'Came to Canada as a student and now...': Indian Redditor's post on failing to clear dentist exam viral
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"9 years later, still in clinical dental team but unable to clear exams and lost hope to live here in Canada. My parents and my support systems are in India," the Redditor wrote, announcing that it's time to move back from Canada to India, though the person got Canadian citizenship.
"Came to Canada as a student with student loan and now leaving as a Canadian Citizen with ~$50,000 debt," the person wrote triggering a debate on how difficult or different the exam must be in Canada.
"Although I became a Canadian citizen and got OCI, couldn't leave dentistry (still strong in clinicals with more advanced knowledge which I highly doubt I would have learnt if I stayed where I was) as that's all my mind goes to even though I pursued pg clinical research in Canada," the person wrote.
Indian-origin Canadian citizen's post on moving back to India went viral.
The Redditor explained that the exams in Canada are difficult, though many people clear them and some take a very long time.
"Ppl do clear these tuf exams and some take a very long time but I realised its not for me anymore. Also seeing parents, family, friends every three years sucks. I know ppl will comment asking why can you not make friends here etc and why not this why not that. I am leaving Canada to be close to my family, to regain my mental health and work hard for my growth," the person wrote.
The person explained that living expenses take away most of the income and people are left with crumbs though there are many who still manage a way to the top, but Canada has an invisible loop for some people.
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One Redditor explained how the medical systems are different. "The doctors trained in India are equally talented. But the training is very different from developed countries. The good students in India end up in government colleges with limited resources ( unless you're in aiims, jipmer, etc). So what we learn is how to use that limited resource to serve the population to the best of our ability," the person explained.
In developmed countries, there is no limitation in material but you are limited by law, ethics and standard of practice, the person added.
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Time of India
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- Time of India
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The Hindu
4 hours ago
- The Hindu
India should go for Brown Revolution 2.0 to restore soil health
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The integration of AI-based monitoring systems and carbon credit mechanisms will ensure efficiency, traceability, and economic viability. Declining soil fertility The fertility of India's soils has been in decline for decades, in large part due to the steady reduction in organic carbon in the soil that followed the high-input and intensive monocropping farming. Recent research underscores the risk this poses, as a large proportion of Indian farmland now lies below the critical thresholds of soil organic matter needed for sustainable productivity. Brown Revolution 2.0 is proposed as a national movement to address this crisis. By recycling the enormous quantum of crop residues and agro-waste generated across field crops (such as rice, wheat, maize, cotton, and sugar cane), horticulture (vegetables, fruits, flowers, and tubers), oil seeds, and plantation crops (including coconut, areca nut, oil palm, tea and coffee), and returning their organic content to farmland, sustainable agriculture can be restored. Adopting a cooperative model, inspired by Amul's success in organising dairy producers, ensures inclusivity and the capacity to rapidly scale up from local clusters to national coverage. Agro-waste and hazards India produces approximately 350-990 million tonnes of crop residues and agro-waste every year. In many districts, the organic fraction of this waste, largely from fruits, vegetables, and staples, exceeds 40%, and in certain horticultural regions, may reach 70%. 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The depletion of organic carbon in the soil not only undermines future yields and the very viability of agricultural production but also saps rural incomes and estranges rural communities from value addition. In the long term, without immediate attention to soil health, even the industrial use of agro-wastes will be unsustainable, as feedstock volume and quality both decline. Amul model The transformative trajectory of Amul in the dairy sector offers a clear organisational template for Brown Revolution 2.0. While Amul federated village-level milk producers into a vertically integrated, member-owned profit-sharing enterprise that enabled both local participation and economies of scale, a similar model can be established for agro-waste recycling. Local recycling cooperatives will handle the collection, scientific processing, and marketing of compost, vermicompost, and biochar, returning much of this output directly to the soils of their communities while also creating tradeable surplus. Technical support could be provided by institutions such as ICAR, SAUs, and Krishi Vigyan Kendras (KVKs), with capacity-building for rural entrepreneurs embedded throughout. Pooled logistics, shared finance mechanisms, quality control, and traceability will be managed in the cooperative federated structure. Scientific advances, AI integration The effectiveness and efficiency of this model can be dramatically furthered by leveraging new technologies. Rapid in-vessel composting, optimised vermicomposting, and modular biochar units facilitate wide adoption and high-quality amendments. The integration of artificial intelligence and IoT-based platforms allows real-time tracking of soil health, optimisation of compost production, and predictive logistics for biomass flows. Such data-driven approaches also enable transparent monitoring for carbon credit schemes, ensure that products meet quality standards, and empower farmers with timely feedback and recommendations. 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Decentralised composting and biochar units ought to be subsidised, and their management integrated into KVK and extension programmes. The prohibition of open burning and haphazard disposal should be strictly enforced, paired with logistical and financial support to ensure that viable alternatives are available. A national organic carbon credit registry will recognise and reward the sequestration of carbon in soils, harnessing both domestic and international climate finance, while AI-driven monitoring platforms will ensure process transparency and accountability. The recycling of agro-waste should be closely linked to the Soil Health Card scheme, empowering farmers with data and feedback both on the status of their soils and the value of recycled amendments, supplemented by targeted outreach. Research and demonstration efforts must be continuous, regionally varied, and closely tied to the needs of local farmers, while human capital must be cultivated with a special focus on women, youth, and self-help groups. Strategic benefits Brown Revolution 2.0 promises to restore soil structure and fertility, enhance water and nutrient retention, and improve long-term yields and resilience to both drought and flooding. Socio-economically, it will create millions of new rural jobs in logistics, production, technology, and service roles, strengthen farmer and cooperative incomes, and reduce reliance on expensive fertilizers. Environmentally, the shift will be able to reduce greenhouse gas emissions and air pollution, improve water quality and biodiversity, and strengthen India's claims for climate-linked rewards. Technologically, the process will become a flagship for data-driven, technology-enabled sustainability. Sustainability, social inclusion In sum, Brown Revolution 2.0, focusing on returning agro-waste-derived humus to Indian soils through decentralised, inclusive, cooperative action, represents not a secondary or low-hanging policy option, but a mature and foundational strategy for securing food security, climate resilience, and rural prosperity for generations. National leadership is urgently needed to prioritise and scale this movement; in doing so, India will once again set a global example in combining scientific sustainability with social inclusion. Murali Gopal is Principal Scientist, Agricultural Microbiology and and Head of the Division of Physiology, Biochemistry and Post-Harvest Technology; and Alka Gupta is Principal Scientist, Agricultural Microbiology, of ICAR-Central Plantation Crops Research Institute Kasaragod, Kerala; views expressed are personal
Time of India
9 hours ago
- Time of India
SGPC to hold pan-India events to mark 350th martyrdom anniversary of Guru Teg Bahadar
1 2 Amritsar: Shiromani Gurdwara Parbandhak Committee (SGPC) president Harjinder Singh Dhami on Tuesday announced a series of nationwide programmes to commemorate the 350th Martyrdom anniversary of the ninth Sikh Guru, Sri Guru Teg Bahadar. A grand Panthic Nagar Kirtan will begin on Aug 21 from Gurdwara Dhobri Sahib in Assam, a site closely associated with the Guru. Addressing media persons, Dhami said the Martyrdom Nagar Kirtan, themed 'Dharam Het Saaka Jini Keeya' (One Who Made Supreme Sacrifice for Faith), will travel through 20 Indian states before culminating at Sri Anandpur Sahib on Nov 23. He emphasised that the anniversary is being observed in accordance with Khalsa traditions, with support from the Sikh Sangat. In addition to the main procession, major Gurmat programmes will be held in prominent cities across the country, and special Nagar Kirtans will be organised to honour the Guru's legacy and sacrifice. Stay updated with the latest local news from your city on Times of India (TOI). Check upcoming bank holidays , public holidays , and current gold rates and silver prices in your area.
