
New science centre ready to engage young minds
Jointly funded by the Central and State Governments at a cost of Rs 15 crore, the project was executed under the supervision of the Visweswaraya Industrial and Technological Museum (VITM), Bengaluru. The construction of the facility was completed in 2023, but its inauguration was delayed due to various reasons during the previous administration.
The Science Centre, aimed at delivering scientific knowledge through innovative approaches, especially to students from Dr BR Ambedkar Konaseema, Kakinada, and East Godavari districts, is the third such Science Centre in Andhra Pradesh following those in Tirupati and Vijayawada.
While the Science Centre in Tirupati operates under the Central Government, the Vijayawada facility is managed by the Andhra Pradesh State Council of Science and Technology (APCOST). The Rajahmundry Science Centre will also be operated by APCOST under the State Government's supervision.
Despite plans by the present coalition government to inaugurate the centre in November last year, the event could not materialise. Efforts are now underway to make the facility accessible to students this month, with a formal inauguration scheduled for July. Central and State ministers, along with senior officials, are expected to attend the event.
One of the major attractions of the centre is the beautifully landscaped green carpet park, featuring 18 display slots that showcase various themes in science and technology. These include interactive exhibits on the Earth-Moon system, dinosaurs, ocean waves and their acoustics, musical tones, Newton's laws of motion, a gravity chair, and an 'Expressway' section for scientific demonstrations.
The two-story centre also houses a Fun Science section, a Tarangan (Planetarium), a Science Park, an Innovation Hub, an auditorium, and a conference hall.
Teacher Meka Susatya Rekha, the project coordinator, confirmed that the Science Centre is fully constructed and ready for inauguration. She said that efforts are being made to open the centre to students this month and formally inaugurate it in July.
The launch of the centre is expected to greatly benefit students across North Andhra and the twin Godavari districts, providing them with hands-on learning experiences and exposure to cutting-edge science and technology.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


India Today
4 hours ago
- India Today
India's Best Universities: A powerhouse called SRM Institute of Science and Tech
(NOTE: This article was originally published in the India Today issue dated August 11, 2025)No 1. SRM INSTITUTE OF SCIENCE AND TECHNOLOGY, CHENNAIFrom the time it was founded in 1985 to its present status as one of India's leading multidisciplinary universities, the SRM Institute of Science and Technology (SRMIST) has always been defined by its ambition to fuse research, innovation and higher learning. A deemed university since 2002, today it is home to more than 70,000 students and 4,500 faculty members across six campuses, encompassing 15 million square feet of built-up space. Its global reach is equally impressive, with over 1,000 international students from 40 countries and 260 exchange students on academic 460-acre campus at Katangalathur, 40 km from Chennai, reflects the institution's forward-looking vision. Facilities like the FabLab, the iOS Development Centre (built in collaboration with Apple and Infosys), and the iMac Lab with 240 high-performance systems create an ecosystem designed to inspire creativity and experimentation. SRMIST was ranked the 12th best university in India by the education ministry's NIRF-2024 rankings and No. 84 in the world by Times Higher Education UK in the multidisciplinary university category in 2025. While engineering remains its core strength, with departments spanning Data Science and Business Systems to Genetic Engineering and Physics & Nanotechnology, the university also houses faculties in medicine, law, management, agriculture, pharmacy, nursing, public health, physiotherapy, and the humanities. In the past three years , the university has published 24,387 research papers in Scopus and Web of Science alone—the databases reckoned by national or international ranking agencies like NIRF, QS etc.—which together have earned over 182,000 citations. Its Scopus h-index (a metric that measures productivity and citation impact) exceeds 173, and its average citation index stands at 9.4. The university has filed 1,120 patents, of which 485 have been granted, along with multiple copyrights, trademarks and industrial designs. High-impact research centres like the Nanotech Research Centre, REACH (focused on environment and climate change), and the SRM-DBT Life Sciences Platform drive groundbreaking studies with tangible real-world centres of excellence, ranging from Electric Mobility and Translational Medicine to Social Entrepreneurship and Defence Studies, further define SRMIST's research ecosystem. Over 652 funded research projects worth over Rs 286 crore have been undertaken, supported by agencies like the Indian Council of Medical Research (ICMR), Department of Science & Technology (DST) and the Royal Norwegian thrives here. The Bootstrappers' Research Council, part of the Startup India Seed Fund Scheme, has secured Rs 3 crore in funding from DPIIT; the Biotechnology Industry Research Assistance Council (BIRAC) has sanctioned Rs 10 crore for medical startups. Success stories include Abinava Rizel, an electric vehicle (EV) powertrain start-up, which raised Rs 200 crore for electric motor manufacturing; Torus Robotics with a Rs 15 crore defence contract; Paperplane, a digital hospital platform that secured $1 million (Rs 8.7 crore); and Monkwish, an AI-driven skilling startup that has raised $3 million (Rs 26.1 crore). In all, SRMIST has incubated over 100 startups, developed 88 prototypes, and launched 26 student- and faculty-led remain one of SRM's biggest draws. In 2024–25, students received 12,925 job offers from 1,700 recruiters, including Amazon, Google, JP Morgan and Pfizer. The highest package touched Rs 65 lakh per annum, while 202 students secured offers above Rs 20 lakh while 44 landed international on campus is just as vibrant beyond the classroom. Milan, one of India's largest cultural festivals, draws over 50,000 participants, while Aaruush—the signature techno-management fest—partners with DRDO and other major organisations. Its alumni network, spanning 29 countries and over 200,000 members, is another testament to its impact. Distinguished names include Sriram Krishnan, senior policy advisor for AI at the White House, and Prithviraj Thondaiman, gold medallist at the 2023 Asian Games. Equally significant is SRMIST's commitment to sustainability. With over 95,000 trees on campus, the institution has pledged to achieve NetZero in greenhouse gas emissions by 2050 and ranks third in India in the UI GreenMetric COLUMN | A wholesome experienceBy Prof. C. Muthamizhchelvan, Vice-Chancellor, SRMISTI have been associated with SRMIST since its inception as an affiliated college in 1985. Our commitment remains rooted in three pillars: academic rigour, innovation and social impact. In the past year, we have introduced programmes in cutting-edge areas like AI, robotics, digital health, quantum computing, climate science and clean energy. We also run forward-looking courses on design thinking, innovation, intellectual property rights, and entrepreneurship. Faculty training has been key. We have invested heavily in capacity-building, conducting training in-house and sending our faculty to universities here and abroad to learn best practices. While this is an ongoing process, it has already transformed the quality of teaching at students benefit from the multidisciplinary nature of the institute. Students are encouraged to take courses beyond their core disciplines, broadening their perspectives. Campus life is equally vibrant, and we have a large number of student clubs. With 18,000 students living on campus, SRMIST offers a 24/7 immersive environment. Our sports facilities are world-class; our international-standard swimming pool gallery is named after Nethra Kumanan, a current student who became India's first woman to represent the country at the Olympics in is a cornerstone of SRMIST. Our labs are open 24/7, and we encourage both discipline-specific and interdisciplinary research. We have established an Innovation Centre and an Idea Clinic, where students can post problem statements and collaborate on solutions. We classify research under five pillars: Environment, Energy, Water, Healthcare, and Disruptive Technologies. To date, SRMIST holds 485 granted patents, paving the way for technology transfers and product the past six years, around 100 startups have graduated from our incubation ecosystem. A notable example is Abinava Rizel, which designs electric motors for electric vehicles. After two years of incubation support, including space, patent filing, and funding, they recently secured Rs 200 crore in funding. One of our proudest achievements is our alumni network. Sriram Krishnan, who graduated in 2005, is now Senior Policy Advisor for Artificial Intelligence in the Trump NOTES | Making the world our oysterBy K. Niveditha, Master's of Design (Public Spaces), Final Year, School of Architecture and Interior Design (SAID), SRMISTI completed my Bachelor's in Design with a specialisation in Interior Design here at SRMIST. The four years I spent as an undergraduate gave me such a strong foundation that I decided to do my Master's here as well. What I love is that SRM gives equal importance to academics, research and cultural activities. As an architecture student, I have access to excellent infrastructure, including the Fab Lab and its wide range of machines and tools. Working on projects there, collaborating with the lab team and bringing our ideas to life has been a cultural life is just as exciting. I have been part of Prachodaya, our department's architecture fest, experienced the energy of Aaruush, our flagship techno fest, and Milan, of course, our iconic cultural festival that's famous across the makes SRM truly stand out is the endless opportunities it offers. Faculty and students communicate openly and collaborate on research and innovation. In architecture, cross-disciplinary learning is vital, and I have had the chance to work with other departments on projects that encourage creativity and problem-solving. Conferences, workshops and design discussions are frequent, which keeps the academic atmosphere dynamic and knowledge and learning from others has helped me grow every single day. From orientation—where seniors guide you through courses and campus life—to cultural festivals, SRM has provided me with a platform to evolve not just as a student, but as a person ready for the to India Today Magazine- EndsMust Watch


Deccan Herald
4 hours ago
- Deccan Herald
Did you know? August 5 is one of the shortest days ever in decades: Here's why
While there are no concrete reasons for this occurrence, experts say this could be due to the Moon's current position over our planet.


Time of India
4 hours ago
- Time of India
NASA to build Moon reactor by 2030, outpacing China-Russia lunar ambitions with a 100-kilowatt power system
Source: New York Times / BBC The United States is accelerating its space ambitions with a bold plan to construct a nuclear reactor on the Moon by 2030, according to the reports. This move, championed by Transportation Secretary and interim NASA chief Sean Duffy, signals a significant shift toward energy independence and strategic dominance in lunar exploration. The directive aims to outpace China and Russia's joint lunar base efforts while ensuring sustainable power for future Moon habitats and research facilities. With a 100-kilowatt power system in focus and contracts for ISS replacement on the horizon, this strategy could reshape the future of space exploration and energy innovation. Why the Moon needs a nuclear reactor Solar power, though efficient in low-Earth orbit, is unreliable on the Moon due to two-week-long lunar nights. A nuclear reactor ensures continuous, high-output power for critical systems like habitats, life support, and mining equipment. NASA's earlier 40-kilowatt system design now expands to a 100-kilowatt model, enabling long-term settlements and deep-space missions. Experts note that nuclear power could support resource extraction, like oxygen and water from lunar regolith, which is crucial for producing rocket fuel and sustaining human life far from Earth. This capability would reduce dependency on Earth-based resupply missions, making lunar bases more economically and operationally viable. Space race 2.0: US reacts to China-Russia lunar base plans with a 100-kilowatt power strategy China and Russia's International Lunar Research Station (ILRS) poses a direct challenge to US leadership in space. Their collaboration aims to establish a permanently crewed lunar facility, backed by advanced robotics and resource utilization programs. Duffy's directive reflects a 'space race 2.0' mindset, emphasizing energy independence and infrastructure as strategic levers. Analysts say the nuclear reactor isn't just about science; it's a symbol of geopolitical power projection. By achieving reliable energy on the Moon, the US can support military, scientific, and commercial activities, ensuring it remains ahead in a future where lunar resources could influence global energy and technology markets. The directive significantly upsizes previous NASA designs, calling for a 100-kilowatt fission surface power system capable of running multiple habitats and industrial-scale facilities. The plan involves a 60-day window to gather input from private space and energy companies and appointing a NASA official to spearhead the project. This power scale is intended not only for lunar missions but also to serve as a blueprint for Mars and deep-space exploration. Unlike solar arrays, nuclear reactors can withstand lunar dust, extreme temperatures, and long nights, making them a game-changer for permanent extraterrestrial settlements and advanced resource processing facilities on the Moon. NASA's new vision under Duffy: Hard-power technologies and commercial space growth Sean Duffy's appointment as interim NASA chief, while also serving as Transportation Secretary, sparked debate in Congress. Critics question his ability to manage two high-profile federal roles simultaneously. However, this lunar reactor initiative shows Duffy's intent to leave a strong mark on US space policy, focusing on hard-power technologies rather than purely scientific exploration. His directive aligns with the White House's push for increased crewed spaceflight funding, even while cutting some research programs. The move highlights a shift in NASA priorities, emphasising infrastructure and power generation as key pillars for maintaining US dominance in an increasingly contested space environment. Alongside the Moon reactor plan, NASA aims to accelerate the replacement of the ageing International Space Station (ISS). The agency will award contracts to at least two private companies within six months, with a goal of deploying a commercially operated station by 2030. Leading contenders include Axiom Space, Vast, and Blue Origin. This transition reflects NASA's procurement shift toward private-sector partnerships, ensuring a continued human presence in low-Earth orbit while freeing up resources for deep-space missions. Critics have raised concerns about funding delays, but Duffy's directive is expected to fast-track development and synchronize with national space security strategies. Why the Moon nuclear reactor is important for Mars and asteroid missions The Moon nuclear reactor initiative signals more than just energy innovation; it represents a paradigm shift in space exploration. By coupling lunar nuclear energy infrastructure with a commercial space station ecosystem, the US positions itself to dominate both cislunar space and planetary exploration. Experts believe this could lead to permanent Moon settlements, asteroid mining, and Mars missions becoming practical within the next decade. Furthermore, the initiative reinforces US competitiveness in a world where space resources and technologies may define future economic and military power. The outcome of these programs could reshape the global balance of power beyond Earth. Also Read | NASA astronaut recalls awe-inspiring view of Mumbai and Delhi's night lights from space: 'India looks magical'