School
School of Engineering
Subject areas
Biomedical Science | Medical Engineering
“At the University of Bolton, we take great pride in providing a quality, supportive learning environment for our students.”
Professor George E Holmes DL | President & Vice Chancellor
“...tutors are very supportive and you’re not just a student ID number, at this university you are an individual with a name.”
Ellisse Vernon | BSc (Hons) Adult Nursing
Back to menu
Back to menu
Study with an Off-Campus Partner
Back to menu
Back to menu
University of Bolton, why we are the right choice
Location - Bolton, Greater Manchester
Dr Mohammad Sanami is currently a Reader/Associate Professor in Biomedical Engineering at the School of Engineering. He graduated with a BEng and MSc in Technology of Textile Engineering in 2006. Following the completion of his MSc, he worked part-time as a lecturer at the University. He also worked in the automotive industry for two years. He turned to Medical engineering based on his interests in using finite element analyses (FEA) and simulation methods for biomedical applications. He was awarded his second MSc in Medical Engineering from The University of Hull in 2009. His PhD thesis at the University of Bolton has been based on developing smart materials for biomedical applications.
From April 2015, he was a Research Fellow at the University of Leeds, where he was working on the intra-abdominal platform system to aid retraction in laparoscopic surgery. He worked closely with industry partners and a clinical advisory group to develop and validate a complete system for commercialisation. Since May 2017 he has returned to the University of Bolton and taken a new role as a programme leader of Biomedical Engineering.
Since 2017 he has secured and managed funding in the area of Biomedical Engineering. He is a Senior Fellow of HEA, a Fellow of IMMM, and a full member of IPEM. Since 2016 he has been a charted engineer and member of IMechE.
His research has resulted in five UK innovation patents so far in implants, deployable devices, production of continuous collagen filaments, vascular grafts, and telescopic magnetic retractors.