Holiday notice on account of Eid-e-Miladunnabi-2026 Course Advising & Semester Fees Payment Breakdown (Fall-2026), Undergraduate Program || Notice: Semester Registration Fall-2026 (Regular and irregular students advising schedule)

Faculty Member's Profile

Shimul Das
Get in Touch


Shimul Das

Teaching Assistant, BUFT


About

Shimul Das holds a Bachelor of Science degree in Textile Engineering with a specialization in Wet Processing from BGMEA University of Fashion and Technology (BUFT), where he graduated as the First Class First in his batch with an outstanding academic record. He is currently pursuing an MSc. in Wet Process Engineering at same university,  further strengthening his expertise in advanced textile processing and sustainable textile technologies.
Currently, Mr. Das is dedicated to advancing his expertise as an educator, inspiring and guiding future professionals in the field of Textile Engineering. Alongside teaching, he is actively engaged in research focusing on Textile Dye Synthesis, Colour Chemistry, Toxicity evaluation, sustainable dye development, and the valorization of waste materials for innovative textile applications. His research aims to develop environmentally responsible and safer alternatives for the textile sector while exploring the chemistry, performance, and sustainability of novel compounds.
His unwavering motivation, dedication to academic excellence, and passion for sustainable textile development define his professional journey. Through his combined commitment to teaching, research, and sustainable textile innovation, Mr. Das continues to contribute to the advancement of textile engineering and environmental responsibility.

Research Profile

Google Scholar : javascript:nicTemp();  ||  ResearchGate : javascript:nicTemp(); 

Teaching/Research Specialization

  • Textile Chemistry 
  • Dye Synthesis 
  • Dyeing Process Optimization 
  • Sustainable Dye Development

Publications

[1]. Eco-safe novel biphenyl–dimedone azo dye: synthesis, dyeing properties, computational insights, and ecotoxicological evaluation

Name: Environmental Science and Pollution Research (Springer Nature, Q1)

[2]. Sustainable azo dye synthesis from expired paracetamol: Structural characterization, computational insights, and textile application

Name: Dyes and Pigments (Elsevier,Q1)  Volumn: 244

[3]. Chemistry of natural and synthetic dye materials with metal mordants in various fabrics for sustainable textile applications: a comprehensive review

Name: Environmental Science and Pollution Research (Springer Nature,Q1)
Conference Paper

[1]. MOLECULAR DOCKING, ADMET PROFILING AND TOXICITY ASSESSMENT OF 1,3,4-THIADIAZOLE-APPENDED AZO DYES (BEST PRESENTER AWARD)

Name: 3rd International Conference on Textile Science and Engineering (ICTSE-2025)

Skills

Teaching
95
Research
95
Communication
94
Management
58