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Healthcare systems visualisation

Alexander Komashie

Dr Alexander Komashie

Level

Post-doctoral

Year awarded

2018

Host university

Department of Engineering
University of Cambridge

Background

Too often, healthcare systems fail to deliver on the promises made to patients. And these failures can occur when system requirements are not aligned with expected outcomes.

But aligning expected performance with the requirements of a system is a common practice for engineers. And diagramming is a key way engineers achieve this.

Engineers consistently make use of diagrams and drawings in designing and delivering complex engineering systems such as cars, aeroplanes, and computer software.

This project aims to apply the diagrammatic approach used in engineering to understand the complexities of healthcare delivery systems in the NHS and implications for quality improvement.

Approach

In particular, this project will look at Degenerative Cervical Myelopathy (DCM). It is believed that patients’ outcomes can be greatly improved if DCM could be identified earlier.

The project will use a systems approach and systems mapping to understand the current clinical approach to identifying DCM and explore opportunities for improvement focused on early detection.

The objectives of this project, together, form a step towards a structured approach to describing healthcare systems. They include:

  1. Exploration: leading to a better understanding on the value and role of diagrammatic or visual representation in the context of a systems approach to healthcare improvement.
  2. Creation: resulting in a new diagrammatic approach for describing and communicating the complexities of healthcare delivery systems.
  3. Evaluation: of the approach and guidance for using it.

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Alexander Komashie

Dr Alexander Komashie

Level

Post-doctoral

Year awarded

2018

Host university

Department of Engineering
University of Cambridge
Alexander is a post-doctoral interdisciplinary fellow working on diagrammatic approaches to help understand the complexities of care delivery systems in the NHS. View full bio