Eversion Robots Email: taqiabrar@hotmail.com
Info

Taqi Abrar

BE, ME, MS, and PhD (Thesis submitted)

Taqi Abrar

BIO

Taqi Abrar received the Bachelor of Engineering in Electronics Engineering and Master of Engineering in Industrial Control & Automation from the Usman Institute of Technology, Hamdard University (Pakistan) in 2010 and 2013, and the Master of Sciences in Transportation Sciences from Universiteit Hasselt (Belgium) in 2016 and PhD (Thesis submitted) in Robotics degree from the Centre for Advanced Robotics @ Queen Mary (ARQ), Queen Mary University of London (UK) in 2022. 

PhD Supervisor

Professor Kaspar Altheofer 

Research Projects

I have contributed to the following projects
  1. The Engineering and Physical Sciences Research Council (EPSRC), National Centre for Nuclear Robotics (NCNR) project (EP/R02572X/1) - Queen Mary University of London

  2. The Innovate UK GrowBot project (96566) - Queen Mary University of London

  3. The Innovate UK LianaBot project (89911) - Queen Mary University of London

  4. The Innovate UK WormBot project (104059) - Queen Mary University of London

I have also worked on some industrial projects 

  1. Commissioning of inverters - M. N. Textiles

  2. Erection and Commissioning of Lift - M. N. Textiles

  3. Erection and Commissioning of Rolling Machine - M. N. Textiles

  4. Modification in Reggiani Fatura Priting Machine - M. N. Textiles

  5. Automation of Goller Bleaching Machine - M. N. Textiles

  6. Automation of Zimmer Printing Machine - M. N. Textiles

  7. Automation of Busser Printing Machine - M. N. Textiles

  8. Lightening Automation of Office A+i - AMFCO International, HDL Pakistan 

  9. Automation of Mujhaid Sheikh Residency  - AMFCO International, HDL Pakistan

  10. Automation of Hotel Country Inn  - AMFCO International, HDL Pakistan

Current Research

My research focuses on soft robotics.

Publications

I have publish my work in top conferences including ICRA, IROS, and RAL

My Publications (Click Here)

Patents

I have submitted 2 patents

Title: Plant-inspired soft pneumatic eversion robot

Patent Number: GB1813357.9

Title: A robotic device and method of operating the same and an attachment mechanism

Patent Number: GB2013547.1

Participations

3MT Three Minute Thesis

Conference on New Technologies for Computer and Robot Assisted Surgery - CRAS

Towards Autonomous Robotic Systems - TAROS

Contact Details

Email ID

QMUL ID: t.abrar@qmul.ac.uk
Personal ID: taqiabrar@hotmail.com

Mobile

+44 75 6426 8713
+92 345 23076898