CBSE launches National Automobile Olympiad 2025 for Classes 6-12, how to apply
The National Automobile Olympiad (NAO) 2025 has been launched to help school students connect their education with real-world skills. It is being organised by the Central Board of Secondary Education (CBSE) in partnership with the Automotive Skills Development Council (ASDC).The Olympiad is a countrywide programme aimed at developing automotive skills amongst students from Classes 6 to 12 in CBSE-affiliated schools.advertisementWith India becoming the world's 4th largest automobile market and the sector contributing nearly 7.5% to the country's GDP, there is a growing need for skilled professionals in this field.
NAO 2025 hopes to raise awareness, improve skills, and guide students toward careers in the automotive industry.NAO 2025: FOCUS ON SAFETY, SUSTAINBILITY, SMART MOBILITYSpeaking on the initiative, FR Singhvi, President, ASDC, highlighted the broader vision behind the Olympiad. "This year's theme -- The Three New S's: Safety, Sustainability, and Smart Mobility, reflects the evolving priorities of the automotive sector. Participants will delve into emerging domains like mechatronics, robotics, artificial intelligence, data analytics, and sustainable mobility," he said.Vinkesh Gulati, Vice President of ASDC, shared important details about the accessibility and format of the National Automobile Olympiad (NAO) 2025."The Olympiad is open to all students from Classes 6 to 12 and is designed to be inclusive and accessible, with participation available in both English and Hindi." he added.advertisementHe explained that the competition will follow a three-tier model. Group 1 includes students from Classes VI to VIII, Group 2 covers Classes IX and X, and Group 3 consists of students from Classes XI and XII.The regional rounds are planned to take place between October and November, with the national finals scheduled for December.It includes theoretical assessments, practical demonstrations, and problem-solving tasks aligned with real-world automotive challenges.Direct link to apply for studentsDirect link to apply for schoolsNAO 2025: REGISTRATION DETAILSRegistration for the National Automobile Olympiad 2025 is free for both schools and students. It is available in English and Hindi to ensure wider accessibility. Interested participants must complete their registration by the deadline of July 31, 2025.ASDC is India's first sector skill council dedicated to the automotive industry, supported by SIAM, ACMA, FADA, and key government ministries.CBSE is a national education board under the Ministry of Education, focusing on skill-based and holistic learning across India.Trending Reel
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Time of India
2 hours ago
- Time of India
Path to $1 trillion: Numerical target not the end goal
Expanding the economic pie is a necessary, but insufficient condition for creating quality jobs. Economic growth alone doesn't guarantee an inclusive economy. The nature of growth matters. Our focus must be on the quality of growth that creates meaningful employment and shared prosperity. Tamil Nadu's economy has a uniquely balanced economic structure. While its neighbour Karnataka's economy is tilted heavily toward high-tech services and Gujarat leads in manufacturing, Tamil Nadu has achieved near-equal contributions from both manufacturing and high-skilled services. This diversification has proven crucial historically for spreading prosperity more widely. How do we ensure that as we march towards the $1 trillion economy, we improve further on its inclusivity? High-quality growth demands human capital that would require reforming education to emphasise problem-solving, critical thinking, and communication skills, including spoken English proficiency. These are necessary skills in the world of artificial intelligence and to benefit from the expansion of job opportunities in areas such as global capability centres. The education system should prepare youngsters for the demands of Industry 4.0 by fostering institutional partnerships among manufacturing associations, software sectors, and educational institutions. A significant mismatch already exists between the types of jobs being created and the workforce aspirations of nearly half of the state's youth who pursue higher education. Educated youth seek quality employment that matches their qualifications. This disconnect particularly affects first-generation graduates and diploma holders who find themselves caught between low-paid, physically demanding manufacturing jobs and low-skilled services, leading to high unemployment among young adults (20-29 years). The state's demographic structure will result in the working-age population between 20-39 years shrinking in the future. This shift will force greater reliance on older workers and migrants unless workforce participation rates among young people in their twenties improve. One way to increase workforce participation in youth is to raise women's employment. Despite high levels of education only about 30% of young women aged 20-29 are into paid work. Female participation remains constrained by childcare responsibilities and persistent social norms. Increasing women's workforce participation requires implementing affordable, quality childcare services including after-school programs near schools and workplaces. For young single women, a greater provision of hostels for working women is required. Similarly, migrant housing, catering inter-state migrants and the provision of migrant family housing require urgent attention. In general, housing affordability near business clusters needs to be addressed through targeted policies to increase housing supply. The state should establish robust monitoring frameworks, including annual employment reports that specifically track young adults' labour market activities and progress toward gender-specific employment goals. Investment incentives should be restructured to prioritize employment generation potential rather than capital spending alone. The state can work along with a private partnership to develop comprehensive digital platforms for job matching across all skill levels and regions. Sectoral interventions should promote value-addition in artisanal clusters through design improvements, market linkages, and certifications for eco-friendly, and fair-trade standards. Food processing capabilities need to be expanded to create spatially distributed employment opportunities, particularly for women workers. Sectors such as tourism require targeted development given their potential for generating diverse employment across skill levels. Geographic disparities compound these challenges, as some districts lag significantly in infrastructure development and employment opportunities. Regional development must prioritize ensuring predictable water, power, and digital connectivity across backwards districts while establishing common facilities for MSME clusters, including testing centres, prototype building capabilities, and specialised machining services. Tamil Nadu's journey to $1 trillion must demonstrate that balanced, inclusive growth can drive prosperity across all sections of society. (The author is Professor of Economics, Great Lakes Institute of Management.)
&w=3840&q=100)
Business Standard
3 hours ago
- Business Standard
China joins US in brain implant race with successful clinical trial test
Chinese researchers used brain-computer interfaces, or BCI, a wireless invasive implant in a patient with tetraplegia in March Bloomberg China's first clinical trial of a technology that allows signals from the brain to control an external device has proved successful, making it only the second country after the US to reach this stage, according to the Global Times. Chinese researchers used brain-computer interfaces, or BCI, a wireless invasive implant in a patient with tetraplegia in March, the English-language newspaper reported. Only a few weeks after the surgery, the patient was able to play racing games and chess on the computer using only the mind to control the electronic devices, it said, citing a statement from the Shanghai-based Center for Excellence in Brain Science and Intelligence Technology. BCI is an emerging technology to help restore functionality to people with paralysis, and Neuralink Corp., co-founded by Elon Musk, is at the forefront of this research. The implant used in the Chinese trial is the world's smallest so far, with a diameter of 26 millimeters and thickness less than 6 millimeters, the Global Times said, adding that it's over 100 times more flexible than the one developed by Neuralink. For the next stage, the team plans to enable the patient to operate a robotic arm using thoughts to perform more complex physical actions as such grasping and holding a cup. The center launched the trial in collaboration with Fudan University's Huashan Hospital. Beijing has reported some experiments with implants by startup companies over the past months, but the clinical trial shows China is in a tight race with the US in developing this frontier technology. The center said the BCI system could get approval from the authorities, and be able to enter the market as early as 2028.
Mint
3 hours ago
- Mint
China Joins US in Brain Implant Race With Clinical Trial
Bloomberg Published 16 Jun 2025, 09:12 AM IST China's first clinical trial of a technology that allows signals from the brain to control an external device has proved successful, making it only the second country after the US to reach this stage, according to the Global Times. Chinese researchers used brain-computer interfaces, or BCI, a wireless invasive implant in a patient with tetraplegia in March, the English-language newspaper reported. Only a few weeks after the surgery, the patient was able to play racing games and chess on the computer using only the mind to control the electronic devices, it said, citing a statement from the Shanghai-based Center for Excellence in Brain Science and Intelligence Technology. BCI is an emerging technology to help restore functionality to people with paralysis, and Neuralink Corp., co-founded by Elon Musk, is at the forefront of this research. The implant used in the Chinese trial is the world's smallest so far, with a diameter of 26 millimeters and thickness less than 6 millimeters, the Global Times said, adding that it's over 100 times more flexible than the one developed by Neuralink. For the next stage, the team plans to enable the patient to operate a robotic arm using thoughts to perform more complex physical actions as such grasping and holding a cup. The center launched the trial in collaboration with Fudan University's Huashan Hospital. Beijing has reported some experiments with implants by startup companies over the past months, but the clinical trial shows China is in a tight race with the US in developing this frontier technology. The center said the BCI system could get approval from the authorities, and be able to enter the market as early as 2028. This article was generated from an automated news agency feed without modifications to text.
