Department of Metallurgical and Materials Engineering | Indian Institute Of Technology Madras , Chennai
team

Arjak Bhattacharjee

Assistant Professor

+91 44 2257 4795

arjak@zmail.iitm.ac.in

  • KCB(NAC-1)-148

Sustainability; Generative AI & Prompt Engineering guided Autonomous Additive Manufacturing; Indian Knowledge Systems (IKS); Tissue Engineering & Ayurvedic Drug Delivery;

  • Arjak Bhattacharjee is an Assistant Professor (from May 2026) in the Department of Metallurgical and Materials Engineering at IIT Madras. Before joining IIT Madras, he served as an assistant professor of the Materials and Metallurgical Engineering department of New Mexico Institute of Mining and Technology (New Mexico Tech), in Socorro, New Mexico, USA. His research focuses on three major interdisciplinary research thrusts: (a) 3D printed sustainable material development through the utilization of industrial waste and household plastic waste, including sustainable concrete systems, (b) Large Language Model, Generative AI, and Prompt Engineering guided in-house additive manufacturing for tissue engineering, and (c) validation of ancient Indian knowledge systems in lab scale with Ayurveda and natural drug delivery. Before joining New Mexico Tech, Arjak completed postdoctoral training in the Department of Biomedical Engineering at Tufts University, Boston, where he worked in the laboratory of Prof. David L. Kaplan. Prof. Kaplan group is internationally recognized and consistently ranked among the top three research groups globally in the fields of tissue engineering, biomaterials, and regenerative medicine.

    As a principal investigator (PI), Arjak has received research funding of over 750,000 USD from reputed funding agencies of the United States, such as the National Science Foundation (NSF), the INBRE program of the National Institute of Health (NIH), USA, industry-academia partnership grants through Sandia National Laboratories, USA, New Mexico Small Business Association Grants, etc. In terms of teaching, he has taught undergraduate and postgraduate level courses at New Mexico Tech as a sole instructor of Thermodynamics, Biomedical Materials, Additive Manufacturing, Engineering Design, Polymeric Materials, Materials Engineering II, etc. In all of his teaching activities, Arjak has carried out pedagogical experimentation with the use of Generative AI and innovative active learning strategies to improve student engagement. He designed the first-ever Additive Manufacturing course at New Mexico Tech from scratch, which reached a record student enrollment. Arjak received his highest overall quality of instruction as 4.33 out of 5 for teaching.

    During his M. Tech at IIT Kanpur, Arjak was awarded the Dr. Shankar Dayal Sharma Medal for overall best academic and extracurricular performance among all PG students of IIT Kanpur. This medal was given to him by the then President of India, Shri Ram Nath Kovind. Arjak published one research-based textbook on Indian Knowledge Systems (IKS) as a lead author, that has become a bestseller in September 2023. He has also served in several leadership roles, including President of the Tufts University Postdoctoral Scholars Association, Head of the Vivekananda Samiti at IIT Kanpur, etc. 

    Beyond academia, Arjak is a professional documentary filmmaker. He directed the first ceramics documentary in the whole world, named Oneness with the Infinite, in collaboration with leading Indian academicians. This movie won two international awards in 2017. Arjak was felicitated by Dr. Harsh Vardhan, the Union Minister for Science and Technology, Government of India at that time, for his contributions to scientific documentary filmmaking. Arjak is deeply committed to and passionate about student mentorship, community engagement, and socially relevant research with his students. He actively collaborates and mentors a large group of students in research projects with industrial and societal impact. Both Arjak and his students participate extensively in outreach and volunteering activities. During and prior to the COVID-19 pandemic, Arjak served as a United Nations Online Volunteer and taught mathematics and science to underprivileged students in rural India. As a new faculty member, Arjak looks forward to contributing to the research and academic development of IIT Madras in his full capacity. 

  • Sustainable and Circular Additive Manufacturing of Cementitious Materials for Low-Carbon Infrastructure
  • Generative AI, Prompt Engineering, and Large Language Model–Driven Additive Manufacturing
  • Decoding Ancient Indian Materials Science and Knowledge Systems (IKS) for Next-Generation Sustainable and Biomaterials
  • Biofabrication and Additive Manufacturing of Functional Biomaterials for Tissue Engineering

  • May 2026 – present:
  • January 2024 – May 2026:
  • January 2024 – Dec 2024:
  • Assistant Professor of Metallurgical and Materials Engineering, IIT Madras
  • Assistant Professor of Materials and Metallurgical Engineering, New Mexico Institute of Mining and Technology (New Mexico Tech), Socorro, NM, USA
  • Postdoctoral Researcher, The Kaplan Lab, Biomedical Engineering Department, Tufts University, Medford (Boston), USA

    Previous Courses

  • At New Mexico Tech, USA:
  • Sole Instructor Fall 2024 and Fall 2025 - Materials Thermodynamics (MTLS 3050 – Also cross-listed as Chemical Engineering Thermodynamics, CHE 3049)
  • Sole instructor – Engineering Design (MTLS 4081), Fall 2024 and Spring 2025
  • Sole instructor- Polymeric materials (MTLS 3051), Spring 2024, Spring 2025, and Spring 2026
  • Sole instructor- Additive Manufacturing (MTLS 5099) course, Summer 2025 - Designed the course from scratch. This couse was offered for the furst time at New Mexico Tech and has reached a record student enrolment
  • Sole instructor- Biomedical Materials (MTLS 4020 / 5020), Fall 2025
  • Sole instructor – Materials Engineering II (MTLS 235), Spring 2026
  • Sole instructor – Verbal communication (COMM 0189), Summer 2024

  1. USA – India collaboration projects under NSF (USA)– meitY (Govt. of India) scheme; Project title: Machine Learning Guided 3D Printing of Self-Healing Sustainable Concrete from Waste Materials; Role: Principal Investigator (PI); Funding: Granted $ 499, 999 USD for 3 years, sponsored by the National Science Foundation, USA and Granted 1.8 Crore INR (~ $ 200,000 USD) by the Govt. of India to the Indian collaboration part of this same project; Academic Collaborators (USA and India): Co-Principal Investigator: Prof. David L. Kaplan, Professor of Biomedical Engineering, Tufts University, Medford, MA, USA; Co-Principal Investigator: Prof. Markus J. Buehler, Professor of Civil and Environmental Engineering, Massachusetts Institute of Technology (MIT), Cambridge, MA, USA ; Chief Investigator (meitY – India): Prof. Suman Chakraborty, Professor of Mechanical Engineering, and Director, IIT Kharagpur, Kharagpur, WB, India; Industrial collaborators (India): Tvasta, IIT Madras, Chennai, India, Green Banana Pvt. Ltd, Udhyognagar, Anand, Gujarat, India; Brief overview: The objective of this project is to develop self-healing sustainable concrete using local industrial waste materials in India and the USA; One in-house 3D printer will be developed to fabricate these concrete materials; Living marine organisms and enzymes will be incorporated into the concretes during 3D printing to introduce self-healing properties; One machine learning model will be developed using real-time experimentation and computer vision that can predict the optimized properties of the concrete; The fabricated structures will be tested both in India and the USA under different weathering conditions
  2. Project title: 3D Printing of Sustainable Materials & Biomaterials for Multi-functional Applications; Role: Principal Investigator (PI); Funding: $ 120,000 USD for a maximum of 3 years, sponsored by New Mexico Institute of Mining and Technology, Socorro, NM, USA [start-up grant]; Timeline: January 2024 – May 2026; Overview: The objective of this work is to develop 3D-printed sustainable materials using industrial and household waste in the New Mexico region; Industrial waste such as perlite, fly ash, and silica sand will be collected from the local industries in New Mexico to use as a raw material for sustainable concrete; Household wastes such as polyethylene, and polyethylene terephthalate will be collected from New Mexico waste disposal services; These raw materials will be used to fabricate 3D-printed sustainable concrete; The 3D printer for this purpose is being developed in-house at the New Mexico Institute of Mining and Technology by our lab; Another objective of this start-up grant is to develop state-of-the-art 3D Printing technologies for various biomaterials & tissue engineering applications
  3. Project Title: Starch-curcumin complex-based localized drug delivery via 3D printed grafts for low-load bearing tissue engineering applications; Role: Principal Investigator (PI); Funding: $ 60,000 USD for a total 1.5 years, sponsored by the New Mexico INBRE – IDEA program, under the National Institute of Health (NIH), USA; Timeline: November 2024 – March 2026; Overview: The major objectives of this project include: Fabrication of 3D printed PLA with build parameter optimization; Chemical modification of curcumin using starch-based complex; To assess the biological properties of the fabricated scaffolds in terms of antibacterial efficacy, osteoblast proliferation, and chemoprevention against osteosarcoma cell lines; The expected applications of these scaffolds are in the bone tissue engineering domain to develop a novel chemopreventive scaffold for bone tissue engineering.
  4. Project Title: Setting up a biomaterials and tissue engineering laboratory (the first of its kind at the Department of Materials Engineering, New Mexico Tech); Role: Principal Investigator (PI); Funding: $ 40,000 USD under New Mexico INBRE - IDEA for infrastructure development. Timeline: January 2024 and December 2024; Overview: The approved funding is being utilized to set up a biomaterials & tissue engineering lab at NMT; The designed lab is being used to train the students in materials engineering, chemical engineering, and biology/biomedical engineering. The students are trained in bacterial culture and cell culture using these facilities
  5. Project title: Sandia National Laboratories Senior Design Challenge; Role: Principal Investigator (PI); Funding: $ 10,000 USD; Timeline: August 2024 – July 2025 Overview: This grant is being utilized for a senior design challenge competition involving UG students at NMT; The team worked on autonomous additive manufacturing of materials and defect identification; An interdisciplinary team of UG students from various departments such as electrical engineering, mechanical engineering, and materials & metallurgical engineering are working as a team on this project
  6. Project title (fellowship): NIRF fellowship by NM – INBRE; Funding: $ 9,000 USD in the summer of 2024; Overview: I’ve been awarded this one-time fellowship to participate in various professional development activities, organized by NM – INBRE, under NIH, USA, during the summer of 2024
  7. Project title: NM – INBRE summer internship program; Funding: $ 17,000 USD in the summer of 2024 and 2025; Overview: I’ve been awarded this financial support to mentor one UG student summer intern in the summer of 2024 and the summer of 2025
  8. Project title: Sandia National Laboratories Senior Design Project; Role: Collaborator; Funding: $ 5,000 USD; Timeline: October 2024 – May 2025; Overview: This grant was utilized for a senior design project involving 2 UG students at NMT. The team worked on dissimilar metal welding involving Ti-6Al-4V and Inconel 625 using a suitable interlayer
  9. Project title: New Mexico Small Business Association (NMSBA) projects; Role: Co-Principal Investigator (PI); Funding: $ 10,000 USD; Timeline: October 2024 – December 2025; Overview: This grant was utilized for an industrial project related to anti-abrasion coating for the pearlite mineral industry. Another part of this project was used to design sustainable concrete materials using various industrial waste