Latest news with #DefenceResearchandDevelopmentLaboratory
Hans India
4 hours ago
- Health
- Hans India
DRDO, AIIMS Telangana unveil indigenous, low-cost prosthetic foot
New Delhi: In a first, Indian researchers from the Defence Research and Development Laboratory (DRDL) and AIIMS Bibinagar in Telangana have developed a low-cost prosthetic foot to boost mobility among people with limb loss, the Ministry of Defence said on Tuesday. The first made-in-India cost-effective advanced Carbon Fibre Foot Prosthesis was developed under the Aatmanirbhar Bharat initiative. It will help amputees from lower-income groups get access to good-quality prosthetics, as well as lower the production cost for prosthetics in the country. The new prosthetic foot is biomechanically tested to load up to 125 kg with sufficient safety factors. It also has three variants to cater to patients of different weights. 'This foot is designed with the goal of offering a high-quality and affordable solution accessible to a larger population in need while delivering performance at par with available international models,' the Ministry said. 'It is expected to reduce the cost significantly to as low as less than Rs 20,000 in production in comparison to the current imported similar products that cost around Rs two lakh,' it added. The need for foot prosthetics in India is significant, driven by a high incidence of limb loss due to accidents, medical conditions, and congenital disabilities. Prosthetics offer a crucial means to restore mobility and independence, but affordability and access remain major challenges for many individuals. High-quality prosthetics can be expensive, making them inaccessible to a large segment of the Indian population. Limited access to skilled prosthetists and rehabilitation centers, especially in rural areas, hinders the availability of prosthetic care. The new prosthetic foot is designed for highly dynamic K3-level active users offering high performance at an affordable cost. 'This innovation is expected to significantly improve accessibility to high-quality prosthetics for low-income group amputees in India, reduce dependency on imported technologies, and support broader social and economic inclusion for people with disabilities,' the Ministry said.
The Hindu
16 hours ago
- Health
- The Hindu
DRDL-AIIMS Bibinagar unveil low-cost, advanced carbon fibre foot prosthesis
The first 'Make in India' cost-effective, high-profile advanced carbon fibre foot prosthesis, indigenously designed and developed by Defence Research and Development Laboratory (DRDL) and AIIMS-Bibinagar, was unveiled here on Monday. DRDL director Murthy and AIIMS executive director Ahanthem Santa Singh released the 'ADIDOC (AIIMS Bibinagar – DRDL, DRDO Indigenously Developed Optimised Carbon Foot Prosthesis), which has been biomechanically tested to loads up to 125 kilograms with a sufficient factor of safety and is designed for highly dynamic K3-level active users offering high performance at an affordable cost. It has three variants to cater to patients of different weights. This foot is designed to offer a high-quality, low-cost and affordable solution accessible to a larger population in need, while delivering performance on par with available international models. It is expected to reduce the cost significantly to as low as less than ₹20,000 in production in comparison to the cost of the current imported similar products that are priced around ₹2 lakh. Hence, this innovation is expected to significantly improve accessibility to high-quality prosthetics for low-income group amputees in the country, reduce dependency on imported technologies and support broader social and economic inclusion for people with disabilities. The development of this prosthesis has been made possible through the dedicated efforts of experts and scientists from DRDL, DRDO, industry partners and medical team of experts from AIIMS-Bibinagar, said a press release.
India.com
19 hours ago
- Science
- India.com
DRDO Internship Application Window to Close Today, Check Vacancy Details and Eligibility Criteria Here
New Delhi: The Defence Research and Development Organisation (DRDO) will close the application window for paid internships available for Science and Engineering students today, July 14. The interested candidates can now apply for the internship by filling out the application form offline. The entirety of this intership will be conducted at Defence Research and Development Laboratory, Hyderabad – a specialized laboratory involved in the research and development of advanced technologies used in missile systems by the Indian Armed Forces. The candidates must note that they need to fit into the eligibility criteria to apply for the internship. DRDO Internship: Here are some of the key details: The selected candidates will be paid Rs. 5000 as monthly stipend. Some facilities, such as lunch, tea, snacks, etc will be provided at a subsidized rate at the DRDO Canteen. 58 vacancies for Electronics/ Electronics and Communication Engineering/ Embedded Systems/ VLSI Engineering/ Electronics and Instrumentation/ Electrical Engineering 75 vacancies for Engineering- Mechanical/ Chemical/ Aerospace/ Production/ Material/ Safety/ Instrumentation/ Metallurgical/ Ceramic 8 vacancies for Physics/ Chemistry/ Mathematics and Allied Science 24 vacancies for Computer Science and Engineering (CSE, AI, Cybersecurity and allied) DRDO Internship: Eligibility Criteria Candidates must clear the following criteria to be eligible for the DRDO internship: Candidates should be pursuing Engineering at the UG level or Engineering/Physical Science at the PG level. Candidates must be pursuing regular courses at recognised institutions to be eligible. Candidates should be in the final year of their respective programmes. Candidates must have a consistent record of academic performance with minimum 60% marks or its equivalent CGPA. The maximum age limit set for applying for this DRDO internship is 28 years. Eligible candidates could also be considered based on interview/ interaction and marks obtained in the qualifying degrees (average of completed semesters/ years). DRDO will declare the list of shortlisted candidates about interviews on July 22 and the interviews will be held on July 26. The internship programme is set to start on August 1.
Hindustan Times
3 days ago
- Science
- Hindustan Times
DRDO invites internship applications from UG/PG Science and Engineering students, apply by July 14
The Defence Research and Development Organisation (DRDO) has invited applications for paid internships from students pursuing Engineering and Science courses at the undergraduate and postgraduate levels. DRDO invites internship applications from UG/PG Science and Engineering students (Representative photo) Also read: Bihar govt launches scheme to financially support youths for carrying out internships These internships will be at the Defence Research and Development Laboratory, Hyderabad. It is a premier laboratory engaged in the research and development of advanced technologies in the area of missile systems for the Indian Armed Forces. DRDL has asked Indian nationals with excellent academic background to apply for these paid internships which will last for six months. Candidates who are pursuing Engineering at the graduation level or Engineering/Physical Science at the postgraduate level are eligible. Also read: Delhi CM launches internship to involve youth in governance DRDO internship: Vacancy details Electronics/ Electronics and Communication Engineering/ Embedded Systems/ VLSI Engineering/ Electronics and Instrumentation/ Electrical Engineering: 58 vacancies Engineering- Mechanical/ Chemical/ Aerospace/ Production/ Material/ Safety/ Instrumentation/ Metallurgical/ Ceramic: 75 vacancies Physics/ Chemistry/ Mathematics and Allied Science: 8 vacancies Computer Science and Engineering (CSE, AI, Cybersecurity and allied): 24 vacancies Total: 165 vacancies Interns will receive a stipend of ₹5,000 per month. Only those who are pursuing regular courses at recognised institutions will be considered for the internships. They should be at the final year of their respective programmes. In addition, they must have a good academic track record with at least 60 per cent marks or its equivalent CGPA. Candidates should be below 28 years of age. Eligible candidates may be shortlisted on the basis of interview/ interaction and on the basis of their marks obtained in the qualifying degrees (average of completed semesters/ years). The last date to receive applications is July 14. Shortlisted candidates will be informed about the interview on July 22, which will take place on July 26. Interviews will start on August 1. Interested candidates are advised to check the official website for further information.
India Gazette
14-05-2025
- Science
- India Gazette
Akash Missile was 'dream project' of Dr Abdul Kalam: Scientist Prahlada Ramarao
By Shalini Bhardwaj New Delhi [India], May 14 (ANI): Prahlada Ramarao, former DRDO scientist behind India's Akash missile system, on Wednesday described the Akash Missile defence system as a dream project of Dr APJ Abdul Kalam, revealing that it held a special place in his heart. Speaking to ANI, Scientist Prahlada Ramarao said, 'The indigenously developed defence missile system Akash was the dream and a favourite project of Dr Abdul Kalam. I wish he were here to witness this missile's performance. I can only thank him in my heart for his vision and support.' He shared insights into the crucial moments and challenges during the missile's development. The Akash missile, which has successfully intercepted enemy missile threats, was first conceptualised in 1983, when Ramarao was a young scientist at the Defence Research and Development Laboratory (DRDL) in Hyderabad. At that time, he was working under the guidance of Dr APJ Abdul Kalam, the Director of the lab. In an interview with ANI, Ramarao reflected on the long journey of developing India's missile technology. He also highlighted his close collaboration with Kalam during the initial stages of the project in the 1980s. Recalling his early experiences, Ramarao said, 'In 1983, I was a junior scientist, working alongside Dr Kalam. He was my mentor, and we would frequently interact on testing and mathematical modelling. I vividly remember when Dr Kalam asked me a question, and I prepared a chart to present my findings to him. He was satisfied with the way I had perceived the problem.' The development of the Akash missile faced several hurdles. The missile, along with its radar systems and ground infrastructure, needed to function in perfect harmony to counter fast-moving, manoeuvring aircraft equipped with electronic warfare technology. Ramarao highlighted the unique challenges posed by the missile's design, particularly its ability to engage multiple targets simultaneously. It also included tackling the radar system and the speed of the missile. Despite the challenges, the entire team's dedication and the relentless support of Dr Kalam kept the project on track, he said. Ramarao explained the Akash missile's capabilities, particularly its ability to track and destroy multiple targets at once. Speaking about the system, he said, 'The missile is multi-target; we can engage up to 12 missiles simultaneously. It can engage both manoeuvring and non-manoeuvring targets, fly at varying altitudes, and carry electronic warfare capabilities.' Highlighting the accuracy of the missile, he added, 'The precision, accuracy, and lethality are so advanced that if the missile gets close to its target, the aircraft is guaranteed to be destroyed. This is the high 'kill-probability' that we've engineered into the system.' Ramarao also noted that the Akash missile continues to evolve with time and inputs from the armed forces. 'Every 2-3 years, we upgrade the missile based on feedback from the armed forces. Their support and collaboration ensure we stay ahead of the curve,' he said. On the question of cost, Ramarao underscored its affordability and strategic value. 'The Akash missile is priceless--not just for its technological excellence, but because it is Made in India. We fabricate the components locally and provide ongoing support and upgrades to our armed forces,' he said. Comparing it to foreign missile systems, he noted, 'For the same performance, the Akash is only half the cost of similar systems from Europe or other countries. The development cost of the ground systems is also just one-tenth of that of foreign alternatives, making it an incredibly attractive solution.' With its successful testing and eventual deployment, the Akash missile system became a cornerstone of India's defence, playing a vital role in safeguarding the country against external threats. Ramarao's perseverance and Dr Kalam's visionary leadership turned what began as an ambitious dream in the 1980s into a significant defence milestone for India. Operation Sindoor emerged as a calibrated military response to an evolving pattern of asymmetric warfare, one that increasingly targets unarmed civilians along with military personnel. The terrorist attack on tourists in Pahalgam in April 2025 served as a grim reminder of this shift. India's response was deliberate, precise, and strategic. Without crossing the Line of Control or international boundary, Indian forces struck terrorist infrastructure and eliminated multiple threats. However, beyond tactical brilliance, what stood out was the seamless integration of indigenous hi-tech systems into national defence. Whether in drone warfare, layered air defence, or electronic warfare. As part of Operation Sindoor, Battle-proven AD (Air Defence) systems like the Pechora, OSA-AK and LLAD guns (Low-level air defence guns). Indigenous systems such as the Akash demonstrated stellar performance. AKASH is a Short Range Surface to Air Missile system to protect vulnerable areas and vulnerable points from air attacks. The AKASH Weapon System can simultaneously engage multiple targets in group mode or autonomous mode. It has built-in Electronic Counter-Counter Measures (ECCM) features. The entire weapon system has been configured on mobile platforms. (ANI)
