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Dr. Soumya Chowdhury

Post-doctoral Research Fellow at Niederrhein University of Applied Sciences

Hochschule Niederrhein University of Applied Sciences

Mönchengladbach, Germany

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I am a Post-doctoral Fellow specializing in 3D woven composites, mechanical testing and industry-academia collaborations across Germany, India, China and Japan.

My organisation

Hochschule Niederrhein: A Legacy of Innovation and Excellence Founded on August 1, 1971, Hochschule Niederrhein has grown into a leading University of Applied Sciences in the Lower Rhine region, evolving from 13 predecessor institutions into a hub of academic and professional development. Initially established with 3,660 students, it now accommodates over 14,200 students across ten faculties in Krefeld and Mönchengladbach, offering a diverse range of 90 Bachelor's and Master's programs. However, the university’s legacy dates back even further to 1855, when the Crefeld Higher Weaving School was founded to support the city’s thriving silk industry. This deep-rooted tradition of application-oriented education and research continues to shape its strong ties with industry, making collaboration with businesses an integral part of its identity. With a 50-year tradition of pioneering education, research, and innovation, Hochschule Niederrhein remains a trailblazer in fostering talent, bridging academia and industry, and opening new pathways for the future.
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About me

I am a post-doctoral research fellow on the SmInt project at Hochschule Niederrhein University of Applied Sciences, Krefeld and Mönchengladbach, Germany. This interdisciplinary initiative has allowed me to work at the intersection of academia, research, and industry, driving sustainable innovations and fostering impactful partnerships. I received my Ph.D. in 3D weaving and structural composites from the prestigious Indian Institute of Technology Delhi (IIT Delhi).

Previously, as a seasoned senior research fellow at the Indian Institute of Technology Delhi (IIT Delhi), I developed 3D woven preforms and composites and conducted experimental research in the area of lightweight engineering materials for advanced engineering applications. My contributions transcend borders, reflecting rare skills that have global implications. Beyond specialized 3D weaving operations, I bring extensive experience in mechanical testing methodologies and non-destructive testing using SEM and X-ray Micro CT. I actively contribute to innovative solutions for 3D weaving and fiber-reinforced structural composites across diverse industrial applications. As a visiting researcher at TU Dresden, Germany, I had the opportunity to deepen my expertise by exploring the dynamic mechanical properties of these composites, employing advanced techniques. These experiences have broadened my global perspective while equipping me with specialized skills in the manufacturing and characterizing of 3D woven fabric-reinforced composites.

With a dynamic career spanning Bangladesh, China, India, and Germany, I've honed my skills as an ambidextrous engineering professional with a robust academic foundation. Collaborative research ventures with Germany have enriched my perspective, amplifying my capacity to contribute effectively in diverse international settings. Beyond academia, my strong connections with textile industry stakeholders, including manufacturers, traders, and buyers, underscore my versatility. Serving as a key negotiator in crafting impactful collaborations, MoUs, and academic exchange policies, I bridge academia and industry, making significant strides in the intersection of research, innovation, and international relations.

My journey includes pivotal roles in multinational corporations, focusing on business development, marketing, strategic market development, and international business. Coupled with my experience in multicultural tertiary education, this background equips me with a nuanced understanding of the global academic landscape. I am a multifaceted professional adept at driving research, fostering innovation, and nurturing international collaborations, poised to make meaningful contributions in both government and private sectors.

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Skills

  • Research
  • Fibre-reinforced Composites
  • Textile
  • Lightweight Engineering
  • 3D Weaving
  • weaving
  • Woven Structures
  • Mechanical Characterizations
  • Tertiary Education
  • Business Development
  • Scientific manuscript writing and publication
  • International Business

Interests

  • Composites
  • Lightweight Engineering
  • 3D Weaving
  • Business Development
  • research and innovation
  • Experimental research