Years of experience in 3D Bioprinting has allowed us to gather crucial knowledge and data in this domain. In our goal to build the awareness about this breakthrough technology, we have worked with the top experts in this field to build a comprehensive online course on 3D Bioprinting which will help you lay the fundamentals for your future career or research prospects.
Book Your Seat Now for $ 50 | Batch 7 starts on 30th June!
Book Your Seat Now for $ 50 | Batch 7 starts on 30th June!
Mechanical? Design? Biotechnology? Biomedical? Biomaterials? B.Tech? M.Tech? BSc? MSc? There is something for everyone in the world of 3D Bioprinting. Understand where you fit in the world of 3D Bioprinting. See what peaks your interest!
Charting out your next breakthrough research that can truly create a paradigm shift? Learn how 3D Bioprinting can take your research to greater heights.
Its a Rat Race out there!
Upskill yourself on a standardized and relevant multidisciplinary approach of cross functional learning in engineering, modelling techniques, biomaterials and software aided applications in Bioprinting. Also be a part of a collaborative network of professionals contributing to this field.
Interested in disruptive tech? Learn more about how the field of 3D Bioprinting is helping build the future of healthcare and medicine.
Next Big Innovation Labs® (NBIL) is a four year old 3D Bioprinting company based out of Bangalore Bioinnovation Centre. NBIL builds 3D Bioprinters (Trivima) and is currently using this patented technology, processes and trade secret biomaterials to develop 3D bioprinted human skin (Innoskin®). The long term vision for the company is to create a versatile 3D Bioprinting platform, comprising of the company’s patented tech, multidisciplinary team, unique processes and breakthrough biomaterials, to bridge the abyss between Transplantable Organ Demand and Availability.
Yes. This course is certified by Next Big Innovation Labs®.
There is no specific background required to attend the course although an academic background in applied sciences would have a gradual learning curve.
Typical course engagement including all elements of the course would be around 30 hours. You will have access to the course for a period of 30 days from the enrollment date.
No, this is an online self paced course.
No instalment options are available. Payment confirmation to be made prior to course enrolment.
Grading criteria is followed based on the following activities -
Retest for final assessment only, can be availed for a nominal retest fee.
Enrolled users must have access to stable internet connection for accessing the LMS and video streaming services. Standard browsers like google chrome, safari and mozilla firefox are compatible to access the course.
No specific knowledge criterion required to participate in the course.The course is open to all.
Prof. Jayesh Bellare is “Institute Chair Professor” of Chemical Engineering at the Indian Institute of Technology, Bombay. He is an elected Fellow the National Academy of Science, India, the Indian National Academy of Engineering, and the Electron Microscopy Society of India, amongst others. He is an expert in biomedical devices, 3D printed resorbable scaffolds, cryo-electron microscopy, nanomedicines, and implants for regenerative medicine. He has set up a cGMP facility at IITB that has received a trial manufacturing license from DCGI/CDSCO for a bone graft study underway at AIIMS Delhi. His awards include the Lifetime Achievement Award of the Government of India Ministry of Ayush for his work in nanomedicines; the Presidential Award of the Electron Microscopy Society of America; and the NASI-Reliance Platinum Jubilee Award for application-oriented research.
Vellore Institute of Technology, Vellore
Dr. Geetha is working on enhancement of service period of biomaterials for past 21 years . She has carried out her Ph.D in two national labs, Defence metallurgical Research lab and Indira Gandhi Centre for Atomic Research . Her post-doctoral training was at Clemson University, USA. Her passion towards development of implants with optimum properties has led to the creation of a Centre for biomaterials in her University with an interdisciplinary team and the main focus of this team are surface engineering of implants, tissue engineering,imaging, biomechanics, stem cell and gene therapy. She has been ranked as Number one scientist in the field of materials science for the period 2009-2014 by the Ministry of Human Resource Development, India for her major contribution on Ti based biomaterials in Progress in materials science.
A multidisciplinary scientist with extensive experience in research, management and teaching in the area of biomedical engineering, chemistry, biological sciences, biomaterials and 3D fabrication technologies. Dr. Deepak has been working on development of novel materials, their analysis and applications to solve real life problems in medicine.
Dr. Deepak brings in extensive experience in biomaterials, biocompatible coatings, 3D printing technologies, design and development of medical devices and implants, colloids and interfaces, cell culture, stem cells, proteins and their interactions with materials and bio-Nanotechnology. His research and education has resulted in publication of 3 Books, over 90 scientific publications in internationally peer reviewed journals, and several invited book chapters.
Amit Kumar Jaiswal is an Associate Professor at Centre for Biomaterials, Cellular and Molecular Theranostics (CBCMT), Vellore Institute of Technology Vellore (VIT Vellore).
His research interest lies in “Materials for Health Care Applications” which includes 3D Bioprinting of artificial skin substitutes for burn wound applications, scaffold Engineering, In vitro tissue-engineered Model for bone tumor and bone adhesives. He receives his Ph.D. degree in Bioengineering from the Indian Institute of Technology Bombay.
Simon MacKenzie has a wealth of experience in biotech and medtech. For more than 19 years, Dr. MacKenzie held senior positions in strategic business development in the domains of pharma, drug discovery, biotech and research, and has published several scientific papers. In recent years he led his own consulting firm, advising startups on expansion and growth strategies. Dr. MacKenzie has a PhD in Biochemistry from the University of Dundee and completed two industrial collaborative post-docs in inflammatory, oncology and metabolic disease.
Mr. Piyush is a graduate in biotechnology from Vellore Institute of Technology, Vellore. Post his undergraduate degree, Piyush has worked in the pharmaceutical sales and marketing with a specific focus on renal and liver transplantation. In a quest to expand his knowledge in the transplantation domain, Piyush pursued a marketing role at Roche Pharmaceuticals, where he was working towards enhancing the quality of treatment provided to transplant and pre transplant patients through various marketing campaigns.
With an aim to improve the healthcare system and the ever widening abyss between transplantable organ demand and availability, Piyush set out in his entrepreneurial journey with four close friends to build the next big solution for healthcare and medicine. Next Big Innovation Labs® was founded in May 2016 with a goal to bridge this gap and delve into exploratory deep research in the domain of 3D Bioprinting. Piyush has garnered three patents along his journey as an entrepreneur and is now the Co-CEO and Co-Founder of Next Big Innovation Labs
Pooja is a Masters graduate in management specialising in strategy from CASS Business School, London, with a Bachelor’s degree in biotechnology. She oversees the research activities at NBIL. Pooja brings a perfect blend of business acumen and technical expertise to the NBIL team.
Alok is a World Economic Forum 3D Printing Expert Network member and Global Shaper. Having used 3D printers in a whole range of applications ranging from Automotive to Aerospace Applications, Alok & the NBIL team are working towards disrupting the 3D Healthcare sector.