Tanvir Alam
Assistant Professor
Department of Textile Machinery Design and Maintenance
Faculty of Science and Engineering
+8801925297242 (whatsapp also)
BANGLADESH UNIVERSITY OF TEXTILES
92 Shaheed Tajuddin Ahmed Avenue Tejgaon Industrial Area, Dhaka - 1208, Bangladesh
Biography
- 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)
Last Updated: 26 Jun 2024
Education
Last Updated: 24 Jun 2024
Researchs
- Electrochemistry
- Biosensor
- Supercapacitor
- Fiber‑based Sensor and actuator fabrication
- Soft Robot
- Nano‑energy extraction and harvesting
- Polymer and Advanced Materials
- Jute Power: Energy harvesting from surface functionalized Jute fiber
- POWERTEX: Fiber‑based power generating textiles for energy harvester 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
Last Updated: 26 Jun 2024
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
Last Updated: 26 Jun 2024
Last Updated: 24 Jun 2024
- Electrochemistry
- Biosensor
- Supercapacitor
- Fiber‑based Sensor and actuator fabrication
- Soft Robot
- Nano‑energy extraction and harvesting
- Polymer and Advanced Materials
- Jute Power: Energy harvesting from surface functionalized Jute fiber
- POWERTEX: Fiber‑based power generating textiles for energy harvester 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
Last Updated: 26 Jun 2024
Last Updated: 24 Jun 2024
Last Updated: 24 Jun 2024