logo
Air India plane crash: ‘We saw man coming out of gate… didn't know he was a passenger'

Air India plane crash: ‘We saw man coming out of gate… didn't know he was a passenger'

Indian Express16-06-2025
Like the students in the BJ Medical College hostel, Satinder Singh Sandhu was having lunch with fellow paramedics at the local GVK-EMRI ambulance office inside the 1,200-bed hospital at Medicity in Ahmedabad on June 12 when he heard a massive explosion.
Running outside, he saw a man coming out of the hostel building's gate as a massive fire raged behind him. This man was 39-year-old Viswashkumar Ramesh, the lone survivor of the London-bound Air India flight that crashed into the hostel building soon after taking off from the Sardar Vallabhbhai Patel International Airport in Ahmedabad.
Sandhu took Ramesh's hand and guided him away from the site. A video of this has since been widely shared.
'I asked my team to deploy ambulances immediately while I rushed to the spot. When I got there, I realised this was a major incident. I called my head office and asked them to inform the police and send more ambulances. Meanwhile, five ambulances under my command reached the site,' Sandhu said.
The 44-year-old has been with the GVK-EMRI emergency ambulance service for a decade, and is a supervisor who controls 20 of the 120 ambulances in the city.
'I first saw the watchman of the hostel injured on the road. We picked him up and dispatched him in one of the ambulances. Then, we saw one man coming out of the gate next to the burning hostel building. I approached him, but he suddenly turned around and began walking back to the crash site,' Sandhu told The Indian Express, referring to Ramesh.
Sandhu said Ramesh initially resisted attempts to take him away from the site, repeatedly saying that his family member was burning in the fire.
'We thought it must be a family member inside the hostel building. We didn't know at that time that he was a passenger who had come out of the burning aircraft,' said Sandhu, adding, 'We finally managed to calm him down a little, seat him in one of the ambulances and send him to the hospital. He had injuries on his face, hands and legs. He had burn marks across his body, but he was able to walk with a slight limp.'
A chilling new video has emerged from the site of the devastating #AirIndia Flight AI-171 crash, showing Vishwash Kumar Ramesh — the sole survivor of the tragedy — walking away from the smouldering wreckage with smoke billowing behind him. The footage, now widely circulated… pic.twitter.com/n5gyEJsG9Y
— The Indian Express (@IndianExpress) June 16, 2025
It was en route to the hospital that Ramesh told paramedics he had been on the aircraft that had just crashed. He said he and his brother were going home to the UK and that he had been seated next to the emergency exit, in seat 11A. However, he did not know how he managed to exit the crashed aircraft.
Sandhu said Ramesh was in a state of shock and confusion after his ordeal. His mind was still fixed on a singular point — saving his younger brother, Ajay, from the burning plane.
Ajay was among the 241 people on board flight AI-171, and several others on the ground, to die in the crash. The Boeing 787 Dreamliner was carrying a total of 242 people.
Ramesh and his brother, who were originally from the Union Territory of Diu, were British nationals settled with their families in Leicester, England.
Sandhu said he and his fleet of ambulances were on the site of the crash by 1.41 pm, just three minutes after the crash that took place at 1.38 pm.
A firefighting team also arrived soon after and started the task of dousing the flames. It was when the heavy soot-laden smoke cleared that paramedics saw charred bodies of men, women and children strewn on the ground. There were also bodies inside the medical college hostel compound.
Sandhu was among the first to rush into the building to try and save anyone stuck in the rubble or stranded by the fire. He said he had no count of how many people his team managed to rescue from the hostel premises and the road in front of it, but estimated that it must have been at least 20-25.
Originally from Thaluh village in Punjab's Rupnagar district, Sandhu has lived in Gujarat since 1992.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Google DeepMind CEO Demis Hassabis reveals AI can replace doctors in healthcare but not nurses; here's how
Google DeepMind CEO Demis Hassabis reveals AI can replace doctors in healthcare but not nurses; here's how

Time of India

time7 hours ago

  • Time of India

Google DeepMind CEO Demis Hassabis reveals AI can replace doctors in healthcare but not nurses; here's how

Artificial Intelligence (AI) has shifted from being a futuristic concept to a rapidly evolving reality impacting every industry. With advanced machine learning models, automation systems, and AI-powered decision-making tools, tasks once performed by humans are now handled with speed and precision by algorithms. This has triggered global concern about potential job losses. Top tech leaders have issued warnings that AI will significantly disrupt the workforce. Amazon CEO Andy Jassy has admitted that automation will reduce certain jobs within the company. Similarly, Nvidia CEO Jensen Huang stated that AI will impact 'everybody's jobs' in some capacity, although he expects it to also create new opportunities. Google DeepMind CEO Demis Hassabis predicts the most dramatic changes will occur within the next five to ten years, transforming entire job markets. DeepMind CEO explains AI in healthcare can replace doctors but not nurses When asked about the possibility of artificial general intelligence (AGI) performing all human tasks, DeepMind CEO Hassabis highlighted an important distinction: Doctors' diagnostic tasks: AI could analyse medical data, scans, and test results faster and more accurately than human doctors, potentially replacing or assisting in diagnosis and treatment planning. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Own Co-live Spaces in Whitefield | Starting from 42L+ Sumadhura Learn More Undo Nursing and empathy-based roles: Nurses, however, provide emotional support, physical care, and human empathy that technology can't replicate. A robotic nurse may be efficient but lacks the ability to emotionally connect with patients, a critical part of caregiving. This example shows that while AI in healthcare may replace certain intellectual tasks, professions relying on emotional intelligence will remain human-centered. According to Hassabis, the workplace of the future will integrate humans and AI collaboratively. AI will handle data-heavy, repetitive, and analytical processes, allowing humans to focus on creative problem-solving, emotional interaction, and leadership roles. This shift will require governments and industries to invest heavily in reskilling programs to prepare workers for AI-driven environments. Other top CEOs warn AI will reshape jobs worldwide and urge workers to adapt quickly Andy Jassy's remarks highlight a future where AI automation tools replace repetitive and operational tasks. Amazon already relies on robotics and intelligent software to manage logistics, inventory, and supply chain processes. Jassy believes that as these technologies mature, fewer human workers will be required for jobs like order processing and warehouse management. However, he noted that the shift doesn't necessarily mean fewer opportunities overall but rather a need for upskilling and reskilling so employees can transition into more technology-driven roles. Jensen Huang, whose company Nvidia provides the graphics processing units (GPUs) powering modern AI systems, offered a candid view on AI's impact: 'Everybody's jobs will be affected. Some jobs will be lost. Many jobs will be created.' Huang believes AI's productivity gains will help industries perform tasks faster and cheaper, which may reduce demand for certain roles but open new ones focused on AI development, data analysis, and advanced engineering. He expressed hope that economic growth from AI adoption will ultimately 'lift society' rather than harm it. Demis Hassabis, CEO of Google DeepMind and a key architect of advanced AI systems, views AI as an additive rather than purely disruptive technology. He explained that as AI capabilities expand, new job categories will emerge—roles that use AI to enhance human output rather than replace it entirely. Historically, technological revolutions (like industrial machines or computers) displaced certain jobs but also created industries that didn't exist before. Hassabis believes this trend will continue: 'New jobs will be created that are actually better, that utilise these tools or new technologies.' AI's role in jobs and healthcare related FAQs Can AI fully replace doctors? AI can handle data analysis, diagnostics, and treatment recommendations faster than humans, but doctors will still oversee complex decision-making and patient care. Why can't AI replace nurses? Nursing requires emotional support, hands-on care, and human empathy—qualities that machines and robots cannot replicate effectively. What is Demis Hassabis' prediction about AI and jobs? He predicts massive workplace changes within 5–10 years, with some jobs disappearing and new ones emerging. How are other CEOs reacting to AI job disruption? Amazon CEO Andy Jassy expects automation to cut some jobs, while Nvidia CEO Jensen Huang believes AI will affect 'everybody's jobs' but also create new opportunities. What kind of jobs will grow in the AI era? Roles focused on AI development, creative problem-solving, emotional intelligence, and advanced data management are expected to increase. Also Read | Instagram changes live streaming rules: Who can still go live and who's restricted; check if you are on the list and other key details AI Masterclass for Students. Upskill Young Ones Today!– Join Now

Rajalakshmi Institute of Technology adopts avant-garde tech in healthcare, engineering
Rajalakshmi Institute of Technology adopts avant-garde tech in healthcare, engineering

Time of India

time7 hours ago

  • Time of India

Rajalakshmi Institute of Technology adopts avant-garde tech in healthcare, engineering

People assume Artificial Intelligence is going to take over the role of doctors, but it offers varied opportunities. Artificial Intelligence (AI) is helping healthcare and hospital management professionals streamline operations for patients and doctors alike, while also developing personalised treatment and protocols. A lot of work happens behind the scenes, and AI helps in managing patients and their treatment, says Dr. Apoorva Haree, a seasoned professional in the healthcare field who has adopted advanced medical technology. As part of Times Conversations, Dr. Apoorva, Executive Director, Rajalakshmi Health City, shared her insights on a wide range of issues, especially the role of AI in Healthcare, Medical Engineering, and more. TOI Spotlight | Dr. Apoorva Haree on How AI is Transforming Healthcare | Rajalakshmi HealthCity AI will not take away jobs in health care Allaying fears that AI is going to take over diagnosis and treatment, and make doctors' jobs redundant, Dr Apoorva says that it offers profound benefits in the areas of health care, especially in protocols. This assumes considerable significance as managing hospitals is not as easy as people generally assume to be. 'AI is making health care service better for health care professionals and patients alike. People are scared that robots are going to perform all surgeries, be it Laparoscopy or endoscopy. Robotic Surgery is gaining a lot of popularity now. When Laparoscopy was gaining popularity a few years ago, this powerful tool of AI is best utilised when combined with experienced and compassionate human beings and doctors. I do not see it (AI) taking over health care anytime soon,' said Dr Apoorva, while being very specific about the role of modern medical technology, especially about AI. To a specific question about chatbots replacing human medical assistance, Dr Apoorva replied that the best use of AI through a chatbot is to determine if a patient's medical condition requires emergency medical assistance or if it can wait for a few more days. The seasoned medical professional said that any medical condition could have better medical outcomes if diagnosed, identified, and treated earlier. AI, Dr Apoorva observed, had the potential to access millions of data points and decipher whether a patient needed emergency medical attention or if the same condition could wait for a few days to be addressed by experts. Emerging technology in health care 'It will be great if someone who does not have access to healthcare immediately, could contact an AI Chatbot 'this is what I am going through, and what do you think' and not rely on it for a diagnosis or a treatment plan, but to let the patient know the patient to seek what medical care they need or not.' Sharing her observations in areas such as Radiology, among others, Dr Apoorva says AI can process large amounts of data and millions of scans. 'When a Radiologist goes through an imaging, each of them comes to what we call slices, and the Radiologist has to go through every slice. This requires a lot of time and focussed attention. So how AI can actually enhance this process is by bringing to light, anything that looks out of the ordinary – be it a tomour, or an infection. AI can pick this up and bring it to the doctor's attention. This is the same thing about Pathology too,' Dr Apoorva adds. Critical role in chronic health issues While sharing her insights about role of AI in chronic conditions like Hypertension and Diabetes, Dr Apoorva, who has made a mark for herself through her stellar work in improving health policies and education, says, that considering that the majority of the health care burden of the country is worried about such chronic ailments, AI could help as a guiding light. 'A lot of devices, especially wearables can be used to monitor conditions like sugar, blood pressure, and if one of these parameters is off the normal, these devices can alert the patients. This will give the patients an opportunity to seek treatment before anything major happens – be it an episode of high BP or sugar. AI could be wonderful in taking preventive care and not wait until incidents occur. AI could be used to remind patients to take their medications on time, which many patients often forget due to the hustle and bustle of daily life. This will be a great application of AI.' Role of engineers, engineering in path-breaking health care AI, Dr Apoorva says is a very powerful tool, it analyses data and gives answers and it can probably suggest the best course of treatment, but it cannot provide the same treatment that can be done only people – doctors, nurses, and rest of the healthcare professionals, especially considering that machines cannot do the emotional support from people. There are other factors as well, including family history and additional data that only medical staff can review. While being explicit, Dr Apoorva says the notion that 'AI can never be wrong is completely wrong, because, as everyone knows, AI still suffers from hallucinations where it has answers, while it does not have a clue as to what is happening, but we are actively working on this.' Dr Apoorva says 'AI is revolutionising the field of healthcare, and that is really exciting for everyone. At Rajalakshmi Institutions, we are particularly excited about our latest centre, called RADAR – Rajalakshmi Advanced Diagnostics and Applied Radiomics. This is a pioneering centre where expertise of engineering from Rajalakshmi Institute of Technology (RIT) is combined along with Rajalakshmi Health City. As far as the application of AI in Rajalakshmi Health City is concerned, Radiology instruments, especially CT and MRI, are AI-enhanced. This helps radiologists make the process smoother – for both the doctor and the patient. This makes it possible for Radiologists to identify conditions more easily, while also facilitating optimal positioning for patients – without requiring repeat scanning. This helps save time, and more importantly, radiation exposure, elaborates Dr. Apoorva, adding that this is one critical area where AI can make the entire process smoother and more efficient. This is how AI is helping Radiologists and how we are embracing this technology, she adds. RADAR is a space where engineering and healthcare professionals meet to provide solutions for healthcare problems. 'At Rajalakshmi Health City, we have cutting-edge technology, and AI enabled radiology, MRI, and CT machines. We provide a platform for engineers to solve problems that we have not yet been able to solve. The engineers can visit our centre, enable our AI instruments, collect data, and identify problems that need to be solved, and actively work towards becoming a pioneer in the field of Health tech and 'AI in health care. '' DrApoorva adds that this was one focus area where they were looking at for collaboration between RIT and Rajalakshmi Health City for growth. While asked about her counsel to the next generation, Dr Apoorva was very forthcoming: 'Keep an open mind, do not shut yourself off from technology, as it is here to stay. Learn how to adapt and incorporate technology into everyday decisions, as that will be beneficial. Going forward, there will be a lot of use of technology in healthcare. Just be curious as that will take you far,' is her message. Quantum Computing will help solutions in short time for complex, real-world problems Dr Sundar R, Director, Rajalakshmi Institute of Technology, whose rich experience in engineering and academia spans over 3 decades, made a deep dive into Quantum Computing, stating that they were the front runners in this space, procuring Quantum Computers last year, which will soon be inaugurated. The idea behind this initiative, he said, Quantum Computing can now provide lot of high-performance solutions in a very short time too, in emerging areas and RIT was introducing the right requirements for budding and 'future-ready' engineers. This, Dr Sundar said, will drive both meaningful applications of AI and Quantum Computing to arrive at solutions for real-world problems. 'It is with this anticipation that we have introduced into our system and made it as a part of our curriculum. In the context of AI and AI-driven systems, there is a need for awareness about the tools available to them. The digital fluency should be good and be in a position to use all the tools relevant for working alongside AI systems in the right way,' Dr Sundar said while speaking in length about the handling of sophisticated engineering and IT systems in healthcare. AI and Smart Cities Dr. Sundar said that AI was a data-driven approach and much of the learning happens through what is available and then built on that. 'Engineers should be conversant with data-centric approaches and leverage their capability with AI systems to provide meaningful solutions,' he remarked. 'Smart Cities need to be aware what is happening – know where traffic problems are taking place, and be able to handle emergency situations in the right way, manage energy requirements for the city, tackle solid waste management. In all of these, the data-centric approach, and the ability to use the known data for a predictive pattern to be able to handle situations so that no more problems are created, rather arrive at solutions,' Dr Sundar explained. Engineers can simulate solutions through AI With more and more people using AI as it is convenient, Dr Sundar said, adding: 'We at RIT make a conscious to provide a background to students so that they understand the tools and arrive at solutions. We have now taken a lot of effort in adopting AI and implementing within our institution. Engineering goes through a lot of trial-and-error processes, which keeps telling engineers to keep trying again with many different approaches before zooming on the solution. ' As AI leverages a lot of history, and data, people have at their fingertips, capabilities they were unaware of due to their background. 'It is now possible for people to quickly use AI techniques and Generative AI methods to design, and then use a digital twins and other schemas to ensure that simulation for a solution can be designed, and also use all the AI tools to test and validate how the solution works. This makes it a lot easier for a design and development cycle. AI does not bring the expertise of just one person, but the 'expertise of a lot of experts'.' AI and smart grids, energy systems While asked for his insights about role of AI in energy, Dr Sundar replied that a problem with sources of alternative energy systems – solar, wind, wave, and other emerging forms, was that they were not continually available. 'The ability to predict and understand the trend in energy systems especially the needs – be it spikes, weather forecast – if this prediction is able to be made possible and support could be provided, a seamless energy solution that optimises and uses all of these sources in the best way possible can be ensured,' he said. AI integration in robotics, manufacturing automation: Robots have certain functionalities that are similar to humans, but to bring intelligence, there is a need for AI, and once AI is integrated with robots and automation framework, semi-autonomous systems can understand the environment, see how machines are performing, take appropriate actions leading to a high-performance, and high-production, Dr Sundar said. Disclaimer: The views/suggestions/opinions expressed in the article are the sole responsibility of the experts and the brand concerned. This article has been produced on behalf of Rajalakshmi Institute of Technology & Rajalakshmi Health City by Times Internet's Spotlight team.

Nine-year-old had daily blackouts for 5 months: How AI tool helped doctors diagnose a rare condition in record time
Nine-year-old had daily blackouts for 5 months: How AI tool helped doctors diagnose a rare condition in record time

Indian Express

time12 hours ago

  • Indian Express

Nine-year-old had daily blackouts for 5 months: How AI tool helped doctors diagnose a rare condition in record time

For five months, nine-year-old Manoj (name changed) would faint every day. Every single day, without so much as a warning, the boy would press his ears, complain of a strange sensation, pain and then collapse. His father, a carpenter in Gurugram, skipped work on most days to monitor his son's sudden attacks. 'Every time he touched his ears, my heart would stop. I knew what was coming next,' he says. Doctor after doctor would attempt a diagnosis but the fainting spells would not stop. Till they used AI to zero in on a rare neurological condition that troubled the boy. 'With AI helping us save time by going through every research and therapy on his condition, we were able to treat him. Today the boy has recovered, is back to school, sports and leading a normal life like his peers,' says Dr Shashidhar TB, senior consultant, ENT, head and neck surgeon at Artemis Hospital, Gurugram. WHY DIAGNOSIS WAS COMPLICATED Sensing a neurological problem, the family consulted neurologists everywhere who did a battery of tests. Some of them suspected epilepsy, psychiatric conditions, and even malingering, attributing it to school phobia. But no medication worked. 'When he came to us, everything had already been tried. Anti-epileptic medications, psychological counseling, multiple specialist consultations — nothing worked. The child's condition was deteriorating, he was missing school for months and the family was at their breaking point,' says Dr Shashidhar. Manoj's symptoms were variable. Apart from fainting, he complained of headache, speech difficulties and severe aches in the ear. The team monitored his heart rate, sleep and other parameters. Video recordings of episodes were done to understand the sequence of each episode. All tests were analysed to calculate statistical possibilities of different diagnosis. Nothing definitive emerged. That's when Dr Shashidhar went back to good old history-taking. 'I found that four months before the child experienced fainting bouts, he had viral fever and a severe cold. An MRI showed an infection in the inner ear (that's why the boy was complaining of sharp pain), which plays a crucial role in balance and spatial awareness. Dysfunction in this system, which can be caused by ear infections, can lead to a type of migraine characterised by vertigo, dizziness and headache.' 'DOCTOR, YOUR FACE IS LOOKING LIKE A DOG' It was not any migraine but a rare one. Dr Shashidhar's suspicions arose when the boy repeatedly told him that he saw not him, but the face of a dog. 'Migraines affecting the brainstem (also known as basilar-type migraines), can cause visual hallucinations. These hallucinations can be simple when patients see flickering lights or geometric patterns, or complex, when patients see fully formed images of people, animals, or objects on whoever is in front of them. Children fall unconscious,' says Dr Shashidhar. HOW AI TOOLS HELPED Solving such complex migraine cases involves digging through countless research papers, a process that's time-consuming and often overwhelming. 'That's when we decided to speed things up by using AI tools like Glass Health and Perplexity AI. These give referenced, reliable answers, cutting down hours of literature search to minutes, without the usual hallucinated nonsense,' says Dr Shashidhar. Dr Trisha Srivastava fed Manoj's complete medical history, symptoms and test results into specialised AI diagnostic platforms. 'Within minutes, these systems analysed patterns that human doctors might miss, comparing the case against millions of medical records worldwide and giving a probability-based diagnosis,' she says. Among four possible diagnoses, it calculated a high probability for basilar artery migraine, something that Dr Shashidhar had suspected. 'Basilar migraine is so rare that many doctors go their entire careers without seeing a case. The AI's ability to recognise this pattern from subtle clues — the ear sensations, the specific type of headache, the brief visual disturbances — was effective enough,' Dr Shashidhar explains. THE TREATMENT The team immediately started Manoj on targeted migraine therapy. The results were nothing short of miraculous. Within a week, the daily episodes that had tormented the boy for five months completely stopped. A month later, he continues to be symptom-free. 'This case demonstrates the transformative power of AI in modern medicine. Instead of subjecting patients to months of trial-and-error treatments, AI can help us rapidly narrow down diagnoses, especially for rare conditions that might otherwise go unrecognised,' says Dr Srivastava. Manoj's father is relieved as he can go back to work without fear and anxiety. 'My son is playing, studying and being a normal child again. We have got our life back,' he says. As medical AI continues to evolve, cases like these highlight its potential in complex diagnostic scenarios where human pattern recognition reaches its limits. It can help with treating rare diseases that much more effectively.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store