I have completed my bachelor's and master's in Life Sciences. I am a recipient of the Prime Minister's Research Fellowship (PMRF). Additionally, I hold the CSIR-UGC JRF Fellowship and GATE Biotechnology qualification (AIR 40). As an enthusiastic cell biologist, my research interests in the BiofabTE lab are to explore the translational biomedical field. I am working on developing 3D-bioprinted in vitro lung tissue models.

I am a recipient of CSIR-UGC net fellowship for pursuing Ph.D. I am highly inquisitive about biological phenomenon and an extension of this inclination that drew my interest in fields of tissue engineering and biofabrication after I completed my masters in biotechnology from Burdwan University. My strong inclination is to pursue a research oriented carrier for a scientifically better tomorrow .My research interest revolves around 3D bioprinting and Tissue engineering of Liver.

My interest in science, propelled me towards a Bachelor's degree in Chemistry from Mahatma Gandhi University and Master's degree in Biopolymer Science from Central Institute of Plastic Engineering and Technology affiliated with Cochin University of Science and Technology. I am very much interested in developing and fabricating biomaterials for tissue engineering applications, using my knowledge in chemistry and principles of material science. My research interest in BiofabTE lab, focuses on 3D biofabrication technologies to develop complex structured organs and tissues

From early days of my education, I am fascinated by the scope of the Life Sciences domain in impacting human's life for better well-being. I was introduced to this field during my graduation at Aurora Degree College Hyderabad. Post that, I joined Hyderabad Central University to pursue master's degree in Biochemistry. Later, I worked at CCMB as project JRF, my work primarily involved in assessment of anti-cancer properties of various synthetic molecules and have published 4 research papers in reputed journals. As a PhD student and recipient of the Prime Minister's research Fellowship (PMRF) at BioFab Lab, my research area focuses on development of in vitro 3D glomerulus model for drug testing and understanding Kidney disease mechanisms.

Developing biomaterials that simultaneously provide mechanical support and biological instruction remains a major challenge in regenerative medicine. As a Research Scholar at IIT Hyderabad, I work on addressing this challenge through the design of multifunctional hydrogels based on supramolecular interactions. My academic background includes a Bachelor's degree in Pharmacy from MVP's College of Pharmacy, Nashik, and a Master's degree in Pharmaceutics (M.S. Pharm) from the National Institute of Pharmaceutical Education and Research (NIPER), Ahmedabad, where I developed an interest in translating molecular design into biomedical applications

I have completed my B.Sc. in Zoology from Siliguri College under University of North Bengal and M.Sc. in Life Sciences from Presidency University, Kolkata. I have joined IITH Interdisciplinary Ph.D. program under BME department and CE department as a recipient of MoE Ph.D. fellowship (2021). I am interested in developmental biology and its regenerative applications using 3D bio-printing technology. Currently my research interest focuses on Bio-printed tumor organoids using patient-derived heterogeneous cell population and droplet microfluidics platform for personalized medicine.

I am an aspiring scholar and having completed M tech from NIT Bhopal, I joined the Bio Fab lab as a part of the joint doctoral program of 'IIT Hyderabad and Deakin University Australia'. I am immensely interested in bio-science and keen on working to develop and integrate vasculature within printed constructs for enhanced cell viability and function, to ensure functional tissue building for models and implantations.

 I am an Ophthalmologist specializing in the management of Corneal Diseases. Recently pursued a Fellowship in LV Prasad Eye Institute Hyderabad in Cornea and Anterior Segment. With a brief stint in PGIMER Chandigarh as a research associate, I had a keen eye towards translational research along with clinics. I have learned in my journey that it is very important to be a 3 H doctor- a doctor with good Hands, Head, and Heart. All 3 being deeply invested in delivering the best possible care for patients in our country and globally, currently, I am offering various corneal transplantation, stem cell transplantation, cataract, and laser corneal surgeries. But when it comes to a load of global corneal blindness the need and supply do not match. We need a newer approach to support the current ongoing treatments and eye banks through corneal regeneration, tissue engineering, and 3d bioprinting and will explore this area of work.

I am a joint doctoral Ph.D. scholar at IIT Hyderabad-Deakin University, Australia—a highly driven biomedical engineer with a passion for cutting-edge research. With a Ph.D. in progress and a Master's in Biotechnology, I have honed my skills in various fields, from cancer research to genetic engineering. I am particularly adept at applying cell and molecular biology techniques in 3D bioprinting of the urinary bladder tissue construct. As a Ph.D. scholar, I am constantly pushing the boundaries of scientific knowledge to create innovative solutions to complex biomedical problems.

I hold a Master's degree in Biotechnology from Aligarh Muslim University and I Qualified ICMR-JRF in 2021. I am passionate about the realms of 3D bioprinting and computational simulation, with a specific emphasis on Ansys fluent for intricate modeling in the field of Biomedical Engineering. My primary research focus has been dedicated to the development of computational models to streamline the outcomes of Bioprinting processes.

I am a dedicated and aspiring researcher with a diverse educational foundation of B. Pharmacy from Pune University and M. Tech. in Medical Devices from NIPER Kolkata. I have achieved academic excellence through prestigious scholarships, including the GPAT and NIPER JEE. I am pursuing a PhD at the Center of Interdisciplinary Programmes, IIT Hyderabad, in the Biomedical Engineering and Chemistry department. My research focuses on the innovative domain of cardiac tissue engineering using conductive composite hydrogels of bioinspired small molecules and conductive polymers, representing a novel approach to tackling critical challenges in regenerative medicine.

I possess a strong educational foundation with a Bachelor's in Pharmacy (B.Pharm) and a Master's in Medical Devices (M.Tech) from NIPER Kolkata. Furthermore, I have achieved noteworthy qualifications in both GPAT and NIPER-JEE. Driven by my background in pharmacy and medical devices, I am now harnessing my knowledge to delve into biochemical science. As a Ph.D. student at the BioFab TE Lab, my research is focused on developing electrically active bioink for cardiac tissue regeneration. I'm excited to bridge the gaps between these diverse fields and contribute to advancements in cardiac health and regeneration.

I hold a Master's degree in Zoology and have qualified the CSIR-UGC JRF (AIR 81) and GATE (XL). Currently, I am pursuing a PhD at the BioFabTE Lab, where my research focuses on corneal tissue engineering. Specifically, I am developing bioactive materials and utilizing advanced 3D bioprinting techniques to enhance corneal regeneration. My work involves integrating bioactive materials, cells, and 3D bioprinting to promote tissue regeneration and support the seamless integration of engineered tissues with native ocular structures.

I am a direct PhD student with a Bachelor's degree in Biotechnology from Rajalakshmi Engineering College (REC), Anna University, Chennai. I have qualified GATE Biotechnology and am a former GRI recipient at Dalhousie University, Canada. My pursuit of scientific research led me to join BiofabTE with a strong commitment to exploring the potential of tissue engineering and harnessing it for the benefit of mankind. I am currently working on the fabrication of 3D in vitro exocrine pancreatic models.

I am a PhD Scholar at the BioFabrication & Tissue Engineering (BioFabTE) Lab, IIT Hyderabad, and a recipient of the UGC JRF Fellowship. I hold a Bachelor's degree in Zoology and a Master's degree in Forensic Science from Dr. Harisingh Gour Vishwavidyalaya, Sagar, M.P. My research focus lies in 3D bioprinting, specifically in developing functional tissue and organoid structures for applications in drug delivery and toxicity assessment. Through interdisciplinary collaboration, I aim to contribute to cutting-edge advancements in biofabrication and regenerative medicine.

I am an external PhD student at IIT Hyderabad with Master’s degree in Oral Pathology and Microbiology from Dr. NTR University of Health Sciences. Along my journey, I have published research articles, received a faculty research grant, and currently manage MedTech Incubation Centre at GITAM.As an Oral Pathologist and clinician, I have seen firsthand the challenges in diagnosing and treating patients with Oral Squamous Cell Carcinoma. Joining the BiofabTE Lab has given me the opportunity to combine my clinical understanding with advanced biofabrication and tissue engineering approaches to develop clinically relevant models that can bridge the gap between the laboratory and patient care. Currently, I am working on tissue-engineered models for personalized treatment plan of Oral Squamous Cell Carcinoma.

I have completed my bachelor's in Life Sciences and master's in Molecular Biology and Biotechnology in Assam. I am a recipient of the CSIR-UGC JRF fellowship and have qualified for GATE Life Sciences. I am a strong believer in translational research, science that doesn't stay confined to the lab but moves toward clinical relevance and tangible benefit for patients. In line with this, my current focus is on developing a clinically meaningful cancer model that can serve as a bridge between basic research and therapeutic application.

I have completed my bachelor’s degree in Biology and master’s degree in Zoology. I have qualified the CSIR-UGC NET JRF and GATE XL examinations. As a biomedical researcher, my research interests include tissue engineering, regenerative medicine, and the development of biomaterial. I am currently working on the development of bioactive composite that promote bone regeneration by enhancing osteogenesis and improving bone tissue repair.

I completed both my undergraduate and postgraduate degrees in Biotechnology. Following my postgraduate studies, I worked at the ICMR NIRT, where I gained hands-on research experience . I have qualified the ICMR Junior Research Fellowship and the GATE examinations in both Biotechnology and Life Sciences (XL) in 2023. My research interests lie at the intersection of biomaterials, tissue engineering, and organ-on-chip technology. Specifically, I am interested in developing conductive hydrogel based Heart-on-a-Chip platforms that can closely mimic the native cardiac microenvironment for advanced in vitro cardiac modeling, disease studies, and drug screening.

I completed both my bachelor's and master's degrees in forensic science and am currently a UGC-NET JRF (AIR 10) pursuing doctoral research in biomedical engineering. My research interests in the BiofabTE Lab focus on biofabrication and tissue engineering approaches for developing 3D in vitro models. I am particularly interested in developing 3D tissue models using bioprinting and tissue engineering for disease modeling, drug screening, and regenerative medicine.

I am an MBBS graduate from Malla Reddy Institute of Medical Sciences, Hyderabad, where I graduated in 2022. As a M.Tech. student here at BioFab TE Lab, I am currently deeply engaged in a pioneering project that focuses on the development of specialized pressure-offloading footwear aimed at preventing diabetic ulcers. My proficiency in CAD modeling further equips me to meticulously design and refine these specialized footwear solutions with precision and efficiency, ensuring they consistently adhere to the highest standards of quality and functionality. Simultaneously, I am conducting research in the field of biofabrication, specifically investigating how scaffold morphology influences cell growth. By synergizing my medical knowledge with advanced biofabrication technologies, I am actively involved in the development of innovative solutions aimed at enhancing the lives of patients.

I completed my Bachelor's in Biotechnology and am currently pursuing a Master's in Biomedical Engineering (Nanomedicine & Biomaterials). I have qualified GATE Biotechnology (BT) 2024 and GATE Biotechnology (BT) 2025. My research interests focus on biomaterials, tissue engineering, 3D bioprinting, and vascularization strategies for regenerative medicine, with the aim of developing pre-vascularized skin grafts for improved wound healing and skin regeneration. At the BiofabTE Lab, I am working on the development of a pre-vascularized 3D-bioprinted skin graft to address current challenges in skin tissue engineering and enhance graft integration and vascularization.

I completed my Bachelor's in Pharmaceutical Technology and am currently pursuing a Master's in Ophthalmic Engineering. I have qualified GATE-XL, GATE-BT, CEETA-PG, and GAT-B. My research interests focus on biomaterials, biomechanics, and corneal tissue engineering, with the aim of developing biomimetic strategies for corneal repair and regeneration. At the BiofabTE Lab, I am working on the development of a 3D-bioprinted corneal tissue model to address current challenges in corneal tissue engineering.