Press Release

The system removes two major groundwater contaminants within minutes, offering strong potential for affordable community drinking water treatment at an estimated cost of ₹18–₹58 per 1,000 litres GUWAHATI, 25th August 2026: Indian Institute of Technology Guwahati (IIT Guwahati) researchers have developed a water-treatment technology that can remove arsenic and fluoride simultaneously from contaminated groundwater. This could be a vital contribution towards ensuring safer and affordable drinking water in regions affected by naturally-occurring groundwater pollution. The researchers from IIT Guwahati developed a rotating-anode electrocoagulation (RA-EC) reactor that achieved up to 98.2% arsenate and 91.8% fluoride removal within minutes. The initial demonstration was performed at an estimated operating cost of ₹18–₹58 per 1,000 litres of treated water, depending on contaminant concentration. A Video of Prof. Mihir K. Purkait explaining the research can be viewed and downloaded from – https://drive.google.com/drive/folders/1wWm3tiYjS-ueRnSJO3EQX4uowsJNIT6A The findings suggest that the technology could support a wide range of applications, including community drinking-water purification, decentralised rural water-treatment systems, treatment of arsenic- and fluoride-contaminated groundwater, industrial wastewater remediation and integration with other advanced treatment processes such as adsorption and membrane filtration. The findings were published in Chemical Engineering Journal (DoI: 10.1016/j.cej.2026.178707), a leading peer-reviewed international journal that publishes high-impact research on chemical engineering, materials, energy, environmental technologies, and process engineering. The paper was co-authored by Prof Mihir K. Purkait and Mr. Mukesh Bharti from IIT Guwahati Elaborating on the need for such research, Prof. Mihir Kumar Purkait, Department of Chemical Engineering, IIT Guwahati, said, “Groundwater serves as the primary source of drinking water for millions of people across India. In several regions, however, it contains both arsenic and fluoride, two contaminants that pose significant long-term health risks. Treating them together has remained particularly challenging because they behave differently during conventional purification processes and compete for removal sites.” To address this challenge, the researchers from IIT Guwahati developed a faster and more efficient reactor configuration capable of simultaneously removing both arsenic and fluoride. Instead of using a stationary aluminium electrode, the IIT Guwahati team redesigned the electrocoagulation process by developing a rotating aluminium anode that continuously improves mixing inside the reactor, enhances mass transfer, renews the electrode surface, and promotes the formation of pollutant-capturing aluminium hydroxide flocs. When electricity passes through the reactor, aluminium ions and hydroxide ions combine to form microscopic flocs that bind with arsenic and fluoride, allowing both contaminants to be removed through adsorption, coagulation, and precipitation. The rotating electrode substantially improves the efficiency of this process while reducing electrode passivation, a common limitation in conventional electrocoagulation systems. Further, Mr. Mukesh Bharti, Research Scholar, Department of Chemical Engineering, IIT Guwahati, added, “We systematically evaluated how operating conditions, including rotational speed, current density, electrode spacing, and treatment time, influence performance. Our technology was also tested under realistic groundwater chemistry, including the presence of naturally occurring ions such as calcium, magnesium, bicarbonate, sulphate, and phosphate, as well as real groundwater samples collected from Assam.” The next phase of the research will focus on developing a pilot-scale continuous-flow version of the reactor suitable for practical deployment. Future studies will also incorporate sensor-based automated process control for real-time monitoring of parameters such as pH, conductivity, electrical current, and rotational speed, bringing the technology closer to scalable field implementation. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

Study demonstrate a single, affordable hydrogel for tissue engineering and 3D-printed chewable tablets. Goa, 25th August 2026: Researchers at the Birla Institute of Technology and Science (BITS) Pilani, K.K. Birla Goa Campus, have developed a pharmaceutical polymer-based hydrogel for 3D printing using extrusion-based method which has the potential to be used for skin tissue engineering and customised drug delivery. The study, published in the Journal of Biological Engineering, explores the use of pharmaceutical grade polymers, such as starch, maltodextrin and sodium alginate, to create hydrogels that display the desired properties needed to be 3D printed. The method could help to solve some of the issues with traditional bioinks: material variability, safety, high costs, and regulatory approvals. The research was led by Prof. Anasuya Ganguly, along with Mr. Hemant Kumar Bankhede, Ms. Maheswari Sivaravi, Ms. Antara Poi Raiturker, and Ms. Prajakta Praveen Bhende from the Department of Biological Sciences, and Prof. Asima Shaukat, Assistant Professor, Ms. Mamta Keshav Tari, Mr. Sagar B. Kale from the Department of Chemical Engineering, BITS Pilani, K.K. Birla Goa Campus. Developing a printable hydrogel for skin tissue engineering The researchers formulated a hydrogel designed to exhibit the flow and recovery properties necessary for extrusion-based 3D printing. The material demonstrated shear-thinning behaviour, enabling it to flow under the shear applied during printing and subsequently recover its structure after deposition. The study reported 87% thixotropic recovery, indicating its ability to retain the shape and structural integrity of the printed constructs. The researchers also evaluated the biological compatibility of the hydrogel using L929 and HaCaT cells, which are relevant to skin tissue engineering. The formulation demonstrated more than 70% cell viability in the tested cell models. The printed scaffolds also showed blood compatibility, with 5.0% haemolysis reported in the study. Confocal microscopy further provided evidence of cell growth on the crosslinked hydrogel. Prof. Anasuya Ganguly, Department of Biological Sciences, BITS Pilani, said, “This study demonstrates that pharmaceutical-grade polymers can be formulated into hydrogels with properties suitable for 3D bioprinting. The findings provide a promising foundation for exploring a single, versatile platform for applications ranging from skin tissue engineering to customised drug delivery.” Extending the bioink platform to customised drug delivery The researchers further demonstrated the versatility of the formulation by incorporating glimepiride into the hydrogel and using it to produce 3D-printed customised chewable tablets. The printed tablets demonstrated 100.4% content uniformity, indicating consistent drug loading, and exhibited a sustained drug-release profile over four hours. The findings demonstrate how 3D bioprinting could offer greater flexibility in designing oral dosage forms and potentially enable customised formulations based on specific therapeutic requirements. Prof. Asima Shaukat, Assistant Professor, Department of Chemical Engineering, BITS Pilani, said, “By using pharmaceutical polymers that are already established in drug formulation, this work explores how 3D bioprinting can be applied across tissue engineering and drug delivery. Our focus has been on combining material safety, printability and practical applications within a single platform.” Building on pharmaceutical polymers for biomedical application A significant feature of the work is the use of pharmaceutical polymers rather than relying exclusively on specialised or animal-derived biomaterials. The researchers’ approach builds on earlier work exploring pharmaceutical polymers as potential bioinks for soft-tissue engineering and clean bioprinting. While the findings are promising, the study represents a research-stage demonstration rather than a clinically approved treatment or commercially available 3D-printed medical product. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

Researchers propose an integrated framework to strengthen responsible AI in connecting organizational resilience, ethical decision-making, and environmental sustainability in a single model LUMAMI, NAGALAND, 24th August 2026: Nagaland University’s multi-institute international study explored a comprehensive framework that suggests a strategic Artificial Intelligence (AI) system to promote ethical decision making, transparency, environmental sustainability, and organizational resilience in AI- digital platforms. The study suggests that AI is not merely a regulatory tool but a mechanism that supports and enhances stakeholder trust by building an integrated AI with environmental sustainability and long-term organizational performance. As AI continues to shape and transform the decision making in many areas including environmental management sustainability, ethical governance and concerns relating to transparency, accountability, fairness, and gaining public trust have become crucial. The study presents an integrated framework that connects AI governance, organizational resilience, ethical decision-making, and environmental sustainability in a single model. The study used a mixed-methods approach involving 185 managers, sustainability officers, governance experts, and AI specialists from organizations using AI-enabled environmental and digital platform systems. The findings were published in NESciences (Natural and Engineering Sciences) (doi: 10.28978/nesciences.261029), an interdisciplinary research domain that integrates natural sciences and engineering to develop innovative solutions for real-world scientific and technological challenges. The paper was co-authored by an international team comprising Dr. Mohammed Shamsul Hoque, Professor of English and Dean, School of Arts and Social Sciences, Southeast University, Dhaka, Bangladesh, Dr. R. Vasanthan, Associate Professor, Department of English, Nagaland University, Nagaland,Dr. Khriereizhünuo  Dzüvichü, Associate Professor, Department of History, Central University of Tamil Nadu,Dr. Olga Glukhova, Faculty of Linguistics and Journalism, Rostov State University of Economics, Russia,.Dr. P. Shanmuga Sundari, Assistant Professor, School of Computing, SRM Institute of Science and Technology, Tiruchirappalli, Tamil Nadu, India. Highlighting the importance of collaborative research on transformative technologies like AI, Prof. Jagadish Kumar Patnaik, Vice-Chancellor, Nagaland University, said, “As AI increasingly influences decision-making processes across sectors, it is imperative that technological advancement is guided by ethical principles, institutional accountability, and long-term sustainability goals. This research underscores the importance of developing governance mechanisms that promote social responsibility and environmental stewardship while enhancing organizational effectiveness. Such interdisciplinary and international collaborations reflect Nagaland University’s commitment to research excellence and its engagement with contemporary global challenges.” Elaborating on this research Dr. R. Vasanthan said, “Artificial Intelligence has great potential in terms of transforming the organization, it is not simply about regulating technology but it is a strategic approach that helps organizations to use AI responsibly with transparency, accountability while protecting the public interest and ensuring ethical decision making. This study aims to benefit policymakers, industrial leaders and also researchers by providing a practical framework for designing responsible AI strategies that promote sustainable development, strengthen stakeholder trust, and support ethical decision-making in AI-driven organizations.” This research helps scientists: Promote for responsible AI adoption Strengthen organizational resilience through AI governance. Improve transparency, accountability, and stakeholder trust. Support sustainable environmental management through AI ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

Distinguished Alumnus and MapmyIndia Co-Founder & CMD Mr. Rakesh Kumar Verma Delivers Convocation Address GOA, 10th August 2026: BITS Pilani’s K K Birla Goa Campus today celebrated the achievements of 1,109 graduating students at its Convocation 2026, marking another milestone in the Institute’s journey of nurturing globally competent engineers, scientists, innovators, and entrepreneurs. The Convocation was graced by Mr. Rakesh Kumar Verma, Co-Founder and Chairman & Managing Director, MapmyIndia, a distinguished alumnus of BITS Pilani, as the Chief Guest. The ceremony was presided over by Prof. V. Ramgopal Rao, Group Vice Chancellor, BITS Pilani, in the presence of Prof. Suman Kundu, Director, BITS Pilani, K K Birla Goa Campus, along with members of the Board of Governors, faculty, students, and their families. The graduating cohort comprised 674 First Degree, 257 Dual Degree, 121 Higher Degree (M.E.), and 57 PhD students, reflecting the campus’ continued contribution to building highly skilled professionals and researchers across disciplines. Congratulations to the graduating students, Prof. V. Ramgopal Rao, Group Vice Chancellor, BITS Pilani, said, “As our graduates begin their next chapter, I hope they carry forward the spirit of curiosity, integrity and excellence that defines BITS Pilani. The campus they leave behind is also evolving through a curriculum redesign built around flexible, cross-disciplinary electives and expanded minors—because depth in one discipline is no longer enough. The graduates who will matter most are those who can move fluidly across disciplines. That entrepreneurial spirit is already reflected in the numbers: BITSians have founded 140 deep-tech startups, more than alumni of any other Indian institution, ahead of IIT Bombay and IIT Delhi. Building excellence, ensuring equity, and expanding with purpose—that is the vision guiding BITS Pilani, and the same vision I hope our graduates carry into whatever they build next.” Recognising outstanding academic achievement, Mr. Shamit Khetan was awarded the Gold Medal, Ms. Vrishti Deepak Godhwani received the Silver Medal, and Mr. Aditya Ashok Tailor was presented with the Bronze Medal among the First Degree graduates. Among the Higher Degree programmes, Mr. Sumit Sakharam Ghodke and Mr. Rudraksh Alias Bhagwant Mukund Suryarao Sardesai were jointly awarded the Gold Medal, while Mr. Vignesh A and Ms. Neelima M shared the Silver Medal. Addressing the graduating class, Distinguished Alumnus and MapmyIndia Co-Founder & CMD, Mr. Rakesh Kumar Verma, said, “I congratulate the graduating class on this occasion. As you step into a world of endless possibilities, remember that your ability to adapt, remain resilient and keep moving forward will matter as much as your technical knowledge. In an age of Artificial Intelligence, use technology as a tool, but never lose sight of human judgment, and curiosity. Build your careers with humility and purpose, and remember that success is not only about what you achieve for yourself, but also about the value you create for others.” The Convocation also celebrated exceptional academic and research excellence through prestigious student awards. The Prof. Suman Kapur Memorial Best Ph.D. Thesis Award 2026 was conferred upon Dr. Madduri Madhuri; Prof. Raghurama Outstanding Student Award 2025–26 was presented to Ms. Aarya Ameet Agavekar, Ms. Himangi Aggarwal, and Mr. Shamit Khetan in recognition of their outstanding academic achievements and overall contributions to the Institute. Speaking on the occasion, Prof. Suman Kundu, Director, BITS Pilani Goa Campus, said, “Convocation is not only a celebration of our students’ academic achievements but also a reaffirmation of BITS Pilani’s commitment to nurturing leaders, innovators, and responsible global citizens. The graduating class of 2026 leaves the campus equipped with the knowledge, skills, and values to address complex challenges and create meaningful impact across industries, research, entrepreneurship, and society.” During the academic year, the campus expanded its academic portfolio with a co-tutelage 2+2 undergraduate programme in Computer Science with RMIT University, Australia, introduced two new M.E. programmes in Quantum Science and Technology and Quantum Information Processing, and launched a Minor in Computing and Intelligence, reaffirming its commitment to preparing graduates for emerging technology domains. The Institute also witnessed significant growth in research, securing 91 sponsored projects worth over ₹30.72 crore from government agencies, industry, and international collaborators. Faculty advanced research in areas including green hydrogen, quantum technologies, advanced semiconductor devices, and indigenous navigation systems, while producing 720 research publications supported through extensive national and international collaborations. Along with the new interdisciplinary research centers, the campus has built or expanded advanced AR/VR and Biomedical Engineering laboratories as well as Impact Engineering and Micro-Fabrication laboratories to further fund its research infrastructure, along with a BSL-2 facility for biosciences research. The AICTE IDEA Lab, for which a ₹90 lakh outlay was approved, is likely to encourage innovation, product development and entrepreneurship in students. The Institute has also expanded its global reach, establishing nine new international partnerships with higher education institutions in major European and North American countries that open the way for future joint research projects and student exchange. BITS Pilani, K K Birla Goa Campus, continues to demonstrate its commitment to fostering engagement with the local community, educational institutions, industry, and international partners, extending beyond traditional academic boundaries. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

The study found that Non-Timber Forest Products support the food security and livelihoods of forest-dependent tribal communities, with surplus produce generating additional household income MEDZIPHEMA, NAGALAND, 10th August 2026: A Nagaland University study has identified 47 Non-Timber Forest Products (NTFPs) across villages in Nagaland and Meghalaya, highlighting the important role of Non-Timber Forest Products in supporting tribal livelihoods, local economies and biodiversity conservation. The study calls for sustainable utilisation and management of Non-Timber Forest Products (NTFP) through ecological assessments and structured harvesting guidelines to ensure these valuable forest resources remain available for future generations. Researchers also highlight the potential of NTFPs to create employment and entrepreneurship opportunities for marginalized communities in remote forest areas, providing an additional source of income beyond traditional agriculture. A video byte of Prof. Sanjoy Das, Nagaland University, explaining this research can be viewed and downloaded from the following link – https://drive.google.com/file/d/1RUxO1zg5qMWrhuPR2UWOz52es0M27c32/view Conducted across 20 villages covering 250 households, the study identified 47 plant- and animal-based NTFPs and assessed their collection, utilisation and economic value. The findings show that forest-dependent tribal communities rely on these resources for household consumption as food, beverages, medicines and other value-added products, while surplus produce is sold in local markets, making NTFPs an important source of livelihood and supplementary household income. The findings were published in Indian Journal of Ecology (https://indianjournals.com/article/ije1-52-2-005?utm), a peer-reviewed journal that publishes original research on ecology, environmental science, biodiversity conservation, natural resource management, and ecosystem sustainability. The Paper was co-authored by Mr. LimasunepOzukum, Prof. Sanjoy Das, Prof. Amod Sharma, Prof. R. Nakhro, Prof. N.K. Patra, Prof. Manoj Dutta and M. Jangyukala from School of Agricultural Sciences, Nagaland University, Medziphema Campus. Highlighting the importance of research on topics of relevance to local communities, Prof. Jagadish Kumar Patnaik, Vice-Chancellor, Nagaland University, said, “I am delighted that Nagaland University continues to contribute meaningful research addressing the socio-economic and ecological priorities of the North Eastern Region. The identification of the economic value of 47 Non-Timber Forest Products (NTFPs) across Nagaland and Meghalaya is a significant step towards recognizing the immense potential of our forest resources in strengthening rural livelihoods and ensuring food security. I congratulate the research team for this commendable achievement and hope that their findings will contribute to informed policy decisions and the sustainable utilization of our rich natural resources for the benefit of present and future generations.’’ A key finding of the study was the scientific identification and classification of 47 Non-Timber Forest Products, most of which are used for nourishment followed by therapeutic purposes. Elaborating on the study, Prof. Sanjoy Das, Department of Agricultural Economics, Nagaland University, said, “Despite India’s rich biodiversity, the economic value of many Non-Timber Forest Products remains inadequately recognised. Through this study, we identified commonly available NTFPs in selected areas of Nagaland and Meghalaya, documented their collection and utilisation patterns, and assessed their economic value, highlighting their importance for rural livelihoods and the need for their sustainable utilisation and management.” The researchers also documented the plant parts that were commonly used, their seasonal availability, the frequency of collection, the average time spent on collection trips and the distance travelled by villagers. Bamboo shoot was the highest return earning NTFPs in Meghalaya while wild black pepper was the most common and highest return earning NTFPs in Nagaland. North East India is home to more than 33% of India’s total flora and supports over 100 indigenous communities that rely on forest products for sustenance and income. Non-Timber Forest Products play an important role in supporting the livelihoods of forest-dependent communities, yet their economic value remains inadequately recognised. Although India is home to about 3,000 NTFP species, only 126 have developed marketability, highlighting the need for their scientific identification and economic valuation. The findings highlight that the value of NTFPs extends beyond market returns to include ecological services, subsistence needs and cultural significance, underscoring their importance to tribal communities. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

In an extraordinary academic achievement, Krishiv Achyut Dani, a student of ASIA English School, Ahmedabad, has secured an outstanding 499 out of 500 marks (99.8%) in the CBSE Class XII Board Examination after the re-evaluation process, placing him as the highest scorer in the country. Krishiv’s score increased significantly from 481 marks to 499 marks following the CBSE re-evaluation process, highlighting the effectiveness and transparency of the Board’s grievance redressal mechanism. His revised result includes a perfect 100 out of 100 marks in Accountancy, Entrepreneurship, Artificial Intelligence and Business Studies, while he scored an exceptional 99 out of 100 in English Core, resulting in an aggregate score of 499/500. This makes him a national topper in the commerce core subjects after re-evaluation. What makes this achievement even more remarkable is that Krishiv accomplished this feat entirely through self-study, without attending any tuition classes or coaching institutes. His disciplined approach, dedication, and consistent hard work enabled him to achieve one of the finest academic performances in the country. Krishiv comes from a family with a strong academic and professional background. Both his parents are Chartered Accountants, and he has been inspired by their commitment to excellence and professionalism. He is currently pursuing the Chartered Accountancy programme and aspires to become a successful Chartered Accountant and entrepreneur in the future. Speaking about his achievement, Krishiv credited his success to disciplined self-study, support from his family, and the guidance provided by his school teachers. He emphasized the importance of consistency, conceptual clarity, and effective time management in achieving academic excellence. The achievement also reflects positively on the CBSE’s evaluation and re-evaluation framework. The significant improvement in marks after re-evaluation demonstrates the Board’s commitment to ensuring fairness, transparency, and accuracy in the assessment process. Such mechanisms provide students with confidence that their performance is evaluated objectively and that genuine discrepancies can be addressed through a structured review process. School authorities congratulated Krishiv on his exceptional accomplishment and described him as a role model for students across the country. His success serves as a powerful reminder that focused self-learning, determination, and perseverance can produce extraordinary results even without external coaching support. Krishiv’s remarkable performance has brought immense pride to his family, school, and the city of Ahmedabad, inspiring countless students to pursue academic excellence through dedication and hard work. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

 GOA 8th June 2026: Goa Institute of Management (GIM) successfully concluded the 2026 academic year placements for its 2024–26 batches of Post Graduate Diploma in Management (PGDM), PGDM in Healthcare Management (HCM), PGDM in Banking, Insurance & Financial Services (BIFS), and PGDM in Big Data Analytics (BDA). Around 525 students, including freshers and experienced professionals from different programs, participated in the placement drive and received 535 offers highlighting the institute’s steady performance. The students from GIM’s flagship PGDM program, with 46% freshers, received the highest package of INR 35 Lakh per Annum (LPA) in this year’s placement drive. The Finance domain remained recruiters’ most preferred choice, followed by Marketing, IT and Operations, and HR domains. In the overall placement drive, the students were placed in a variety of roles, including Commodity Trading, Management Trainee, General Management, Product Management, Sales & Marketing, Operations & Retail, and E-Commerce, among others. Speaking about GIM’s successful placement drive, Prof. Ajit Parulekar, Director, GIM, said, “At GIM, we are committed to delivering meaningful management education that prepares students to navigate evolving industry demands with confidence and adaptability. The placement outcomes this year have further strengthened our academic approach and focus on developing future-ready professionals. We are encouraged by the strong participation of recruiters across sectors and the diversity of roles offered to our students. These outcomes reflect our students’ capabilities as well as the confidence that industry partners continue to place in the talent graduating from GIM.” More than 110 recruiters participated in this year’s placement drive. SAP, JP Morgan Chase, Goldman Sachs, Morgan Stanley, D.E. Shaw, Johnson & Johnson, Wells Fargo, Aditya Birla Capital, AB InBev, Accenture, Deloitte, LTI Mindtree, Fractal Analytics, Pfizer, HSBC Bank and Nomura, among many others. Major recruiters such as Goldman Sachs, Acuity Knowledge Partners, Bennett, Coleman & Co. Ltd., DTDC, Birla Opus, IDBI Bank, Lenskart, South Indian Bank, and IRIS Business Services, among others, also participated in GIM’s recruitment drive for the first time. Program Highest CTC Average CTC Median CTC PGDM INR 35 LPA INR 16.27 LPA INR 15 LPA PGDM (HCM) INR 29 LPA INR 15.51 LPA INR 13 LPA PGDM (BIFS) INR 28.6 LPA INR 15.34 LPA INR 14.45 LPA PGDM (BDA) INR 35 LPA INR 15.48 LPA INR 14 LPA   Speaking about the placement trends observed during this year’s placement drive, Prof. Shawnn Coutinho, Placement Chair, GIM, said, “This year we saw a balanced participation from diverse pool of recruiters from Consulting, Global Tech Giants, Investment Banks, Med-Tech, FMCG, Pharma and Analytics Firms. The presence of International Organizations also highlights our aspirations. We also like to congratulate our students whose perseverance, professionalism, and commitment to excellence have contributed significantly to the success of this placement season.” In comparison to the previous year’s placements, GIM has recorded an increase in the highest packages offered across different programs, including:   Program Highest CTC (in 2023 – 25) Highest CTC (in 2024 – 26) PGDM INR 32.2 LPA INR 35 LPA PGDM (BIFS) INR 27.3 LPA INR 28.6 LPA PGDM (BDA) INR 32.2 LPA INR 35 LPA   The highest CTC for PGDM (HCM) remained unchanged at INR 29 LPA in both years. In terms of summer internship placements at GIM – PGDM students have received the highest stipend of INR 3 Lakhs, along with INR 1.06 Lakhs and INR 1 Lakh as average and median stipends respectively. PGDM (HCM) students have received the highest stipend of INR 3 Lakhs, with INR 76,113 and INR 60,000 as average and median stipends respectively. PGDM (BIFS) students have received the highest stipend of INR 2.6 Lakhs, with INR 67,876 and INR 40,000 as average and median stipends respectively. PGDM (BDA) students have received the highest stipend of INR 4 Lakhs, with INR 1,44,808, and INR 1,25,000 as average and median stipends respectively. Goa Institute of Management (GIM) continues its legacy of excellence by nurturing responsible and industry-ready professionals through its PGDM programmes. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

CHENNAI, 8th June 2026: Indian Institute of Technology Madras (IIT Madras) hosted the ‘3rd BRICS Neuroscience Symposium 2026’ from 5th to 7th June 2026, bringing together leading neuroscientists, clinicians, academicians and researchers from BRICS. The event, being held in India for the first time, focused on increasing collaboration between BRICS nations to advance international cooperation in neuroscience research and neuro-technologies. The event spotlighted the growing importance of global scientific cooperation to understand the human brain and develop technologies that can address neurological disorders and improve healthcare outcomes worldwide. Organised by Sudha Gopalakrishnan Brain Centre (SGBC), IIT Madras, the symposium was themed ‘Expanding Neuroscience: BRICS & Extended Nations’ and featured scientific sessions, keynote lectures, panel discussions, clinical perspective talks, cultural events and a major data release of the Human Brainstem Atlas by SGBC. The Symposium was graced by Shri Vikram Misri, Foreign Secretary, Prof. Ajay Kumar Sood, Principal Scientific Adviser to the Government of India, Prof. V. Kamakoti, Director, IIT Madras, Shri Kris Gopalakrishnan, Co-founder, Infosys, and delegates from the BRICS Nations. Welcoming delegates from all over the world, Shri Vikram Misri, Foreign Secretary, said, “We are entering a world today where the problems are multiplying faster than they ever were before. but we are also in a world where some of the solutions that we are finding are themselves creating new problems of their own. It is in that kind of a world that the value on international collaboration and cooperation is even more. And that spirit of collaboration and cooperation of working together is precisely what BRICS symbolizes. This gathering of countries that represent developing countries and emerging markets pooling their resources, abilities and knowledge. This is what is remarkable about BRICS.” Wishing the researchers success in their efforts, Shri Vikram Misri added, “India is chairing BRICS this year. We are working up to the summit of BRICS countries in September of this year. I am sure in every week, there are 200 different meetings at different levels that are being organized in the runup to this conference. I am sure the work that this conference is doing will also, in its own way, feed into the success of BRICS summit in September.” Addressing the international gathering virtually from Delhi, Chief Guest Prof. Ajay Kumar Sood, Principal Scientific Adviser to the Government of India, said, “An important feature of SGBC is that it has been a multi-institutional, multinational and multi-disciplinary endeavour with the support of the Government, industry and philanthropy. The Centre has become an exemplar of research and innovation through collaboration and diversified support system for long-term sustainability.” Addressing the symposium, Prof. Mohanasankar Sivaprakasam, Head, SGBC, IIT Madras, added, “In a highly complex field like neuroscience, multi-national and multi-disciplinary teams are key to solve hard problems and create breakthroughs. This gathering will further expand our international collaboration network at SGBC.” The symposium aimed to strengthen international scientific partnerships, promote collaborative research frameworks, encourage interdisciplinary knowledge exchange and position India as a key contributor to global neuroscience initiatives. The scientific programme covered a broad range of topics, including human brain organisation, neural function in health and disease, developmental neuroscience, comparative studies across model systems and application of emerging technologies in neuroscience research. The event also showcased the capabilities of the SGBC, which developed and operates a world-class high-throughput multimodal whole-brain imaging pipeline to map human brains at cell resolution. The symposium continued the momentum created by the earlier BRICS Neuroscience Symposia held in Shanghai in September 2023 and Moscow in October 2024. These international meetings were jointly organized by neuroscientists from BRICS nations to foster multilateral cooperation in neuroscience research, capacity building and technology development. Launched in March 2022, SGBC is a cutting-edge R&D Centre for human brain research to create transformative impact in neuroscience and neurotechnologies. ( Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content. )

Jodhpur, Rajasthan | 5th June 2026: The Indian Institute of Technology Jodhpur (IIT Jodhpur) is all set to celebrate a landmark academic milestone with its 12th Convocation Ceremony on 6 June 2026, where 1,442 students will be conferred degrees across undergraduate, postgraduate, doctoral, dual-degree, diploma, and certificate programmes. The Convocation will mark the culmination of years of rigorous academic pursuit, innovation, research, and personal growth by the graduating students. The 12th Convocation of IIT Jodhpur will be conducted in three distinct phases on 6 June 2026, celebrating the achievements of graduates across undergraduate, postgraduate, doctoral, and executive education programmes. The day will commence with the Postgraduate Convocation Ceremony at 9:00 AM, graced by Dr. S. Somanath, Former Chairman, ISRO, as the Chief Guest and Shri Neelkanth Mishra, Chairperson, UIDAI, Government of India, as the Guest of Honour. This will be followed by the Undergraduate Convocation Ceremony at 2:00 PM, with Dr. Ajay Kumar, Chairman, Union Public Service Commission (UPSC), Government of India, as the Chief Guest and Prof. Govindan Rangarajan, Director, Indian Institute of Science (IISc), Bengaluru, as the Guest of Honour. The celebrations will culminate with the Commencement Ceremony for Executive Students at 6:00 PM, where Shri Rajeev Kumar Sharma (IPS), Director General of Police, Rajasthan, will grace the occasion as the Chief Guest, while Shri Sharat Kaviraj (IPS), Commissioner of Police, Jodhpur, will attend as the Guest of Honour. All three ceremonies will be presided over by Shri A. S. Kiran Kumar, Chairman, Board of Governors, IIT Jodhpur, with a welcome address by Prof. Avinash Kumar Agarwal, Director, IIT Jodhpur. 1,442 Students to Receive Degrees Based on the successful completion and verification of all academic requirements, IIT Jodhpur will confer degrees upon 1,442 students across a diverse range of academic programmes. Degrees will be awarded across a wide spectrum of academic programmes, including Bachelor of Technology (B.Tech.), B.Tech.-M.Tech. Dual Degree, Bachelor of Science (B.S.), Master of Science (M.Sc.), Master of Technology (M.Tech.), Master of Business Administration (MBA), MBA-Technology, MBA Double Degree, Masters in Medical Technologies, Masters-Ph.D. Dual Degree (Medical Technologies), M.Sc.-M.Tech. Dual Degree, and Doctor of Philosophy (Ph.D.) programmes. In addition, eligible students will also be awarded Postgraduate Diplomas and Certificates in their respective disciplines, recognizing their successful completion of academic and professional requirements. The 12th Convocation of IIT Jodhpur symbolizes not merely the awarding of degrees but the celebration of a generation of graduates equipped to address the challenges of the twenty-first century through knowledge, innovation, entrepreneurship, and societal impact. Over the years, IIT Jodhpur has emerged as a leading institution of national importance, known for its interdisciplinary academic programmes, cutting-edge research, strong industry partnerships, thriving startup ecosystem, and commitment to creating technology-driven solutions for societal challenges. The graduating class represents this spirit of excellence and innovation that defines the Institute.  The Convocation will bring together students, faculty members, alumni, parents, industry leaders, policymakers, and distinguished guests in a celebration of achievement and aspiration. As the graduands step into the next phase of their lives, they carry with them the values of integrity, excellence, creativity, and service to society nurtured at IIT Jodhpur. The Institute extends a warm welcome to all distinguished guests, graduating students, parents, alumni, and well-wishers joining this memorable occasion. (Disclaimer: This report is generated from PRO services. ‘ArdorComm Media’ holds no responsibility for its content.)