Biomaterial Scientist

We are seeking Senior Biomaterial Scientist for our team.

The Scientist will play a crucial role in the research and development of advanced biomaterials for scientific and industrial applications.

Combining expertise in materials science and biology, this technical position requires strong analytical skills, research capabilities, and hands-on experience with biomaterial synthesis, characterization, and testing.

The selected candidate will contribute to the creation of innovative and functional biomaterials that meet specific requirements and have applications in biotechnology, medical devices, tissue engineering, and regenerative medicine.

Key Responsibilities

Biomaterial Design and Development:
Design and formulate novel biomaterials with desired properties and functionalities based on project requirements and target applications.
Conduct literature reviews to identify promising biomaterial candidates and associated processing methods.
Utilize knowledge of material properties, surface modification techniques, and cell-biomaterial interactions to optimize biomaterial performance.
Collaborate with cross-functional teams to incorporate biomedical and clinical requirements into the biomaterial design process.

Biomaterial Synthesis and Processing:
Develop and optimize biomaterial synthesis protocols, including chemical synthesis, polymerization, and composite fabrication techniques.
Understanding 3D Bioprinting and using it to fabricate biomaterial structures with controlled morphology and properties.
Understanding surface modification techniques (e.g., plasma treatment, functionalization, coatings) to enhance biomaterial performance and biocompatibility if and wherever required.

Biomaterial Characterization and Analysis:

Knowledge of advanced analytical techniques and instruments (e.g., SEM, TEM, FTIR, rheology, mechanical testing) to characterize the structural, chemical, and mechanical properties of biomaterials.

Preparation of samples for these techniques and a hands-on experience in these techniques is a requirement.
Conduct biocompatibility assessments, including cytotoxicity studies, cell adhesion, proliferation, and tissue integration assays.
Perform degradation studies to evaluate the stability and biodegradability of biomaterials over time.
Analyze and interpret experimental data, employing statistical methods and software for data processing and presentation.

Research Documentation and Reporting:
Maintain detailed and accurate records of experimental procedures, data, and observations.
Prepare comprehensive research reports, technical documentation, and scientific publications.
Contribute to the drafting and submission of grant proposals and patent applications.

Collaborative Research and Project Management:
Collaborate with internal and external research partners, including engineers, biologists, clinicians, and industry collaborators.
Actively participate in project planning, experimental design, and progress meetings.
Mentor and provide technical guidance to junior scientists or research assistants.

Stay abreast of the latest advancements and publications in biomaterial science through continuous learning and participation in conferences and workshops.

Qualifications/Requirements:
Ph.
D. in materials science, bioengineering, biotechnology, or a related field.
Strong knowledge of biomaterial science, polymer chemistry, materials characterization techniques and cell culture.
Hands-on experience in designing and synthesizing biomaterials, with an emphasis on biocompatible polymers, ceramics, or composites.
Proficiency in utilizing laboratory equipment and analytical instruments for materials characterization and testing.
Familiarity with experimental design, statistical analysis, and data interpretation.
Proven ability to perform biocompatibility assessments and degradation studies.
Excellent written and verbal communication skills for effective presentation of research findings and collaboration with multidisciplinary teams.
Strong problem-solving capabilities and the ability to work independently and within a team in a fast-paced research environment.
Attention to detail, organization, and a commitment to maintaining high laboratory safety standards and protocols.

You can expect:
Hands-on experience in a dynamic and innovative biotechnology company.
Networking opportunities within the biotechnology industry.
Vast scope for Personal GrowthRespectful and nourishing work environment, where every opinion is heard, and everyone is encouraged to be an active part of the organizational culture

About Us:
Next Big Innovation Labs (NBIL) has been operating in the domain of bioprinting for 7 years now.

Since our inception in May 2016, we have been working with pioneers in the domain of bioprinting to push the envelope of what is possible within the domain.

The support from the government via state and central government grants (Idea2POC, IIGP 2.0 and BIG) was the impetus that allowed us to explore customized bioprinting and its requirement across the wide array of applications.

The vision of the company is to build robust bio-fabrication tools and bio-fabricated products for applications in clinical, academic, and industrial pursuits.

During our journey in the domain of bio-fabrication, we have worked with thought leaders in the field. Some of our key collaborators are Dr. Falguni Pati (IIT-Hyderabad), Dr. Sujata Mohanty (AIIMS, Delhi), Dr. Sudha Warrier (Manipal) and Dr. Niraikulam Ayyaduri (CLRI).

We understand the importance of working across sections of research and hence, since our inception, have fostered strong industrial collaborations as well.

A few of our keystone industrial collaborators are Merck KgaA (Germany), Autodesk India, HiMedia Laboratories and Microsoft.

With a spirited approach to build strong inter-disciplinary bio-fabrication oriented projects, we launched Trivima Bioprinters (our Made in India customised bioprinters) that can cater to a wide array of bioprinting projects and protocols – ranging from bone based bioprinting to core biomaterial research to clinical research.

Our Trivima Bioprinters are proudly installed at some of the foremost research institutes in the country – Central Leather Research Institute (Chennai), AIIMS (New Delhi), IIT (Hyderabad), King George Medical University (Lucknow), Manipal University (Manipal), JIS Istitute for Advanced Scientific Research (Kolkata), Somaiya Vidyavihar (Mumbai) and Sastra Deemed University (Thanjavur).

Trivima serves as a tool for us to explore stronger collaborations with each one of these institutes.

To build the inter-disciplinary mindset required for bioprinting, we created Next Big Learning, a foundation online course on bioprinting which is curated by Dr.

Jayesh Bellare (IIT- Bombay) and delivered by us and an array of experts namely Dr. Geetha Manivasagam (VIT, Vellore), Dr. Amit Jaiswal (VIT, Vellore) and Dr. Deepak Kalaskar (UCL, London).

The course now caters to more than 400 students in India and abroad and has allowed students, researchers and clinicians to explore new applications in bio-fabrication.

We believe this is just the start and there is a lot more that we can do to serve the society better and, through collaborative projects, will build a community that will, one day, bridge the organ transplantation demand via bio-fabrication.

Latest Development at Next Big Innovation Labs -

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