I am currently a Senior Lecturer in Chemical Engineering.  On completing my PhD, I undertook Postdoctoral research within the Biomaterials Research Unit at Aston University followed by a Management role in the Medical Device industry.

MEng with First Class Honours in Chemical Engineering (with industrial experience), Aston University

PhD in Ophthalmic and Dermal Materials, Aston University

PGCert Team Coaching

Associate Member of the IChemE

Senior Fellow of the HEA

Product and Process Design (Level 4) - previous

Process Design (Level 5)

Advanced Process Design (Level 6)

Advances in Biomaterial Science (Level 6)

Research Project (Level 7)

Project Management (Level 7)

My research, within the School of Engineering and Innovation, focuses on understanding the behaviour of biomaterials for use in the body or as a medical device. Particular aspects of interest are :

• novel systems to deliver actives in a controlled manner, from a hydrogel-based carrier, to the location where the drug is required within the body. This also includes vehicles that are “friendlier” in administering the drug, reduce the need for hospitalisation or prolong lifespan of antimicrobial efficacy e.g. ocular drug delivered by a contact lens, medicated wound bandage that induces less trauma, antimicrobial nanoparticle complexes.

• transport properties of salts, nutrients and other species through hydrogel membranes for applications related to artificial membranes (e.g. renal and albumin dialysis) and organs.

• design of bio inspired hydrogels for therapeutic applications (e.g. wound dressings, ostomy adhesives, tissue scaffolds and electrodes) using conventional and sustainable materials.

• novel hydrogel and medical device processing systems and methods (e.g. additive manufacturing).

Please visit the Smarterials Project and MEDIPOL.

Open to applications from PhD and postdoctoral candidates interested in undertaking research in:

• hydrogel for applications in wound dressings and ostomy adhesives, vehicles for drug delivery etc.

• biomaterials for use in the body and as tissue or organ scaffolds or substitutes as well as dialysis membranes

• hydrogels from sustainable and renewable sources

• novel antimicrobial nanoparticle systems

• additive manufacturing (3D Printing) of medical materials

• novel cannabidiol (CBD) based complexes

Please email myself via the "contact expert" link above for further information.

Follow this link for Professor Turitsyn's guide to a range of different funding opportunities for international researchers (both PhD and Postdoctoral). For further information please contact Dr Mahomed directly.

Open to consultancy opportunities within the medical device industry. Strength in co-ordination and  implementation of projects between R&D, quality and production teams. Skills include:

• working knowledge of ISO 13485 and of scientific regulations, such as REACH, CalP65, BfR, as well as health and safety and waste (hazardous waste, WEEE and RoHS) regulations.

• familiar with Medical Devices Directive 93/42/EEC, ISO 14971 for risk management and ISO 10993 for biological evaluation of medical devices.

• trained in Agile for PQM.

Dr Mahomed's research focuses on biomaterials, bio-inspired hydrogels, artificial membranes, adhesive hydrogels, controlled drug delivery and therapeutic applications.