Category Archives: Scientists (wef. August 27th,m 2023)

Dr. Abdul Razzaque Ahmad: From India’s Hinterland to the Global Corridors of Academia

Wani (Vidarbha Region), MAHARASHTRA / Boston, U.S.A. :

Dr. Abdul Razzaque Ahmad

Wani, historically known as Wun, is an old town of the Vidarbha region whose history reflects the changing political boundaries of central India. At different times, the Wani area was connected with the Nizam’s dominions, while the neighbouring Chandrapur region was historically associated with the Gond rulers. To the east and south lay territories of the erstwhile Hyderabad State, including the area that subsequently became Adilabad district and is today part of Telangana.

Wani’s political identity changed with successive territorial reorganisations. The area was once associated with the Nizam of Hyderabad. After independence, it came under the larger Central Provinces and Berar/Madhya Pradesh administrative framework before becoming part of Maharashtra when the state was formed in 1960.

This layered history is important in understanding the social background of Dr Abdul Razzaq Ahmed, a prominent Muslim of Wani. His family belonged to an established local community whose standing was associated with both landholding and professional achievement. Dr Abdul Razzaq Ahmed was a dermatologist, while later generations entered administration, medicine, and law.

Today, Dr A. Razzaque Ahmed, MD, DSc, is internationally recognised as a dermatologist, immunologist and academic physician, and as a pioneer in autoimmune blistering diseases. He has served as Professor of Dermatology and Director of the Centre for Blistering Diseases at Tufts University School of Medicine in Boston. He is associated with the Ibn Sina Professorship. His career has brought together clinical medicine, molecular immunology, laboratory research, therapeutic innovation, teaching and philanthropy.

Yet his significance lies not simply in professional distinction. His life represents the transformation of education into knowledge, knowledge into healing, and achievement into service.

Roots, Education and the Making of a Cosmopolitan Mind

Dr Ahmad spent his early childhood in Wani in a house built by his great-grandfather around 1875. He was the son of Salam Ahmed and Begum Noor Jehan and grew up in a family that regarded education and social advancement as important instruments of human development.

That ethos subsequently found institutional expression through the Begum Noor Jehan Salam Ahmed Trust in Yavatmal district. Under Begum Noor Jehan’s leadership, the Trust established educational institutions including the Sunrise English Medium Convent, Wani; the Noor Jahan Begum Salam Ahmed Arts and Commerce College, Wani; and the Noor Jahan Begum Salam Ahmed Women’s College of Law.

The women’s law college was particularly significant, reflecting a deliberate commitment to giving women access to professional education, legal knowledge and greater independence. The family tradition therefore gave education a meaning larger than individual advancement: it expanded opportunity and enabled others to participate more fully in society. That principle would later find expression in Dr Ahmad’s own teaching and philanthropy.

His early education exposed him to unusually diverse intellectual and cultural environments. Until the age of seven, he studied at a convent run by French nuns and later attended a Jesuit Catholic boarding school in Nagpur.

At fifteen, an American Field Service International Scholarship took him to Le Mars, Iowa, where he lived with the Thompson family, attended the local high school and studied at Westmar College. The experience gave a young student from central India an early encounter with American society and education, broadening his intellectual horizons.

Returning to India, he pursued pre-medical studies at Nagpur University before entering the All-India Institute of Medical Sciences in New Delhi. At AIIMS, he distinguished himself academically, standing first in many classes and receiving the Gold Medal as the outstanding graduate of his cohort. The movement from Wani to Nagpur and from Nagpur to AIIMS marked the first major stage in a life that would repeatedly cross geographical and intellectual boundaries.

After completing his medical education, Dr Ahmad moved to the United States for specialist training. He trained in Internal Medicine at the University of Pittsburgh, Dermatology at the University at Buffalo and Clinical Immunology at the University of California, Los Angeles, where he subsequently joined the faculty.

His growing interest in the molecular basis of disease led him to Harvard, where he pursued advanced research in molecular immunology and earned a Doctor of Science degree. His investigations attracted National Institutes of Health support and developed into the Ahmed Laboratory, which remained NIH-funded for more than two decades.

A defining feature of his career was integrating laboratory science with clinical medicine. Disease encountered in the clinic generated scientific questions; laboratory research sought their answers; and those discoveries returned to patients through improved diagnosis and treatment.

From Molecular Discovery to a New Paradigm of Care

Dr Ahmad became an international authority on autoimmune blistering diseases, particularly pemphigus and mucous membrane pemphigoid. These rare disorders can be debilitating, disfiguring and, in severe cases, life-threatening.

His research examined the immunological and genetic mechanisms underlying these diseases. Among his key contributions was identifying associations between specific HLA-DQB1 genes and pemphigus in different populations. He reported the association of HLA-DQB10402 with Jewish pemphigus patients and HLA-DQB10501 with non-Jewish patients. Studies of relatives helped demonstrate that low titres of pemphigus autoantibodies could occur without full clinical disease. He also distinguished pathogenic from non-pathogenic autoantibodies, demonstrating the pathogenic significance of IgG4 and the non-pathogenic character of IgG1 in pemphigus.

His investigations involving patients from Northwestern Iran and comparisons with Ashkenazi Jewish patients in the United States and Israel revealed striking genetic homology. They contributed to wider research concerning the population history of Ashkenazi Jews.

His molecular research extended to mucous membrane pemphigoid. He identified alpha-6 integrin as a putative antigen in oral pemphigoid and beta-4 integrin in disease involving other mucosal sites, identified epitopes on these molecules and investigated their role experimentally in animal models and tissue cultures. These studies helped shift the field from clinical description towards molecular understanding.

But Dr Ahmad’s contribution did not end with discovery. He sought to create a system that could translate scientific knowledge directly into comprehensive patient care. In Boston, he established the Centre for Blistering Diseases, bringing together specialists in oral medicine, ophthalmology, ENT, gastroenterology, urology, gynaecology, proctology, internal medicine, nutrition and clinical psychology.

The multidisciplinary model reflected the nature of the diseases themselves, which can affect several organs and mucosal surfaces. Rather than leaving patients to navigate separate specialities, the Centre organised care around the patient’s complexity.

His commitment to patients extended beyond medical treatment. In 1993, he established the Boston Blistering Diseases Support Group, recognising that people living with rare and potentially life-threatening disorders also require emotional support, information and a community of shared experience. The model was subsequently emulated elsewhere, including by the International Pemphigus and Pemphigoid Foundation.

Transforming Treatment and Restoring Lives

One of Dr Ahmad’s most consequential contributions was his pioneering work with intravenous immunoglobulin (IVIg) in autoimmune blistering diseases.

Severe disease had traditionally been treated with corticosteroids and other immunosuppressive drugs, which could themselves produce serious complications. Dr Ahmad developed and refined IVIg protocols that enabled some patients to achieve prolonged remission and, in certain cases, discontinue conventional therapy.

He also addressed access. Because IVIg is expensive, he presented clinical and pharmacoeconomic evidence involving 160 patients to Medicare authorities. The resulting policy permitting Medicare coverage for IVIg in blistering diseases helped broaden access, and private insurers later adopted similar policies.

His work with rituximab marked another major therapeutic advance. In collaboration with Harvard oncologists, he developed a protocol combining rituximab and IVIg that targeted the B-cell mechanisms involved in autoimmune disease. The results were reported in the New England Journal of Medicine, with subsequent long-term follow-up demonstrating sustained disease control in treated patients.

Some patients achieved exceptionally prolonged remission without continuing therapy, in some cases for more than 20 years. His continuing research has examined whether successful treatment can restore immune balance rather than merely suppress disease. Long-term follow-up of patients with pemphigus treated with IVIg contributed to this emerging understanding, with findings reported in the Proceedings of the National Academy of Sciences in 2024.

His work has also addressed ocular cicatricial pemphigoid, a rare autoimmune disease capable of causing progressive scarring and irreversible blindness. Research into its mechanisms helped establish therapeutic approaches involving IVIg and subsequently rituximab combined with IVIg.

The significance of such work extends beyond disease control. Preventing blindness preserves independence, employment, family life and human dignity. It exemplifies a broader principle in Dr Ahmad’s career: the ultimate measure of medical success is not simply suppressing disease but restoring a patient’s capacity to live a meaningful life.

This philosophy also shaped the institutions he built. He developed an outpatient infusion model that enabled patients to receive sophisticated intravenous therapies without prolonged conventional hospitalisation, attracting patients from across the United States and other countries.

As a teacher and mentor, he has influenced generations of medical and dental students, residents and researchers. Many former trainees subsequently became professors and departmental leaders. He has lectured internationally for decades and served as a visiting professor at universities worldwide. His influence has therefore travelled not only through publications and therapies but through the people he taught.

The breadth of his contribution has been recognised through numerous professional honours, including the William Gies Award, the Walter F. Lever Award, lifetime achievement and research contribution awards, and international awards for excellence. The International Pemphigus and Pemphigoid Foundation honoured him as Physician of the Year, and he has also received India’s Charaka Award. In 1999, the Governor of Massachusetts and the Massachusetts House of Representatives separately recognised his contribution to the Commonwealth’s citizens.

Science, Faith and the Larger Meaning of Service

Another dimension of Dr Ahmad’s life is his religious commitment. During his extensive international travels, he has repeatedly visited Makkah and performed more than one hundred Umrahs. His scientific and spiritual commitments have existed alongside one another. Scientific inquiry seeks to understand disease; faith provides a framework of gratitude, humility and responsibility.

That sense of responsibility has also shaped his philanthropy. In addition to the educational legacy of the Begum Noor Jehan Salam Ahmed Trust, Dr Ahmad has devoted substantial resources to educating disadvantaged young people, particularly women, supporting higher education, professional training, books, computers, transport and leadership development.

The results have reportedly reached thousands of students, with women beneficiaries entering the judiciary, public prosecution and legal practice. The objective is therefore not simply charitable relief but the creation of durable opportunities through education.

Dr Abdul Razzaque Ahmad’s life is not merely a story of migration from India to America or advancement from a small town to elite academic institutions. It is a story of continuity through transformation.

Wani provided the beginning; Nagpur broadened the horizon; AIIMS supplied an exceptional medical foundation; Pittsburgh, Buffalo and UCLA provided specialist training; Harvard deepened his scientific inquiry; and Boston became the centre from which his clinical and research contributions reached the wider world.

The ancestral house in Wani and the laboratories, clinics and lecture halls of Boston may appear to belong to different worlds. In his life they form a single continuum. The family gave him an inheritance of education and responsibility. He transformed that inheritance into scientific discovery and clinical innovation, and then extended its benefits through teaching, patient care and philanthropy.

His legacy is therefore measured not only by publications, professorships and awards, but by what those achievements enabled: patients who obtained relief, individuals protected from irreversible disability, students who gained educational opportunities, physicians shaped by his mentorship, and a field of medicine advanced by his research.

The distance from Wani to Boston is considerable. The distance his ideas travelled is greater still. A journey that began in the hinterland of India entered the global corridors of academia. Its deepest destination, however, was neither fame nor distinction, but service—to the patient seeking relief, the student seeking opportunity, the scientist seeking truth, and society seeking a more humane future.

source: http://www.muslimmirror.com / Muslim Mirror /Home>Personalities> Positive Story / by Moin Qazi / October 10th, 2026

Mamatazul’s ISRO job symbolises big dreams of smalltown people

Salar, (Murshidabad), WEST BENGAL :

Mohammad Mamatazul Hasan

There is something special about success stories emerging from small towns of India. The achievement of one person can give many others the courage to dream.

The story of Mohammad Mamatazul Hasan of Salar, Murshidabad, is one such story. His story of being selected as a space engineer in the Indian Space Research Organisation (ISRO) is the story of an ordinary family aspiring to see the next generation achieve something extraordinary.

It is a story of his parents’ quiet sacrifices, Mamatazul Hasan’s determination and, above all, the courage to dream big while growing up in a small town.

Mohammad Mamatazul Hasan with his father speaking to the media

According to a report published by The Indian Express on May 27, 2025, Mamatazul Hasan secured a job as a space engineer at ISRO. The report stated that he received his appointment letter on May 5. As the news spread, his family and the people of Salar celebrated his achievement.

An appointment letter may be just a few sheets of paper. But within those pages lay years of hard work, waiting and dreams.

Mamatazul’s father, Mohammad Azgar Ali, works as a copyist at the registry office in Salar. His mother is a para-teacher at a school. They do not come from a family of industrialists or senior government officials. It is a household with an ordinary income. Yet, parents always encouraged their son to dream big.

When Mamatazul’s family learned about his success, his father could not hold back his tears. He said that he became emotional after hearing the news. The family had done whatever it could within its means to support their son.

Mohammad Mamatazul Hasan

Those tears may also have carried memories of his son’s childhood, the hours spent at the study table, anxiety before examinations, worries about the future and, finally, the moment when the long-awaited success arrived.

For a father, what could be a greater reward than seeing his son hold an appointment letter from ISRO?

Mamatazul’s success did not come overnight. He initially worked for a private company while continuing to prepare for government recruitment examinations. He wrote several examinations, made repeated attempts and waited for opportunities. Eventually, the opportunity at ISRO arrived.

Mamatazul’s journey, too, had its share of this unseen struggle.

Speaking about his achievement, Mamatazul has said he had never imagined that he would reach this point. He found it difficult to put into words what he felt after receiving the appointment letter.

But he firmly believes in one thing: there is no substitute for hard work. If one remains focused on a goal and works consistently, success will eventually follow.

Matatazual knows that dreaming alone is not enough. A dream must be transformed into daily effort. And when that effort finally produces the desired result, tears of emotion are only natural. Mamatazul, too, has said that he could not hold back his tears at that moment.

The people of Salar now see Mamatazul as one of their own.

Mohammad Mamatazul Hasan receiving an honour

This story has the potential to change many lives. A school student may now study science with greater interest. A father may decide to continue his child’s education despite financial limitations. A mother may tell her daughter, “You can do it too.” And a young person may quietly think, If Mamatazul can reach ISRO from Salar, I can try too.

Mamatazul showed that if someone from Salar in Murshidabad can dream about space, compete in difficult examinations, try again after setbacks and eventually hold an ISRO appointment letter.

Of course, the journey is not easy. Students from remote areas can face limitations in access to opportunities and infrastructure. Therefore, Mamatazul’s achievement cannot be viewed only as a story of individual merit. It is also a story of family support, education, perseverance and the ability to make the most of an opportunity.

As India’s space programme continues to expand, the country needs a new generation of scientists and engineers. Scientists and engineers working together across ISRO’s missions have helped India advance its capabilities in space technology.

Mamatazul Hasan from Salar in Murshidabad now has the opportunity to become part of that vast endeavour.

Mamatazul Hasan’s story is therefore more than the story of a young man’s professional success. It represents the dreams of countless young people from the remote corners of Bengal who continue to believe that the sky may be far away, but the journey towards it begins on the ground.

source: http://www.awazthevoice.in / Awaz, The Voice / Home> Mizaz / by Debkishore Chakraborty / October 12th, 2026

Imtiyaz Ahmad from Bihar Leads ISRO’s EOS-05 Satellite Mission as Project Director

Rewadha Village (Darbhanga District), BIHAR / Bengaluru, KARNATAKA :

Ahmad’s success is an inspiring example of how determination and hard work enable individuals from modest backgrounds to contribute to some of the world’s most advanced technological endeavours

New Delhi :

Imtiyaz Ahmad, hailing from a small village of Rewadha in Bihar’s Darbhanga district, has added another milestone to his distinguished career at the Indian Space Research Organisation (ISRO) by serving as Project Director of the EOS-05 mission, India’s first dedicated geo-imaging satellite mission.

The EOS-05 satellite was successfully launched on 4 September aboard the GSLV-F17 rocket from the Satish Dhawan Space Centre in Sriharikota. Operating from a geosynchronous orbit approximately 36,000 kilometres above Earth, the satellite is designed to provide continuous observation of specific regions without the interruptions associated with low Earth orbit satellites.

As Project Director, Ahmad played a key role in overseeing the mission. News of the successful launch sparked celebrations in his native village and across the Mithila region, where residents expressed pride in one of their own reaching the highest levels of India’s space programme.

Addressing the gathering after the launch, Ahmad praised the efforts of ISRO’s scientists, engineers, technicians and support staff, describing them as the true heroes behind the mission. He also acknowledged the contribution of families whose support enables scientists to devote themselves to such demanding projects.

Born into a modest family, Ahmad is the only brother among four sisters. His father, Mohammad Qamar Alam, a retired serviceman, recalls his son’s childhood fascination with rockets and aircraft. According to family members, Ahmad would often spend long hours watching rockets cross the sky and dreamed from an early age of working in the space sector.

Ahmad completed his early education in Rewadha village before studying at Darbhanga District School and Patna Science College. He later earned a degree in Electronics and Communication Engineering from BIT Sindri, Dhanbad, before moving to Bengaluru and beginning his professional journey in space research.

He joined ISRO in 1998 and has since worked on several major space programmes. Before EOS-05, he served as Satellite and Project Director for the INSAT-3DS mission and was also associated with GSAT-20 and GSAT-2 in leadership roles.

EOS-05 represents a significant technological achievement for ISRO. Weighing 2,367 kilograms, it is the heaviest satellite ever launched aboard a GSLV rocket. The satellite will provide near real-time imaging and data for applications including agriculture, environmental monitoring and disaster management.

The mission has already completed its first major orbital manoeuvre successfully, with the satellite’s propulsion system raising its orbit significantly as part of a series of planned operations before it reaches its final geostationary position nearly 35,786 kilometres above Earth.

For Bihar and particularly the Mithila region, Ahmad’s success is being celebrated as an inspiring example of how determination, scientific curiosity and hard work can enable individuals from modest backgrounds to contribute to some of the world’s most advanced technological endeavours.

source: http://www.clarionindia.net / Clarion India / Home> Editor’s Pick> India> Indian Muslims / by Team Clarion / September 08th, 2026

After NASA recognition, Aarian Zeeshan Ahmed sets eyes on sun

Rangia (Kamrup District), ASSAM :

Aarian Zeeshan Ahmed

Aarian Zeeshan Ahmed of Rangia in Assam’s Kamrup district has brought pride to the state after receiving special recognition from NASA for discovering two new asteroids.

But Aarian’s interest in space research does not end with asteroid discovery. He is currently working with his friend and colleague, Tanfa Yakin Nur, on applying machine learning and artificial intelligence models to study the solar cycle (Helio-Cycle) and solar storms (Helio-Solar Storms).

The research is being conducted independently, without affiliation to any institution.

Aarian Zeeshan Ahmed helps a child with his telescope

According to Aarian, “This project uses advanced technologies to understand the Sun and its impact on Earth. Our objective is to develop an advanced ‘Make in India’ system capable of forecasting space weather by using data from Indian solar observatories.”

Earlier, Aarian had participated in a special project of the International Astronomical Search Collaboration, through which he conducted the research that led to the discovery of the two asteroids. NASA has since formally recognised his efforts.

The International Astronomical Search Collaboration has provisionally designated the asteroids as 2024 VE8 and 2024 VC23. On December 17, NASA contacted Aarian and formally recognised his discoveries.

Aarian Zeeshan Ahmed with friends

NASA is now conducting an extensive study of the characteristics of the two asteroids, a process expected to take at least a year. Once the research is completed, Aarian will have the rare opportunity to give the two asteroids their final names.

A resident of Ward No. 3 in Rangia town, Aarian is the son of Mirajul Islam, principal of Jayantipur Yogeshwar Vidyapith Higher Secondary School, and Ruma Nazrin. He completed his primary and higher secondary education with distinction at Fatima Convent School in Rangia.

He is currently pursuing the first semester of a B.Tech in Computer Science and Engineering at the University of Science and Technology Meghalaya (USTM).

In an exclusive interview with Awaz – The Voice, Aarian spoke about his fascination with astronomy.

“I have been fascinated by astronomy and the movements of celestial bodies since childhood. I experience immense joy whenever I look at the sky, and I read many books on astronomy,” he said.

Aarian began developing a deeper interest in space science in Class VIII. While studying in Class XI, he bought his first telescope. He now owns two powerful telescopes and regularly observes the night sky from the rooftop of his home.

In 2024, he submitted his research as part of the special opportunity offered by NASA to young researchers. Following a year-long observation period, his work received the recognition.

Aarian dreams of joining the Indian Space Research Organisation (ISRO) and serving the country. He has already begun preparing for his goal.

His father, Mirajul Islam, said: “It is truly a matter of pride that a boy from an ordinary family like ours, from a small place like Rangia, has achieved such a major success. I hope people will bless him so that he can establish himself as a successful astronomer in the future.”

source: http://www.awazthevoice.in / Awaz, The Voice / Home> Mizan / by Ariful Islam / September 21st, 2026

Mangaluru: Yenepoya’s Dr Inamul Hasan Madar receives Kalam Medal of Excellence

TAMIL NADU / Mangaluru, KARNATAKA :

Dr Inamul Hasan Madar of Yenepoya (Deemed to be University), has been conferred the Kalam Medal of Excellence in Translational Innovation at the NEXT GENE Bioscience Summit 2026 held in New Delhi on September 19.

The award was presented by noted cardiac surgeon and healthcare innovator Dr Shriram Nene in recognition of Dr Madar’s contributions to precision medicine, multi-omics, cancer research and translational healthcare.

His research integrates genomics, proteomics, bioinformatics and artificial intelligence for biomarker discovery and personalised medicine, with a focus on translating advances in biomedical science into practical healthcare applications.

Dr Madar has a strong record of scientific publications and patents and continues to work in biomedical research aimed at developing innovative approaches to diagnosis and personalised treatment.

source: http://www.daijiworld.com / Daijiworld / Home> Karnataka / by Daijiworld Media Network / September 21st, 2026

From a Small Village in Bihar to the Stars: ISRO Scientist Imtiaz Ahmed’s Journey

Rewda Village (Darbhanga District) BIHAR :

Darbhanga (Bihar):

A young scientist from a small village in Bihar has become part of India’s growing space legacy. Imtiaz Ahmed, hailing from Rewda village in Darbhanga district, has earned recognition across the country for his role in one of ISRO’s most important recent missions.

Ahmed was a key contributor to ISRO’s GISAT-1 geostationary imaging satellite mission, which successfully placed the GISAT-1 satellite into orbit. The satellite holds a special distinction. It is India’s first geostationary earth observation satellite designed to provide continuous imaging of the Indian subcontinent.

The satellite is expected to play a critical role in monitoring weather patterns, agricultural conditions, and natural disasters. Scientists and observers say Ahmed’s contribution to the mission was both substantial and well-executed.

Ahmed comes from a family with a strong tradition of serving the nation. His father is a retired soldier who served in the Indian Army. The family’s story now carries a new chapter. Where the father wore a uniform to guard the country’s borders, the son now works in the space sector to advance its frontiers.

His journey from Rewda, a small and relatively unknown village, to the corridors of India’s premier space agency reflects both personal dedication and academic discipline. Those who know Ahmed describe him as focused and committed from an early stage in his education.

The Muslim community across Bihar and beyond has expressed pride in Ahmed’s achievement. His success has drawn attention to the potential that exists in smaller towns and rural areas, where talent often goes unrecognised without the right opportunities and determination.

Ahmed’s work on the GISAT-1 mission stands as a reminder that scientific contribution to national progress comes from every corner of the country. The team at Imtiaz Ahmed’s community extends its sincere salute to a scientist who has honoured both his roots and his nation through hard work and excellence in space research.

source: http://www.radiancenews.com / Radiance News> Pride of the Nation> Markers of Excellence> Report/ by Radiance News Bureau / September 07th, 2026

AMU Professor Mohammad Mobin Receives Prestigious Professor B.P. Verma Memorial Award

Aligarh, UTTAR PRADESH / JAMMU & KASHMIR :

Aligarh :

Professor Mohammad Mobin, Department of Applied Chemistry, Faculty of Engineering and Technology, Aligarh Muslim University (AMU), has been conferred the prestigious Professor B.P. Verma Memorial Award for 2025 by the Indian Chemical Society (ICS), recognising his contributions to research, development and innovation in Chemical Sciences and Engineering.

The honour marks a significant achievement in Professor Mobin’s academic career and reflects his sustained efforts towards advancing scientific research and translating innovation into meaningful technological and societal applications.

In a communication dated August 14, 2026, Prof. G. D. Yadav, President, Indian Chemical Society, conveyed the Society’s appreciation of Professor Mobin’s distinguished professional accomplishments, which have enhanced the stature of Chemical Sciences and Engineering and contributed to the advancement of Indian chemical and allied industries and society.

As part of the recognition, Professor Mobin has been invited to deliver the Professor B.P. Verma Memorial Award Endowment Lecture at the 63rd Annual Convention of Chemists (ACC 2026) of the Indian Chemical Society from December 14–16 at Graphic Era University, Dehradun.

Professor Mobin is presently serving as Vice Chancellor of Cluster University of Srinagar on deputation from AMU. His academic and research contributions span Chemical Sciences and Engineering, with particular emphasis on Materials and Corrosion, research innovation and technological development.

The Indian Chemical Society, one of India’s leading professional bodies in chemical sciences, has played a vital role in promoting chemical research, technology and industry while fostering collaboration among academia, research institutions and industry.

The Professor B.P. Verma Memorial Award adds another distinguished recognition to Professor Mobin’s achievements and brings pride to AMU and the wider academic and scientific community.

source: http://www.indiaeducationdiary.in / India Education Diary / Home> Educational News> University News / by iednewsdesk / August 17th, 2026

AMU JNMC Residents Win Two Session Best Awards at International Public Health Conference

Aligarh, UTTAR PRADESH :

Aligarh:

Two residents of the Department of Community Medicine, Jawaharlal Nehru Medical College (JNMC), Aligarh Muslim University (AMU), received Session Best Awards at the 12th International Conference on Public Health (ICOPH) 2026, held in Bali, Indonesia. The residents participated in the conference virtually.

Dr. Syed Sohaib Hashmi, Senior Resident, received the award for his presentation, Immune Status and Its Clinico-Epidemiological Correlates Among Adults Living with HIV, conducted under the guidance of Prof. Mohammad Athar Ansari. The study examined immune status among adults living with HIV and factors influencing immune recovery.

Dr. Mohammad Bilal, Junior Resident-3, received the second Session Best Award for his presentation, Weight Gain and MUAC Recovery Following Nutrition Education of Primary Caregivers in Moderately Malnourished Children Aged 6–59 Months: A Community-Based Quasi-Experimental Study from North India, under the guidance of Dr. Ali Jafar Abedi. The study evaluated the impact of nutrition education of primary caregivers on weight gain and mid-upper arm circumference (MUAC) recovery among moderately malnourished children.

Prof. Uzma Eram, Chairperson, Department of Community Medicine, along with Prof. Saira Mehnaz and other senior faculty members, congratulated the residents and appreciated their contribution to public health research and academic excellence.

source: http://www.radiancenews.com / Radiance News / Home> Pride of the Nation> Awards> Latest News / by Radiance News Bureau / August 12th, 2026

Meet Dr. Azizuddin Khan: IIT Prof Recommended for J.C. Bose Fellowship

Mahinpura (Bahraich District) UTTAR PRADESH / Mumbai, MAHARASHTRA :

An Inspiring Journey of IIT Bombay Professor Dr. Azizuddin Khan from a Small Town in Bahraich to Global Recognition in Science and Research

In a landmark achievement for Indian Science and Research, Prof. Dr. Azizuddin Khan, eminent Psychologist, Neuroscientist and Psychophysiologist at the Indian Institute of Technology Bombay (IIT Bombay), has been recommended for the prestigious J.C. Bose Fellowship (ANRF J.C. Bose Grant).

The Anusandhan National Research Foundation (ANRF) recommended the honour in recognition of Dr. Azizuddin Khan’s outstanding scientific research, innovation and contributions aimed at improving human well-being in August 2026. 

The J.C. Bose Fellowship is one of India’s prestigious recognitions for active senior scientists and engineers who have made outstanding contributions to science, engineering, medicine and related fields. The fellowship provides research support to enable distinguished scientists to continue advanced research and mentor the next generation of researchers.

From a Small Town to IIT

Prof. Dr. Azizuddin Khan hails from Mahinpurwa, a small town in Bahraich district of Uttar Pradesh. After completing his early education at a local inter college, he chose psychology as his field of study despite family expectations.

He secured first position in his undergraduate studies at Aligarh Muslim University (AMU) & subsequently completed his M.A. in Clinical Psychology. He later earned his Ph.D. in Cognitive Psychology from IIT Kanpur, which laid the foundation for his distinguished research career.

Distinguished Research at IIT Bombay

Prof. Khan has been associated with IIT Bombay for nearly two decades and currently serves as an India Value Chair Professor. He is among the leading researchers associated with the Psychophysiology Laboratory.

He is also associated with important research initiatives including the Sunita Sanghi Centre for Ageing & Neurodegenerative Diseases (SCAN), Koita Centre for Digital Health (KCDH) and the IIT Bombay-FedEx ALFA Centre.

He has played an important role in developing an advanced Psychophysiology Laboratory at IIT Bombay, where researchers use technologies such as EEG, Eye Tracking, Event-Related Potentials (ERP), Neurofeedback and other modern neuroscientific techniques to study the human brain, cognition and behaviour.

Diverse and Human-Centred Research

Prof. Khan’s research is closely connected with real-life human challenges. His major areas of research include:

  • Dyslexia and Reading Disorders
  • Autism and ADHD
  • Memory and Prospective Memory
  • Attention, cognition and brain processes
  • Parkinson’s disease and Alzheimer’s disease
  • Psychological stress and depression
  • Brain activity during Urdu, Hindi and bilingual reading
  • Urdu script and its processing in the human brain
  • Artificial Intelligence and mental health
  • Human psychology under extreme environmental conditions

Through his multidisciplinary research, he has contributed significantly to the fields of psychology, psychophysiology and neuroscience. 

Technology-Based Research for Dyslexia

One of the most significant areas of Prof. Khan’s research is dyslexia. He has contributed to the development of ‘Brainu’, a screening application designed to facilitate the early identification of children who may have reading difficulties.

The application uses engaging, game-based activities to assess certain reading-related abilities and help identify children who may require further assessment or support.

He has also worked on innovative Haptic Belt/Bracelet technology, which uses specific vibrations to help children recognise and experience the correct sounds associated with letters and words.

Such technology has the potential to support children learning Urdu, Hindi, Marathi, Arabic and English, particularly those experiencing difficulties in reading and phonological processing.

Pioneering Research on the Urdu Script

Another distinctive area of Prof. Khan’s research is the neural processing of the Urdu script. His research examines how the human brain processes Urdu text written from right to left while simultaneously dealing with numbers written from left to right.

Using Eye Tracking and EEG technologies, he has investigated the cognitive and neural processes involved in Urdu and bilingual reading. His work has contributed to the scientific understanding of how multilingual readers process different writing systems. 

Research in Antarctica

Prof. Khan has also participated in India’s Antarctic research programme, where he studied human psychology under extremely cold and isolated environmental conditions.

His research examined aspects such as memory, mental health, emotional well-being and behavioural changes among people living and working in extreme environments. He has also undertaken research related to self-awareness in penguins, attracting attention within the scientific community.

Representing India on the Global Research Platform

Prof. Khan has represented India at numerous international academic and scientific forums. He has presented his research in countries including the United States, United Kingdom, Germany, France, Japan, Australia, Finland, Spain, Italy, South Korea, Turkey, Brazil, the United Arab Emirates and several other countries.

His academic contribution includes more than 200 research publications, several international book chapters, patents and research projects. He has also guided numerous Ph.D. scholars, many of whom are today working as professors and researchers at leading IITs, NITs and universities in India and abroad.

An Inspiring Message for Young Students

According to Prof. Dr. Azizuddin Khan, success depends not merely on intelligence but on hard work, curiosity, perseverance, patience and a continuous desire to learn. 

His own journey demonstrates that a student from a small town can achieve global recognition through education, determination and sustained research.

A Matter of Pride for the Nation

The recommendation of Prof. Dr. Azizuddin Khan for the J.C. Bose Fellowship is not only a personal achievement but also a matter of pride for the Indian scientific community, IIT Bombay, Aligarh Muslim University (AMU) and the residents of Bahraich.

His continuing work in psychology, neuroscience, education, mental health and artificial intelligence is expected to open new avenues of research and contribute to improving the lives of children, students and society at large.

[The writer, Akhlaq Shaikh, is a Career Counsellor, Mumbai. He alsow writes for Urdu Daily Inquilab.]

source: http://www.ummid.com / Ummid.com / Home> Education & Career / by Akhlaque (Akhlaq) Shaikh / August 18th, 2026

From Chikkamagaluru to NASA: Awais Ahmed Leads India’s Private Space Journey

Aldur (Chikkamagaluru District), KARNATAKA :

Chikkamagaluru:

Awais Ahmed, a young entrepreneur from Aldur in Karnataka’s Chikkamagaluru district, has emerged as one of India’s leading figures in the private space sector after his company, Pixxel Space Technologies, became the first Indian space start-up to secure a NASA contract for supplying hyperspectral Earth observation data.

The 28-year-old founder and Chief Executive Officer of the Bengaluru-based company attributes his journey to a childhood shaped by curiosity, encouragement from his parents and a lifelong fascination with space science.

Growing up in Aldur, Awais spent hours reading children’s science encyclopaedias on planets, nebulae, black holes and the solar system. His father, Nadeem Ahmed, who runs a pharmacy in the town, regularly bought him science books from local libraries and bookshops. His mother, Ghazala Tashfeen, also encouraged him to pursue the subject that interested him most.

After completing his schooling in Aldur and Sangameshwar Pete, he moved to Mangaluru for pre-university education before joining BITS Pilani, Rajasthan, where he studied mathematics and manufacturing engineering. During his engineering years, he participated in a student satellite programme alongside ISRO scientists, an experience that deepened his interest in satellite technology.

A defining moment came in 2017 when Awais led Hyperloop India at the SpaceX Hyperloop Competition in Los Angeles. The team qualified among the finalists and presented its project before visiting SpaceX facilities. Meeting Elon Musk and witnessing private space innovation strengthened his resolve to build a career in space technology.

Before completing his degree in 2019, Awais founded Pixxel Space Technologies. The company has launched nine hyperspectral satellites, including six in 2025. The satellites collect detailed Earth observation data that supports agriculture, environmental monitoring, energy and natural resource management through advanced imaging technology.

Awais said the company has raised ₹960 crore from investors. He credited policy support for private participation in India’s space sector for helping young companies grow. Today, Pixxel employs 275 people, with most of its workforce based in India and others working in the United States and Europe.

His father recalled the family’s sacrifices to support his education, including taking education loans and pledging gold. He said watching his son’s dedication and achievements has filled the family with pride. Awais, who is now married to a doctor, continues to pursue his goal of building space technology that serves humanity while contributing to India’s growing presence in the global space industry.

source: http://www.radiancenews.com / Radiance News / Home> Latest News> Markers of Excellence> Personality> Report / by Radiance News Bureau / July 20th, 2026