Title: Biomedical Engineering
1Biomedical Engineering
- In
- Ireland
- Mr. Ger Flynn
- Head of Biomedical Engineering
- Cork University Hospital
2 HSE Structure
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4 HSE Structure
- Countrywide there are 50 acute hospitals
-
- These Hospitals are either HSE
- or
- HSE funded Voluntary Hospitals
-
- 82 of these hospitals have
- Biomedical/ Clinical Engineering depts
5Historically Biomedical Engineering has been
divided into two types of structures
- Biomedical Engineering Depts
-
- Combined Medical Physics Clinical Engineering
Depts -
- Located in a wide variety of
Hospitals - Single speciality hospitals e.g. Mat
Hospitals - To
- Medium Large Acute multi-speciality
Hospitals.
6- Establish 1992
- Voluntary Association
- Membership open to
- individuals employed in both
- the public and
- private sectors
- whose principal function is to provide a
Biomedical/Clinical Engineering service
7BEAI LINKS
- National
- Irish Medicine Board (IMB) equivalent to MHRA
(UK) - Engineers Ireland (EI) Biomedical Eng. Division
- Irish Medical Surgical Trade Association (IMSTA)
- Electro Technical Council Ireland (ETCI)
- Technical Committee10 (TC10)
- International
- International Federation of Medical Biological
Engineering (IFMBE) - (BEAI is the Irish representative body)
8BEAI ACTIVITIES
- Website
- www.beai.org
- Publications
- Spectrum Journal (currently 3 yearly)
- Information Sharing Networking
- Annual Scientific Meeting
- Educational Meetings
- International Meetings
9BEAI A ims
- To provide training, workshops and seminars on
relevant Medical Device Technologies and
management systems - To advance the science, technology, ethics and
art of Biomedical/Clinical Engineering through
association, education, training, publications
and other materials. - To facilitate cooperation and understanding
amongst Biomedical/Clinical Engineering personnel
and other healthcare professionals - To promote the education, development and
diversity of the next generation of
Biomedical/Clinical Engineers
10BEAI Aims
- To increase the recognition by the government,
the health service providers, the media, the
public and all stake holders of
Biomedical/Clinical Engineering as a critical
discipline in health care - To enhance interactions between industry and
clinical medicine - To provide opportunities for sharing information
- To foster the translation of biomedical
engineering technology to clinical applications - To encourage and promote professional development
11ULTIMATE Aim
- Advancement of Patient Care
- Networking with Industry Academia
- Knowledge enhancement
- Safer products
- More user friendly products
- More reliable products
- Utilising advanced technologies
- (without over engineering end product)
12 CASE STUDY Biomedical Engineering
Department Cork University Hospital
13Cork University Hospital 1993
14Cork University Hospital in 2008
15Cork University Hospital
- Biomedical
- Engineering Department
16Biomedical Engineering Department
- Established in March 1993
- Initial function was the service and repair of
electro-medical devices in the ITUs and
Theatres. - From 1993 the role of the dept. has expanded in
terms of scope, knowledge, personnel and
geographic area.
17Evolution of its Functions
- Develops its service in line with the Hospitals
Service Plan - Medical Technology Tendering Process
- Communication through mobile phones, Email
internet - More IT driven now
- (DICOM ) Modality Image management
- Anaesthetic Record Networks
- Clinical information system within ICUs
- Laboratory QC surveillance networks
- Locator Telemetry system
-
18BME
- BME is part of a HealthCare Professional Team
provides expertise in the - Identification
- Being aware of latest technology, generating
Technical Specifications. - Acquisition
- Tendering, evaluations and Commissioning.
- Support
- On going Technical, Clinical, Application
training and Management of medical device
technologies.
19Mission Statement
- The Biomedical Engineering Department is
committed to providing Technical, Clinical
Engineering and Managerial expertise, in line
with best practices, in the identification,
acquisition, and support of safe, effective, and
economical technology as part of a healthcare
professional team, in the provision, delivery and
advancement of patient care in a quality
healthcare system.
20BIOMEDICAL SPECIALISED AREAS
- Maternity
- ICUs and Theatres
- Cardiology division
- Renal division
- Validation and Decontamination
- Laboratories
- X-Ray
- Equipment library
- PCCC
21Personal Development Planning (PDP)
- PDP is a continuous development process that
enables people to make the best use of their
skills and helps advance both the individuals
plans and the strategic goals of the HSE - Each year the department members log on to the
HSE PDP website and updates their PDP - Part of PDP is CPD
22Importance of CPD
- Retention of experienced personnel
- Maintains motivation
- Provides a structured format to update skills,
disseminate knowledge and experience within our
department. - Encourage links with Teaching Institutions and
Professional Bodies. - Expand and develop our role in the provision,
delivery and advancement of patient care in a
quality healthcare system.
23Culture of Excellence
- Continuous up-skilling of our Engineers on new
medical device technologies - Management, health safety and physiology
training. - Inter-department information presentations.
-
- Evolution of group collectively
- Embarked on the CPD Accreditation process.
24Culture of Excellence Acknowledgments
- CPD Three year accreditation granted in 2007
- CPD Company Of Year Winner 2007 (granted by EI)
- Better Place To Work Award HSE South 2007
25Team vision and values
- Our department mission statement
- Safety is number one for all our staff and
patients - Respect for each other and other professions
- Involvement in our national organisation
- Association with Third level institutions
Research - Improve Efficiencies (e.g. MEL, in-house
validations) - Integrity of work done
- Pride in team achievements
26Interaction with Third Level Institutions
- Biomedical engineers attend Physiology classes
each week during the academic year in the School
of Nursing University College Cork (UCC). - Has been involved with Cork Institute of
Technology (CIT) for the last 7 years providing
medical device lectures and project support for
the Level 6, Level 7 and Level 8 programs - University Student Projects have won national
prizes over the last 5 years - Involved with the Biomedical Engineering student
placement program. - Provide in-house lectures to the Anaesthetic Dept
induction programme Bi-annually.
27Biomedical Engineering Involvement in Research
28MEDIC
- Medical Engineering Design and Innovation Centre
(MEDIC) - Granted 1.2M by Enterprise Ireland 2008
- Its purpose is to bring a select number of
product concepts to pre-commercialisation each
year. - The centre brings together the medical community,
entrepreneurs, engineers, product developers and
manufacturers.
29MEDIC
- It develops solutions to real clinical problems.
- It works with its existing industry partners
- It identifies other potential commercial partners
for products at the early stage of development - With the result that it can self finance through
selling or licensing these products to commercial
entities.
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31NEMBUS
- Networked Embedded Systems
- Granted 12.5M to develop this research centre
- The Biomedical Engineering Dept are currently
involved in NEMBUS through our submission of two
research projects
32The Future for Biomedical Engineering
- Research Development in Medical Device
innovation in cooperation with Universities,
Technical Institutes and our Hospitals - Enhance our involvement in HTA investigating new
emerging technologies and assessing existing
technologies - Enhancing our role in clinical incident
investigations involving medical devices to
reduce risks to our patients.
33Thank you for your Attention