Experience and Education

Work Experience:

1. Business Growth Manager – Prototype

Company: WOL3D
Dates: April 2025 – Present
Location: India
Role & Responsibilities:

• Leading the business strategy, client acquisition, and rapid prototyping initiatives within one of India's largest 3D printing companies.
  
  

• Driving customer-focused innovation using 3D printing across sectors such as consumer products, education, healthcare, and gifting.
  
  

• Managing a team of engineers and technicians to ensure high-volume 3D printing production and prototyping delivery.
  
  

• Developing custom 3D printed solutions for clients and contributing to product optimization, training programs, and B2B partnerships.
  
  

• Spearheading the implementation of India’s largest 3D Printing Farm (BRAHMA) for commercial and industrial applications.
  
  

2. Senior Mechatronics Engineer

Company: Next Big Innovation Labs® (NBIL)
Dates: August 2023 – April 2025
Location: Bangalore, India
Role & Responsibilities:

• Led the design and development of cutting-edge biomedical devices through interdisciplinary collaboration.
  
  

• Owned the system design, including hardware and embedded systems for proprietary bioprinters and healthcare devices.
  
  

• Executed product development cycles from ideation, prototyping, and testing to deployment and support.
  
  

• Provided technical leadership to cross-functional teams in mechanical, electronics, and software domains.
  
  

• Contributed to the development of 4-axis bioprinters, light-based bioprinters, inbuilt compressor modules, and automatic bed leveling systems.
  
  

• Maintained rigorous quality assurance protocols and resolved complex system-level engineering challenges.
  
  

3. Teaching Assistant

Institution: Indian Institute of Technology Delhi (IIT Delhi)
Dates: January 2020 – August 2023
Location: New Delhi, India
Role & Responsibilities:

• Assisted in the instruction of core biomedical and mechanical engineering subjects, including lab sessions and project mentoring.
  
  

• Supported undergraduate and postgraduate students in practical assignments, tutorials, and exam preparations.
  
  

• Coordinated with professors to manage course content delivery and evaluation of academic performance.
  
  

• Mentored B.Tech and M.Tech students in research projects related to biomechanics, tissue mechanics, and device design.
  
  

4. Junior Research Fellow (JRF)

Institution: Indian Institute of Technology Patna (IIT Patna)
Dates: June 2019 – December 2019
Location: Patna, India
Role & Responsibilities:

• Worked on a funded research project involving biomechanics and computational modeling.
  
  

• Contributed to experimental design, data collection, and analysis related to human tissue mechanics.
  
  

• Assisted in paper writing, literature reviews, and research dissemination.
  
  

• Collaborated with faculty and researchers to support experimental validation of theoretical models.
  
  

5. Teaching Assistant

Institution: Indian Institute of Technology Guwahati (IIT Guwahati)
Dates: July 2017 – June 2019
Location: Guwahati, India
Role & Responsibilities:

• Supported academic delivery for undergraduate and master's courses in mechanical and biomedical engineering.
  
  

• Assisted in conducting lab experiments, grading assignments, and handling student queries.
  
  

• Provided guidance to students during design-based learning modules and thesis preparation.
  
  

• Played an active role in facilitating project-based learning environments.

Education:

• Ph.D. in Biomedical Engineering from the Indian Institute of Technology Delhi, New Delhi (27 December  2019 - August 2023)

Major: Auxetic Skin Grafts, Computational and Experimental Biomechanics, Product Design and Development.

Minor: Additive manufacturing, Biomimetics, Fabrication, and Mechanics of materials.

• M.Tech. in Bioscience and Bioengineering from the Indian Institute of Technology in Guwahati, Assam (7.97 CGPA from 2017 to 2019)

Major: Computational Biomechanics, Finite Element Analysis, Implant Design for Hip Replacement Product Design and Development.

• B.Tech. in Instrumentation and Control engineering from JSS Academy of Technical Education, Noida, UP (2013-2017 with an 84%) [Institute Topper]

Major: Design and Development of an Automatic Bottle Filling Plant from Scratch using PLC SCADA.

Minor: Arduino programming, Control System applications, and MATLAB.

Brief Outline of Ph.D. work

Supervisor: Dr. Arnab Chanda, Assistant Professor, Centre for Biomedical Engineering, Indian Institute of Technology, Hauz Khas, New Delhi.

Email: arnab.chanda@cbme.iitd.ac.in

Web: Click here

Thesis Title: Development of Auxetic Based Skin Grafts with High Expansion Potential 

About: Burn injuries are a widespread medical concern, often treated with skin grafts involving the transplantation of healthy skin to damaged areas. However, conventional grafts have limited expansion capabilities, posing challenges in severe burn cases with limited donor skin. To address this, a comprehensive investigation combining computational and experimental studies was conducted. Computational simulations analyzed various dimensional parameters of traditional skin graft patterns, providing insights. Experimental studies validated these findings and assessed practical applicability. Integrating both approaches enhances our understanding of how dimensional parameters affect graft expansion. The study's outcomes not only advance burn injury treatment knowledge but also hold potential for developing improved skin graft techniques. These advancements could maximize donor skin use, offering a promising solution for large burn injuries and improving patient outcomes.

Brief Outline of M.Tech. work

Supervisor: Dr. Souptick Chanda, Associate Professor,  Indian Institute of Technology Guwahati, Assam.

Email: csouptick@iitg.ac.in 

Web: Click here

Thesis Title: Design of Novel Corrugated Hip implant

About: The Design of Novel Corrugated Hip Implant project focuses on the development of an innovative hip implant design to address current challenges in hip arthroplasty. This project introduces a corrugated structure to the hip implant, aiming to improve stability, reduce wear and tear, and enhance overall longevity. By integrating advanced materials and cutting-edge design principles, the Novel Corrugated Hip Implant seeks to provide a more durable and functional solution for patients undergoing hip replacement surgeries.

Publication:

“Finite element analysis of a hybrid corrugated hip implant for stability and loading during gait phases”, Biomedical Physics and Engineering Express 8(3):035028. DOI: 10.1088/2057-1976/ac669c 

Brief Outline of B.Tech. work

Thesis Title: Design and Development of Automatic Bottle Filling Plant for Large Scale Industries using PLC and SCADA 

About: The Design and Development of Automatic Bottle Filling Plant for Large Scale Industries aims to enhance efficiency, accuracy, and control in the bottling process. The project incorporates Programmable Logic Controller (PLC) and Supervisory Control and Data Acquisition (SCADA) systems to automate and monitor the entire bottle filling process. This innovative solution not only reduces manual intervention but also ensures consistent quality and increased production output.