Tanvir Alam
Assistant Professor
Department of Textile Machinery Design and Maintenance
Faculty of Science and Engineering
tanviralam@tmdm.butex.edu.bd, utshatex@gmail.com
+8801925297242 (whatsapp also)
92 Shaheed Tajuddin Ahmed Avenue Tejgaon Industrial Area, Dhaka - 1208, Bangladesh
Biography
Full Time
- Assistant Professor, Textile Machinery Design & Maintenance, Bangladesh University of Textiles,Dhaka, Bangladesh (February 2023-still)
- Researcher ,V ‑trion Textile Research Gmbh, Hohenems, Vorarlberg, Austria (Apr 2021 ‑ Oct 2021)
- Lecturer, Textile Machinery Design & Maintenance, Bangladesh University of Textiles, Dhaka, Bangladesh (Sep 2016 –Jan 2023)
- Senior Production Officer, Akij Textiles Mills Ltd., Manikgonj, Bangladesh (Nov 2015 ‑ Sep 2016)
- Production Officer, Talha fabrics Ltd., Gazipur, Bangladesh (Sep 2016 ‑ Mar 2019).
Education
MSc in Textile and Clothing Technology, TU Dresden, Dresden, Germany
BSc in Textile Engineering BUTEX, Dhaka, Bangladesh
Journal Publication
Researchs
Research Area of Interest:
- Electrochemistry
- Biosensor
- Supercapacitor
- Fiber‑based Sensor and actuator fabrication
- Soft Robot
- Nano‑energy extraction and harvesting
- Polymer and Advanced Materials
Research Projects:
- Jute Power: Energy harvesting from surface functionalized Jute fiber
- POWERTEX: Fiber‑based power-generating textiles for energy harvesters and sensor
- TEAST‑SENS: Triboelectric Energy Autonomous smart textile sensor
- PRINCESS: Polymeric Nano‑composites for wearable autonomous Energy Supplies
- Nanostretch: Stretchable conductive textiles based on nano‑structured templates
- SWEATSENS: BioSensor for lactate detection in SWEAT
Achievement
- DAAD, MSc Scholarship, Germany, 2019
- Stipend, HSC Board Exam, Bangladesh, 2008‑2012
- 1st Runner up (College level), National Math Olympiad (Divisional level),Khulna, Bangladesh 2007
MSc in Textile and Clothing Technology, TU Dresden, Dresden, Germany
BSc in Textile Engineering BUTEX, Dhaka, Bangladesh
Research Area of Interest:
- Electrochemistry
- Biosensor
- Supercapacitor
- Fiber‑based Sensor and actuator fabrication
- Soft Robot
- Nano‑energy extraction and harvesting
- Polymer and Advanced Materials
Research Projects:
- Jute Power: Energy harvesting from surface functionalized Jute fiber
- POWERTEX: Fiber‑based power-generating textiles for energy harvesters and sensor
- TEAST‑SENS: Triboelectric Energy Autonomous smart textile sensor
- PRINCESS: Polymeric Nano‑composites for wearable autonomous Energy Supplies
- Nanostretch: Stretchable conductive textiles based on nano‑structured templates
- SWEATSENS: BioSensor for lactate detection in SWEAT