan tells AMT about her dream of working for NASA and her extraordinary role in launching the largest, most expensive space telescope in history.
A young girl stands in awe with her family in their yard, as their heads tilt back to watch the Russian Sputnik satellite pass through the clear morning sky in Hazratganj, India, in 1957.
“I still remember watching it and saying, ‘Wow, I’d like to do that,’” said Dr. Hashima Hasan. “That was an inspirational moment.”
Over half a century later, Dr. Hashima is now one of NASA’s leading scientists and has helped develop the device that is currently enthralling the world, by relaying the first quality images of billions of years of the universe.
The James Webb Space Telescope is being used to focus on the first light in the assembly of galaxies in the early universe, the birth of stars and protoplanetary systems, as well as planets.
James Webb Space Telescope
“I am personally delighted to see the hard work of the thousands of talented individuals across the nation, Europe and Canada rewarded by the success of the mission as evidenced by the flawless launch, commissioning and the stunning images,” says Hasan. “My colleagues and I are eagerly awaiting the scientific discoveries which are yet to come.”
From the images captured, which were released at a live event by NASA on July 12, scientists will be able to make discoveries about the life cycle of stars, galaxies, and planets and use that information to understand the ever-expanding universe. Hasan was part of the committee that identified candidate objects to be imaged to demonstrate that the powerful new instruments were ready for science.
“Although I didn’t know which images we would use for the demonstration, I was overwhelmed by the depth and details of the images,” said Hasan.
Hubble Space Telescope
Hasan is an expert when it comes to optics, which are used to control the telescope instruments and keep the mission on track. She was actually hired by NASA in 1985 to write simulation optics for the Webb’s predecessor, the Hubble Space Telescope, and played a critical role in fixing the flawed mirror that resulted in it relaying blurry images.
“I was appointed as the Telescope Scientist at the Space Telescope Science Institute and my job was not only to analyze the error but to keep the telescope ‘in the best focus’ while we were trying to figure out how to fix it,” said Hasan.
A few years later in 1989, Hasan was put on the project, at the time called the next-generation space telescope. This project was renamed in 2002 to what is now known as the James Webb Space Telescope, after the former NASA chief who headed the space agency from 1961 to 1968. In her role as the Deputy Program Scientist for the $10 billion telescope, Hasan and her team are responsible for ensuring the instrument stays on mission.
The Webb telescope will play a huge role in advancing understanding of the origins of the universe. The telescope took 30 days to travel almost a million miles away from Earth and will remain to capture infrared light from stars that formed 15 billion years ago.
Carina Nebula
“Until now, we have not been able to see the first stars and the first galaxies forming, so this is the key knowledge that we are planning to get from this telescope,” said Hasan. “We can even look closer to Earth in our own galaxy and we can see stars being born within our own galaxy. We can also see our planets more clearly and get more information on them. We can also see how the elements which form life.”
The James Webb telescope had a number of false starts through its decades of development due to a myriad of issues. Its first planned launch in 2007 was delayed by over a decade but its 2018 launch was canceled due to technical difficulties. As the Covid-19 pandemic hit it was rescheduled two different times. Finally, on Dec. 25, 2021, the telescope successfully launched from Kourou in French Guiana.
As the Webb joins the Hubble telescope it is expected they will work together in capturing images of celestial objects. However, the Webb surpasses its predecessor in its technological abilities. The Hubble telescope does not have the capability to capture infrared light in the same way and the Webb will orbit the sun rather than the Earth as the Hubble does.
Hasan says scientists have already lined up a menu of observations with Webb for the coming year and will soon submit proposals for which celestial mystery they will begin to uncover next.
“What excites me the most is the discovery of the unexpected and unknown,” said Hasan.
source: http://www.medium.com / Medium.com / Home / source: American Muslim Today / by Maya Gayler / July 15th, 2022
Being the first and only Indian Muslim woman selected as a researcher at NASA, Karishma Inamdar aims for the stars through her space outreach program designed to inspire students for space research work.
Karishma Inamdar, the 25-year-old “rocket scientist,” as she calls herself, was born in the Indian city of Baramati. She was selected in June 2015 as a research associate to join a team of professionals at NASA’s Ames Research Center in California. Having grown up in India, studied in France and worked in the US, she gained a great amount of cross-cultural experience.
Now she wants to guide other students to pursue a career in space.
“Space exploration is a challenge worth challenging, a goal worth achieving and best of all, a journey worth pursuing. If you want to achieve something, the whole universe opens up for you,” the young scientist said.
With the help of her friends, Karishma launched the International Chapter of the US National Space Society (NSS) in India called Dr. A.P.J. Abdul Kalam Initiatives (DKI). The chapter was formed in honor of Dr. A.P.J. Abdul Kalam, the former president of India, a very good friend of NSS and tireless developer of India’s space program.
“The initiative will focus on space outreach and education. DKI is the platform to encourage, engage and educate all the students,” Karishma told Sputnik News.
“As space engineers and scientists, we have a responsibility to inspire the next generation. While working with the talented team of DKI, I realized we are not only working for students but also for humanity,” she said.
It is her dream not only to see the day humanity takes its baby steps off this planet, but also to play a major role in helping others achieve this goal.
Karishma believes that NASA has offered her a lot, and that, under the guidance of many distinguished researchers, she will be able to make a positive contribution to on-going space research work.
ISRO scientist Muhammad Adnan making a presentation
New Delhi
Former student of Jamia Millia Islamia, Muhammad Adnan, who has been working with the Indian Space Research Organization (ISRO) since 2008, has played an important role in the historic mission of Chandrayaan-3.
Adnan Sardast is working as Scientist (F) in Telemetry, Tracking and Command Network (ISTRAC) of ISRO.
Adnan has also been involved in the prestigious Chandrayaan-2 and Mars Mission (MOM) teams.
Adnan who hails from the Darbhanga city of Bihar did his Bachelor in Engineering in Computer Science from Jamia Millia Islamia in 2007.
Jamia Millia Islamia’s Vice Chancellor Prof. Najma Akhtar said, “I am extremely happy that our students are doing so well in this particular field. This has doubled our happiness. I congratulate Adnan for the role he has played in the mission. This will surely inspire our students to strive for nation building.”
It may be mentioned that three other former students of the university, Amit Kumar Bharadwaj, Mohammad Kashif and Areeb Ahmed were also part of ISRO’s historic Chandrayaan-3 mission.
source: http://www.awazthevoice.in / Awaz, The Voice / Home > Story by ATV / posted by Aasha Khosa / August 31st, 2023
The 23-hour-and-40-minute countdown for the Sun mission has begun. Aditya-L1 satellite will lift off from Sriharikota on Saturday at 11.50 a.m
Inside: Project director of the ambitious Aditya-L1 Nigar Shaji
Tenkasi :
The contribution of Tamils to India’s Space Odyssey seems to be enduring as a woman scientist from the state’s southern district of Tenkasi will have her tryst with destiny when Aditya-L1 satellite soars into the sky on Saturday.
Nigar Shaji (59), a native of Shengottai, is the project director of the ambitious Aditya-L1, which is the first space-based mission deployed by India to study the Sun.
Speaking to TNIE on Friday, Shaji’s brother S Sheik Saleem said Shaji completed her schooling in English medium at the Shengottai government higher secondary school.
“She did her graduation in engineering from the Tirunelveli government engineering college and joined ISRO in 1987. She resides in Bengaluru and visits Shengottai whenever there are family functions. Shaji’s husband, an engineer, is working in a Gulf country, and her son is also working as a scientist in the Netherlands. Her daughter and our mother are staying with Shaji in Bengaluru. We lost our father 30 years ago,” Saleem said. Incidentally, Chandrayaan 3 project director P Veeramuthuvel is also from Tamil Nadu.
Countdown starts
The 23-hour-and-40-minute countdown for the Sun mission has begun. Aditya-L1 satellite will lift off from Sriharikota on Saturday at 11.50 a.m.
source: http://www.newindianexpress.com / The New Indian Express / Home> States> Tamil Nadu / by Thinakaran Rajamani, Express News Service / September 02nd, 2023
Meet The Young Muslim Scientists, Engineers Who Contributed To India’s Moon Mission Success
New Delhi:
Meet some of the Muslim scientists and engineers who contributed to India’s moon mission success.
Together with other scientists, they played an important role in the Indian Space Research Organisation’s (ISRO) Chandrayaan-3 project team that wrote a new history in the world of space science and technology, bringing immense laurels to the country.
Because of our scientists, India now ranks counts with the US, Russia, and China – countries that have mastered in spacecraft technology. It would not be wrong to say that India has emerged as one of the “Vishwa Guru” (world leaders) in spacecraft science.
Here are the names and brief biodata of the few Muslims scientists who were part of the Chandrayaan-3 team.
*SANA FIROZ, a B.Tech. (2006-2010) in electronics and communications engineering from Madan Mohan Malaviya University of Technology at Gorakhpur in Eastern Uttar Pradesh, is among the 54 female scientists and engineers who contributed to the success of the Chandrayaan-3.
Sana, who hails from the small town of Mau, neighbouring Azamgarh, has been working with ISRO at Mohali since 2013.
Husband-wife, Sana Firoz, and Yasser, who were part of the Chandrayaan-3 that landed successfully at the moon’s surface on August 23, 2023.
*Sana’s husband YASSER AMMAR, also a B.Tech.(2006-2010) in electronics and communications engineering from Madan Mohan Malaviya University of Technology at Gorakhpur in Eastern Uttar Pradesh, was also in the Chandrayaan-3 project team. Yasser is a native of Gorakhpur, the hometown of UP chief minister Yogi Adityanath. Yasser also works at ISRO’s Mohali facility.
Yasser, who has been working with ISRO since 2010, has written several research papers, including one on “Design and development of Silicon Photomultiplier for Photon Counting Applications” published in the Journal of Spacecraft Technology, a prestigious research journal published by ISRO.
Mohammed Sabir Alam .
*MOHAMMED SABIR ALAM, is another engineer, who played an important role in the Chandrayaan-3 mission. Holding a B Tech degree inaerospace, aeronautical, and astronautical engineering from the Indian Institute of Space Science and Technology, Thiruvananthapuram (Kerala), he has been working at ISRO’s Thiruvananthapuram centre since 2018.
Areeb Ahmad
*AREEB AHMAD, a B.Tech in mechanical engineering (2015-19 batch) from Jamia Millia Islamia, is a young scientist who contributed immensely to the success of the Chandrayaan-3. He hails from Muzaffarnagar district of UP which witnessed one of India’s worst communal riots in August-September 2013 that resulted in 42 Muslims and 20 Hindus being killed. More than 50,000 Muslims were displaced many of whom have yet not returned to their original homes and villages. Posted at ISRO’s Sriharikota facility, Areeb was part of an inspection team before the Chandrayaan-3 was launched in July 14, 2023. The spacecraft landed at the lunar south pole region of the moon on August 23, 2023, in a span of six weeks.
Akhtedar Abbas
*AKHTEDAR ABBAS, a native of the Gonda district in Eastern Uttar Pradesh and posted at Thiruvananthapuram in Kerala, also worked with the Chandrayaan-3 project, bringing immense pride to the nation. A B.Tech (2006-2010) from Aligarh Muslim University and an M.Tech from Motilal Nehru National Institute of Technology, Allahabad, he has been working with ISRO since March 2015. Before joining ISRO, he worked as a professor at the DIT University in Dehradun and Operations Manager at Indian Oil Corporation Limited.
Ishrat Jamal
*ISHRAT JAMAL, who was also associated with the Chandrayaan-3 project, is a B Tech in electrical engineering from AMU and an M Tech in Power and Control from IIT, Kanpur. He has been working with ISRO for the last six years. He is currently posted at ISRO’s research facility in Bengaluru.
“I am a power electronics engineer with experience in the design and development of space qualified Electronic Power Conditioners (EPCs)/Power Supplies for various Radio Frequency (RF) subsystems, such as Solid State Power Amplifiers (SSPAs) and Travelling Wave Tube Amplifiers (TWTAs), of Synthetic Aperture Radar (SAR) payloads,” he says in a post on a social media platform.
Khushboo Mirza
*Khushboo Mirza, is another Muslim woman scientist, who was involved in the Chandrayaan-3 project. She is a B.Tech. in Electronics Engineering from Aligarh Muslim University and works at the ISRO centre in Greater Noida.
She is an experienced scientist skilled in ArcGIS products. ArcGIS is a family of client, server, and online geographic information system (GIS) software developed and maintained by Esri (Environmental Systems Research Institute). Esri is an American multinational geographic information system software company.
Mohd Kashif
*Another Muslim engineer involved in the Chandrayaan-3 mission is Mohd Kashif, a B Tech in Mechanical Engineering from Jamia Millia Islamia. He joined ISRO at its Bengaluru centre in December 2021. He obtained the top rank in ISRO recruitment in 2021.
Some scientists and engineers like Amit Bhardwaj who have passed out from Jamia Millia Islamia, and Priyanshu Varshney and Sonali Jain from AMU were also in the Chandrayaan-3 team.
source: http://www.indiatomorrow.net / India Tomorrow / Home> Breaking News> Editorial (edited) / by Syed Khalique Ahmed (edited) / August 24th, 2023
Assam’s Nazneen Yasmin and Dr. Baharul Islam Barbhuyan are among the scientists who contributed to making the ISRO’s Chandrayaan-3 land on the South Pole of the Moon.
Nazneen Yasmin, who is from a middle-class family of central Assam’s Nagaon district joined the ISRO after cracking the toughest selection test two years ago. The young scientist has been involved in radar tracking in the launch department of ISRO for more than a year.
But the journey was not easy for Nazeen Yasmin. While she was on maternity leave for her firstborn about six months ago, she was recalled for crucial operations at least twice and she took her child along.
Despite facing the challenges of married life and the post-pregnancy phase Nazeen was very passionate about the Chandrayyan-3. Many a time, Nazeen worked from home by keeping her baby in her lap.
Naznin Yasmin, daughter of Abul Kalam Azad and Manzila Begum of Maherpar near Juria in the remote Nagaon district received her appointment letter as a scientist at the ISRO headquarters in Swar Sriharikotha, Andhra Pradesh around two years back.
Naznin Yasmin received her primary education at Nuruddin Furkania JB School, Juria in Nagaon district in central Assam. She performed brilliant results in the matriculation or Class X final exam from Kadamani Town High School in 2007. She passed the Class XII exam from Alphabita Science Junior College in 2009 with letter marks in several subjects in the science stream. She later obtained her B.Tech in Electronics from NITS Mirza College, Guwahati in 2013 and her M.Tech in First Division from Tezpur University.
Along with working in various private scientific institutions, Nazneen passed the National Eligibility Examination under the University Grants Commission in 2018 and also qualified for the Junior Research Fellowship of the Government of India.
Nazneen Yasmin, who had dreamed of becoming a scientist since childhood, said she was inspired by the success of India’s first female astronaut Kalpana Chawla. She urges the younger generation not to think of themselves as weak and prepare themselves to get a place in the leading institutions of the country through hard work.
Also, Nazneen was inspired by the life and work of former President Dr. APJ Abbul Kalam, who came from a family with modest means, a family source said.
On the other hand, Dr. Baharul Islam Barbhuiyan of south Assam’s Hailakandi has proved that all dreams come true if a person chases them and works hard.
Baharul, 45 is a resident of Syedband II Khand village situated about 5 km from Hailakandi town. He is the pride of the Hailakandi district.
Baharul Islam’s name came into the spotlight after India’s Chandrayaan-3 spacecraft made history by landing on the south pole of the moon on Wednesday evening. He is a prominent scientist at ISRO. He is one of the scientists who played an important role in the success of Chandrayaan-3
Speaking to Awaz-the Voice Assam from ISRO headquarters in Bangalore, Baharul Islam said he was proud to be involved in a historic work that set a record in the space world. He said students have always been interested in space and after the successful landing of Vikram on the South Pole of the Moon. “Success of Charayaan-3 will result in an increase of interest and curiosity about space science among the younger generation,” he said.
He earned his B.Sc from SS College, a Masters in Mathematics from Aligarh Muslim University, PhD from Gujarat University before joining the ISRO.
Baharul’s parents were teachers and they created an environment of science at their home from the very early stage of their son. His father, Moinul Haque Barbhuiyan, has passed away. Mother Rehana is old yet she is excited about her son’s achievement.
“There are no words to express my joy at the moment. I never thought such a day of success would come. People have been calling us since Wednesday,” said Baharul’s brother Enamul Haque.
source: http://www.awazthevoice.in / Awaz, The Voice/ Home> Story by ATV / posted by Aasha Khosa / August 26th, 2023
Yenepoya Specialty Hospital marked a significant milestone with the launch of its cutting-edge Joint Replacement Robotic Unit. The launch event took place at the Taj Vivanta Hotel in the city on Tuesday. Gracing the occasion, Karnataka Health Minister and Dakshina Kannada In-charge Minister Dinesh Gundurao inaugurated the revolutionary unit, which is a collaborative effort with Meril Life, a global med-tech company.
This pioneering initiative stands as the first-of-its-kind facility not only in Dakshina Kannada but also as the first outside Bengaluru in the state of Karnataka.
Dr. Muhammad Thahir, the Director – Medical at Yenepoya Hospital, extended a warm welcome to the esteemed guests and attendees, setting the tone for the event. Dr. Yenepoya Abdulla Kunhi, Chairman of Yenepoya Group, followed with introductory remarks that shed light on the transformative potential of the newly launched robotic unit in the realm of healthcare. Dr. Kunhi also emphasized the need for adapting to technological advancements for the betterment of humanity and acknowledged the district’s continuous commitment to healthcare excellence.
Suvdeep, representing Meril, provided an insightful overview of the Cuvis Joint Replacement Robotic Unit, now available at Yenepoya Specialty Hospital. Highlighting its uniqueness, Suvdeep explained that it’s the sole fully-automatic robotic joint replacement unit currently accessible. The technology empowers doctors to offer personalized alignments based on a generated 3D model from CT scans, underscoring the critical role of medical expertise in the process.
Dr. Deepak Rai, Consultant Orthopaedic Surgeon at Yenepoya Specialty Hospital, applauded Abdulla Kunhi and Mohammed Farhaad Yenepoya for their visionary efforts in elevating healthcare standards in Dakshina Kannada. Dr. Rai elucidated the profound impact this robotic joint replacement unit is anticipated to bring to the future of healthcare over the next decade.
Explaining the concept of Joint Replacement Robotic Surgery, the Cuvis system was described as a tool that employs accurate CT scans of the knee and meticulous measurements pre-surgery, delivering enhanced precision and benefits in the field of joint replacement.
Minister Dinesh Gundurao commended the new service and urged the public to utilize such advanced offerings in the region. He also stressed the importance of researching why arthritic issues are increasingly affecting the younger generation. Minister Gundurao applauded the healthcare contributions of Yenepoya Group and underscored their resolute commitment to elevating healthcare in the district.
The event concluded with Dhanush Shetty extending a vote of thanks, while Clinical Dietitian Haifa Ansari efficiently compered the proceedings.
Managing Director of Yenepoya Group, Yenepoya Mohammed Kunhi, Director Operations Yenepoya Abdulla Javeed, Pro-Chancellor of Yenepoya Deemed to be University Yenepoya Mohammed Farhaad, Vice-Chancellor Dr. Vijay Kumar, Former Minister Ramanath Rai, Dr. Bhaskar Shetty, Dr. CP Habib Rehman, Dr. Savita Shetty, and others were present during the significant occasion
source: http://www.varthabharati.in / VarthaBharati.in / Home> Karavali / by Vartha Bharati / August 15th, 2023
असद सात सीटर बाइक बनाते हुए/ Asad crafting a remarkable bike that merges innovation and style seamlessly.
Asad is a 23-year-old resident of Azamgarh, Uttar Pradesh, who has been innovative since childhood. Recently, he built a seven-seater solar bike. Impressed by his creation, IIT Kanpur has invited him for a discussion. If IIT Kanpur likes Asad’s idea, he may receive financial assistance to improve his product. Asad’s dream is to build a solar plane as well.
Asad Abdullah, hailing from Azamgarh, Uttar Pradesh, has always displayed a flair for innovation. From a young age, he engaged in creating small-scale inventions and sharing his progress through YouTube videos. It was in 2017 that Asad’s work gained recognition and appreciation, motivating him to explore the world of electronics further. Fuelled by his innate curiosity and a desire to make a positive impact, Asad embarked on a remarkable journey of innovation.
When the price of petrol increased, the idea of building a solar-powered bike came to mind
Asad has been innovating since the age of 8. When he was 13, he built a motor using a battery from a remote-controlled car. His dream now is to build a solar energy and battery-powered plane. It will take about a year and a half to build it. How did the idea of building a seven-seater bike come about? In response to this question, Asad says that he got the idea after watching the film ‘Golmaal’ starring Ajay Devgn.
“With the skyrocketing prices of diesel and petrol, it has become difficult for the common man. Seeing people’s difficulties, I thought why not create something that allows people to travel from one place to another at a lower cost? After a lot of thinking, the idea of building this bike came to my mind. I started working on it. It took about a month to build this bike, and it cost around RS 12,000. Once it is built, it can be fully charged at RS 8-10 rupees, and then it can travel up to 150 kilometers.” Asad told TwoCircles.net.
“I recently received a call from IIT Kanpur, inviting me to discuss my project in detail. I am thrilled to visit IIT Kanpur and engage in comprehensive discussions about my creation,” Asad said.
He expressed his desire to construct a solar bike that is robust and cost-effective, ensuring accessibility even for individuals from impoverished and rural regions.
IIT Kanpur invites Asad for assistance in innovation and incubation
The Innovation and Incubation Center at IIT Kanpur helps talented children in the country who think of creating something new and unique. There are 14 programs at IIT Kanpur under which assistance is provided to these talented students. Funding ranging from 3 lakh rupees to 3 crore rupees is provided.
“We have invited Asad to come here to understand the process and present his ideas. We will help him pitch his idea. If the idea is liked, we can provide financial assistance ranging from 300,000 to 700,000 rupees. Asad’s work falls under the prototype category, for which we provide up to 700,000 rupees and a place to work within the campus.” Rishabh Pandey, Assistant Manager (The Innovation and Incubation Center at IIT Kanpur) told TwoCircles.net.
असद और उनके साथी बाइक के साथ सेलिब्रेट करते हुए/ Asad and his friends on the new solar bike
Solar Bikes to Surya-Shakti Empire, Asad Abdullah’s Entrepreneurial Saga
In addition to his achievements thus far, Asad Abdullah has set his sights on even greater goals for the future. Inspired by his success with the seven-seater solar bike, Asad plans to establish his electric vehicle (EV) bike manufacturing company. With his passion for innovation and commitment to sustainable transportation, he aims to contribute to the growing field of electric mobility in India.
Furthermore, Asad dreams of building a solar-powered plane, showcasing his ambition to push the boundaries of renewable energy and aviation technology. He envisions a future where solar energy can power not only ground transportation but also air travel, reducing carbon emissions and dependence on fossil fuels.
Asad’s father hopes that his son will bring honor to the state and the country
“Son has always had a technical mind since childhood. He has been creating new things since childhood. Now he has built a bike that is receiving praise from everywhere. The family and people around are very happy. Everyone says that Asad is progressing. Undoubtedly, in the coming times, my son will bring honor to the state and the country.” Mohammad Abdullah ( Asad’s father) told twocircles.net
Further, He expressed his happiness, saying that Asad receiving a call from institutions like IIT Kanpur is a ‘proud moment’ for all of us. “But we will not pressurize him to go to IIT Kanpur. It will be his decision. Whether he will start up his own unit or accept the invitation of IIT Kanpur. The decision will be purely his”.
Asad is a resident of a small town called Mubarakpur Lohara in Uttar Pradesh. He has studied up to ITI and BCA.
source: http://www.twocircles.net / TwoCircles.net / Home> India News / by Md Zamir Hasan / TwoCircles.net / July 12th, 2023
The Dawoodi Bohra community has launched a global program to conserve water and recharge groundwater through effective rainwater harvesting techniques.
Recognising the global water scarcity issues, the leader of the Dawoodi Bohra community, His Holiness Syedna Mufaddal Saifuddin, in his recent address to community members in Mombasa, Kenya, stressed the importance of preserving and conserving water.
“Following the instructions of Syedna Mufaddal Saifuddin, a team of over 200 community officials were mobilised to visit more than 250 villages, towns and cities in India to study the strain on existing water supplies and provide support for building a more resilient and sustainable water management system”, said Shabbir Najmuddin, Associate Executive Trustee of Burhani Foundation, the community’s 30-year-old environmental body which is leading this initiative in collaboration with other organisations.
The process of water conservation
“As part of the first phase of the water conservation program, we targeted water-challenged areas in India by guiding them to harvest rainwater in their backyards, wells, ponds and other local catchment areas,” Najmuddin added, awareness programs were also held at educational institutions and community centres to showcase various methods of rainwater harvesting and their benefits in revitalising depleted groundwater levels.
“Various stakeholders in the water management field and municipalities were also consulted and involved in the survey to gauge the local conditions and take their opinions in adopting methods that best suit the region’s topography,” he added.
For the long-term rollout of the program, Burhani Foundation is identifying project coordinators from each area who will be tagged to experts to troubleshoot issues and facilitate the installation of rainwater harvesting systems in their regions. In the coming days, the Foundation is also going to reach out to community representatives from across the globe to harness the power of rainfall in their regions and share best practices for other areas to adopt. Besides that, the Trust is also rejuvenating defunct wells in the identified areas.
During the survey of rainwater harvesting in households 43-year-old Ismail Raja from Shahada, a town in Nandurbar district of Maharashtra, shared, “We installed a rainwater harvesting system in our backyard two years ago to recharge our borewell. Since then we have never faced water shortage as our borewell provides water not just to our families but also at times to our neighbours.”
Another community member, Jaffer Shabbir (36) from Savda village next to Burhanpur in Madhya Pradesh, is using a simple yet effective solution to recharge the nearby well which had run dry in 2017. He says, “By collecting rainwater from the roof of our hall and parking area which we give on rent for weddings and other functions, we’re harnessing the power of rain to replenish the groundwater in the neighbourhood.”
The members checking the progress
Syedna Mufaddal Saifuddin’s unwavering commitment to environmental conservation reflects in his broader vision of leading a harmonious and sustainable life. In his sermons, he continues to counsel the community to protect and preserve nature while inspiring individuals from all walks of life to actively participate in conserving natural resources and embracing practices that promote environmental sustainability.
According to NITI Aayog, nearly 600 million people, which is almost 50% of India’s population, are facing water shortage issues. The country is vulnerable to droughts as well as floods even as climate change is increasing unpredictability in weather patterns and leading to more extreme weather events. Rainwater harvesting, water reservoirs and other methods can help mitigate these extreme events by storing & recharging groundwater and releasing it when needed.
source: http://www.awazthevoice.in / Awaz, The Voice / Home> Story / by Shaista Fatima / July 02nd, 2023
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