
IIT Indore, Mehta Family Foundation partner to launch 2 academic schools in Sustainability and Biomedical Engineering
Also read: IIT Bombay launches certificate course in 'Supply Chain Analytics with AI & ML,' enrolments open; check details
The Mehta Family School of Biosciences and Biomedical Engineering will be a pioneering academic and research hub at the intersection of Biology, Technology, Data, and AI, the institute said.
The Mehta Family School of Sustainability will be an institution dedicated to climate-conscious innovation, leadership, and knowledge creation and will launch India's first BTech program in Environmental Economics and Sustainable Engineering, the institute informed.
Also read: IIT-Guwahati students protest fee rise; management says 'small group' against hike
The formal exchange of the Memorandum of Understanding (MoU) took place in New Delhi in the presence of Prof. Abhay Karandikar, Secretary, Department of Science & Technology; Dr. Rajesh S. Gokhale, Secretary, Department of Biotechnology; . Rahul Mehta, Founder of the Mehta Family Foundation; Dr. Suhas Joshi, Director, IIT Indore; Prof. Gobardhan Das, Director, IISER Bhopal; and Prof. Devendra Jalihal, Director, IIT Guwahati, in the presence of Prof. Shankar Subramaniam, University of California, San Diego; Prof. Ananth Y Grama, Purdue University; and Prof. Rajesh Gupta, University of California, San Diego, among other distinguished guests from the IIT academia.
Prof. Abhay Karandikar, Secretary, Department of Science & Technology, said, '…The Mehta Family Foundation's ability to identify thematic areas that closely mirror the government's science and technology priorities is commendable. Such efforts strengthen India's innovation ecosystem and contribute meaningfully to our long-term national goals in research and education.'
Dr. Rajesh S. Gokhale, Secretary, Department of Biotechnology, said, 'It's inspiring to see the convergence of engineering and biology being harnessed to address future's grand challenges. IITs are nurturing a vibrant biotech ecosystem, and the Mehta Family Foundation's initiatives are adding significant momentum. Their long-term vision and clear scientific agendas align well with emerging national frameworks like the Bio-E3 policy. This kind of support helps industrialise innovation and ensures India continues to lead across key science and technology parameters globally.'
Dr. Suhas Joshi, Director of IIT Indore said this partnership with is the first single largest philanthropic contribution to IIT Indore.
'... MFF, along with its financial support, brings a deep network of academic expertise, industry leaders, and international collaborators. Together, we aim to set new benchmarks in interdisciplinary education and research that addresses critical societal issues.

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

The Hindu
5 hours ago
- The Hindu
IITH director B.S. Murty appointed president of Indian Institute of Metals
IIT Hyderabad director B.S. Murty was appointed as the president of the Indian Institute of Metals (IIM), as per the announcement made at the 79th Annual General Meeting of IIM held in Kolkata on Saturday. He will hold both the positions simultaneously as his second term as director of IIT-H ends in 2030, and his service to IIM as the president will be effective from August 1, the institute informed on Tuesday. Prior to taking up the director's position at IIT-H, he had been a professor at the department of Metallurgical and Materials Engineering, IIT Madras. Mr. Murty's experience in metallurgical education, research and innovation spans four decades. He has made seminal contributions in areas such as non-equilibrium materials processing, high entropy alloys and advanced materials development. Established in 1946 with 42 members, IIM boasts a community of more than 10,000 members drawn from diverse fields of Materials and Metallurgical activity, including academia, industry and research institutions. It is a premier advocate for innovation in Mining, Materials Science and Metallurgical Engineering.


Time of India
13 hours ago
- Time of India
His Rs 2.6 crore salary was once just Rs 500: Self-made techie shares his success roadmap despite limited resources
Early Life and Earning the First Rs 500 Taking Risks to Escape Stagnation The Climb to a Global Career Some success stories don't begin with privilege or perfect opportunities—they begin with grit, sacrifice, and unshakable belief. For one individual, what started as a modest attempt to make ends meet through home tuitions has turned into a remarkable journey leading to a high-paying tech role in the United States. His path serves as a reminder that perseverance and timely support can change the course of a inspiring story, shared by a Reddit user, traces the transformation from earning Rs 500 as a student tutor to making $300,000 (around Rs 2.6 crore) annually as a software engineer at a top FAANG company. It's a reflection of resilience shaped by struggle, family expectations, and the helping hands of friends and relatives along the in a lower-middle-class household, the individual faced financial limitations from the start. Despite doing well academically, the pressure to contribute to the family was always present. During his 12th standard, he began assisting his father in a small local business, delivering goods to shopkeepers while juggling school education was never a guarantee—money was tight, and even entrance exams or coaching fees seemed out of reach. To support himself, he started offering home tuitions during college and earned his first Rs 500. That small income gave him a sense of independence and purpose that would continue to motivate graduation, he took a Rs 3,000-per-month clerical job in another city. But within two months, he chose to return—realizing that settling too early would compromise his long-term goals. Tutoring resumed, and thanks to a supportive uncle who paid Rs 15,000 for a professional course, he secured a government job. While this brought stability, a lingering sense of dissatisfaction pushed him to aim higher.A cousin encouraged him not to waste his academic potential, while his father, though rarely satisfied, instilled the importance of striving for more. With a stipend of Rs 15,000, he enrolled in coaching for competitive exams, balancing his job and tuitions with intense efforts paid off when he cleared multiple prestigious entrance exams and joined IIT. A cousin helped secure a bank loan for the fees, and another gifted him a laptop without hesitation—gestures he described as rare and deeply college came with its own challenges, he pushed through, buoyed by the success of friends who had already secured decent jobs. Hostel mates, coaching classmates, and mentors supported him during difficult times, reinforcing the importance of a strong a job post-IIT wasn't easy due to tough market conditions, but he persevered. After a few job switches and consistent effort, he eventually moved to the United States. Today, he works at a top tech company, drawing a salary of $300,000 per his Reddit post, he expressed gratitude to those who silently supported him—family members, cousins, friends, and mentors. He credits divine blessings, his father's relentless pressure, and encouragement from peers for helping him keep going when giving up felt easier.


Time of India
14 hours ago
- Time of India
IIT Indore making 'smart glass' to keep buildings cool in summer and warm in winter
INDORE: A ' smart glass ' being developed at the Indian Institute of Technology (IIT) Indore with the help of a special porous organic polymer can help in constructing eco-friendly buildings by changing the way windows are used, officials said on Tuesday. The key material behind this technology is a newly developed viologen-based porous organic polymer (POP), they said. The project focuses on creating an electronic curtain glass that can control how much light and heat pass through it by simply applying a small electric current, the officials said. "What makes the smart glass special is its quick response to electricity. It can change colour and transparency which allows it to block sunlight and heat when needed, or let it in when it's cooler outside. This smart adjustment helps save energy by reducing the need for air-conditioning or artificial lighting," an official from the institute said. "The use of viologen-based polymers allows for quick and reliable colour change, which can significantly impact how we design energy-efficient buildings. In the future, these smart electrochromic windows could become common in smart homes and eco-friendly buildings, helping to lower electricity bills and reduce the impact on the environment," the official said. The researchers are working closely with industry partners to make sure the glass can be produced using current factory setups, as per the officials. Under the guidance of Prof Suman Mukhopadhyay from the Department of Chemistry and Prof Rajesh Kumar from the Department of Physics, this innovative work is being carried out under the Translational Research Fellowship (TRF) scheme by researcher Dr Sayantan Sarkar from the Department of Chemistry, they said.