Mark Kofi Minta Email & Phone Number

Dorset, England, United Kingdom

- Developing and leading the Medical Equipment User Support team.- Ensuring safe, appropriate, and effective use of medical devices - Acting as the Trust medical devices safety officer (MDSO)- Leading the investigation of device-related incidents - Advising on medical device regulations- Deputise for the Head of Department

England, United Kingdom

London, United Kingdom

In this role, I am responsible for:- the maintenance management and safe application of all medical equipment in the General Intensive Care Unit (GICU)- providing technical expertise to diagnose and rectify problems of complex and patient-critical medical devices (i.e ventilators, haemofiltration devices) - training clinical staff on medical equipment and.

London, United Kingdom

Responsible for;- Supporting the clinical application of a wide range of complex and patient critical medical equipment i.e. ventilators, in the varying intensive care units (General, Neonatal, Paediatric, Cardiovascular and Neuro) - Delivering effective troubleshooting and undertaking advanced fault-finding, diagnosis and resolution using appropriate.

Romford, United Kingdom

I was responsible for;- the development of the Medical Equipment Library through exercising excellent communication, project planning, task delegation and contract negotiation skills. - Managing the financial aspect of the project ensuring the budget was not exceeded.- Undertaking medical equipment roll-out projects and ensuring demands were met.

Guildford, United Kingdom

- Conducted research on the clinical effects of joint replacement device wear- Developed novel protocol for the characterisation of wear particles obtained from clinical hip aspirate samples using Single-particle Inductively Coupled Plasma Mass Spectrometry (spICP-MS)- Funtioned in a multi-disciplinary team of Biomedical Scientists, Biochemists and.

Guildford, United Kingdom

- Conducted research on the clinical effects of joint replacement device wear- Developed a novel protocol for accurate Scanning Electron MIcroscopy (SEM) characterisation of wear particles obtained from clinical hip aspirate samples- Managed a multi-disciplinary team of clinicians, engineers and scientists

London, United Kingdom

- Communicated face to face with customers on a daily basis- Maintained good housekeeping and health and safety of the workshop - Undertook production using skills and equipment relevant to the area - Ensured daily production targets were achieved

London, United Kingdom

• Diagnosing and resolving IT and Cerner Millennium related issues
• Cerner Millennium Champion User/Floorwalker
• Patient Data Analyst
• Outpatients Admin
• Acute Medical Unit Receptionist
• Providing technical assistance to all staff

London/Hull

• Providing academic support to students based on their expertise and knowledge
• Responsible for keeping my students motivated and challenged
• Organising assignments for students
• Marking assignments

London, United Kingdom

• Presenting products to a wide range of businesses in a persuasive manner
• Setting daily targets for my team
• Delivering pitches to numerous companies
• Liaising with costumers and forming new relationships
• Making sure of achieving minimum weekly target of 12 sales (14 sales)

Bromley, United Kingdom

• Worked individually most of the time requiring me to apply initiative, set targets and make decisions

Master'S Degree, Clinical Sciences, Clinical Engineering

Project: Modelling the impacts of varying training compliance targets on Medical Device-related Incidents

Engineering Doctorate (Engd), Micro- And Nanomaterials And Technologies (Minmat)

• Research on particulate assay and cellular response to clinical hip aspirated samples • Use of various technologies including Scanning.

Master Of Science (Msc), Biomedical/Medical Engineering

• Research on the effects of varying geometrical implant designs on long term bone remodelling around an osseointegrated trans-femoral.

Bachelor Of Engineering (Beng), Mechanical And Medical Engineering

• Computational modelling (Finite Element Analysis) on the mechanics of a juvenile pelvis under various stress • Fabrication of a.