Directive 2005/62/EC (Annex: 2.1) requires that personnel in Blood Establishments shall be trained and assessed to be competent in the their tasks. This chapter provides an introduction to some of the practical issues that are likely to be encountered if this requirement were to be applied – for example to comply with a national regulation - to all staff who have a role in the clinical transfusion process.
Some of the challenges that may have to be overcome to provide effective training and assessment for hospital staff are:
Education and training is fundamental to every aspect of blood transfusion safety. The development of guidelines and S.O.P.’s is insufficient to alter clinical practice: they must be used. As well as meeting EU requirements, it is important to comply with any national requirements for training staff involved in transfusion. Although every EU country will have different access to resources and facilities, there are a number of essential steps to consider when implementing an education and training programme in transfusion.
An effective training programme requires leadership and commitment from the senior management of the organisation. They need to be aware of the regulatory requirements of the EU Blood directives together with other national standards for safe and appropriate transfusion practice.
It is essential to have an active multidisciplinary Hospital Transfusion Committee (HTC) that takes responsibility for developing and implementing a strategy for the education and training of all clinical, laboratory and support staff involved in blood transfusion. A lead person should be appointed to oversee the day-to-day running of the training programme and must have access to adequate staffing and resources.
Various staff groups have been identified as involved in the process for transfusing blood in hospitals. Undertaking a Training Needs Assessment (TNA) will help to determine:
A template for training needs assessment is provided on the website.
It is also essential to review the training needs of the trainers to support and develop their ability, confidence and motivation to deliver effective teaching. Trainers need to maintain their knowledge by continuous professional development. They should have access to courses and opportunities for self-learning. In addition, they should have access to training courses to develop and maintain other specific skills in communication, IT, etc.
It is helpful to have data on transfusion practices before the implementation of the education programme. Transfusion practice audits, and reviews of errors and near misses reported to the HTC or the haemovigilance system will provide valuable information on where training and education should be targeted.
The practices that should be audited derive from the activities identified in the essential steps in the clinical transfusion process. (Fig 2.1)
Member States may have different names for similar jobs, and some job titles will not exist in some countries. There are differences among member states and local hospitals as to which staff group undertake particular tasks.
Figure 10.2 identifies the knowledge required for each task. Areas of knowledge and procedures that should be evaluated are:
It is essential to make a realistic assessment of the resources (personnel and financial) required for collecting baseline data and for an ongoing audit programme to ensure standards are being maintained. Each hospital should have a clinical audit department (or a similar function as part of quality management) that should be able to provide advice.
Two methods often used to gather information about existing knowledge and practice are questionnaires and observation of practice.
Questionnaires should reflect the required standards of practice and may differ for each group of staff. While a questionnaire can be a relatively simple way to obtain information, there are known problems. These include poor response rate, deficient completion and the temptation to give the ‘correct’ rather than a ‘true’ response.
Observational audit of transfusion practices can yield very useful information, but is labour intensive and difficult to undertake. Direct observation can make staff alter their practice, however there is evidence to suggest that staff become used to the observer and continue with their usual practice.
If you choose to develop your own materials, this will require careful planning and dedicated time. All learning materials should be critically reviewed by subject experts. Due to the large numbers of staff involved in blood transfusion practice, e-Learning education programmes in transfusion have been developed and may be useful in the training programme. However, e-Learning should not be seen as an easy answer, since it requires a comprehensive support strategy.
This must cover the following:
To access the majority of these e-Learning education programmes, the learner will need an email address and Adobe Flash Player version 8 (or higher). Some English languagelearning sites are given below. See also the list of links at the end of the manual.
Better Blood Transfusion - Continuing Education Programme
www.learnbloodtransfusion.org.uk
Bloody Easy Online Course
http://sunnybrook.nextmovelearning.com
Blood Safe Online Transfusion Course
http://www.bloodsafelearning.org.au/
Learn Cell Salvage
http://www.learncellsalvage.org.uk/
Nursing CE: Blood and Blood Product Administration
www.elearners.com/course/31266.htm
There are several different teaching methods that may be of use in delivering transfusion education. The choice will depend on the target group, the numbers that require transfusion training and the level of training required. Table 10.1 gives a brief description of some of methods.
Method | Description | Pros and cons |
---|---|---|
Large group teaching — lectures | Historically the most widely used teaching technique. Very useful for providing training to large numbers of learners who need the same information. Can be supported by handouts to promote call of information. | Inexpensive approach, however, the quality of lecture is dependent on the knowledge, skill and attitudes of teacher, and learners may feel they have a ‘passive’ role with lack of involvement. |
Small group learning | An interactive learning approach using small group, problem based learning. The trainer has the role of facilitating, prompting and providing guidance and prompt feedback. Medical undergraduate education has moved to this approach in may countries. | This method can be used for multidisciplinary education for key staff involved in transfusion. Promotes active participation, sharing of experiences, and learning from each other. |
Individual learning | Learning can be self-directed using paper based materials or e-Learning. Should not be used in isolation but integrated into the wider programme. Requires a clear strategy with standardisation of approach. | Learners must have key IT skills and access to IT resources if using e-learning packages. Individual learning is unsuitable for developing practical transfusion skills. |
Simulated learning | This technique has been adapted for use in healthcare. Can be used to recreate common errors in transfusion practice e.g. ‘wrong blood’ incidents. | Expensive and only suitable for training small numbers per session. |
Directive 2005/62/EC requires that in blood establishments, competence of personnel shall be evaluated regularly (Annex: 2.4). If this principle is to be extended to cover all staff involved in the clinical transfusion process, it will be necessary to consider the points that follow.
The purpose of assessment is to evaluate or measure achievement of learning and competence, and provide information for more effective teaching. There are four stages of development that an individual progresses through from acquiring knowledge to performing a task in clinical practice and these are “knows, knows how, shows how and does”, and each level requires to be assessed differently. See Figure 10.3
A number of methods can be used to assess the retention of theoretical knowledge following training. These can be paper based or part of the e-Learning programme. The advantage of the e-learning approach is that assessments are scored and recorded online, avoiding time-consuming traditional methods.
Formal assessment of clinical competence can be used to integrate theory with practice. Level 3 and 4 are difficult to assess. Issues that have been identified in the UK during the introduction of competency assessment for the clinical transfusion process are:
Tools for assessing practical competency are available from several organisations: examples of English language versions can be found at the sites below:
http://www.npsa.nhs.uk/patientsafety/alerts-and-directives/notices/blood-transfusions
http://www.skillsforhealth.org.uk
A description of the methods that can be used assess theoretical and practical competency is provided in table 10.2.
Method | Description |
---|---|
Background Knowledge Tests | Short, simple questionnaires for use prior to implementing a training programme or introducing an important new topic. |
Multiple-choice questions (MCQ) | Measures both simple knowledge and complex concepts. MCQ can be answered quickly and can be easily and reliably scored. |
True-false questions | Are less reliable because random guessing may produce the correct answer. However, they provide a method for recall and can be easily and reliably scored. |
Matching tests | An effective way to test learners’ recognition of the relationships between words and definitions and categories and examples. |
Checklist evaluation | Useful for evaluating any competency that can be broken down into specific behaviours, activities or steps that make up a task or procedure. Can also be used for self-assessment of practice skills. |
Objective structured clinical examination (OSCE) | Assessments are administered at a number of separate standardised patient encounter stations. Each station lasting 10-15 minutes. |
Live simulated situation | Imitate but do not duplicate real life situations. ‘Actor’ patients or mannequins can be used and scenarios can be administered individually or in groups. They are resource intensive however, and the assistance of technical expertise is required. |
Computer simulation | Expensive to create, however, provides an opportunity to assess skills without possible harm to live patients. There is exposure to standardised training content and the ability to provide immediate feedback to the learner. |
Direct observation of practice | Assessment takes place in a real practice setting. Desired or proficiency required in specific behaviours in conducting skill have to be demonstrated. |
Videotaping a practice session | Seen as a poor assessment technique however, as it captures performance and not competence. |
Records of training and assessment of B.E staff are required by Directive 2005/62/EC. Suitable records would show for each person that the required training, assessments and updating had been undertaken. A training record should, as a minimum, contain the following information:
These principles would also apply to training records for staff involved in the clinical transfusion process.
The evaluation of the teaching programme against predetermined goals can help determine the overall effectiveness of several components. This includes participant learning, trainer effectiveness, learning environment, use of resources and organisational impact. The main areas of importance are:
Areas to evaluate:
Areas to evaluate:
It is recognised that immediately following training, staff demonstrate higher levels of awareness, motivation and performance, but in time this may decline and bad habits may return to reduce the quality of the work. Suggestions for achieving commitment and maintaining momentum between training sessions are:
Implementing a transfusion training and education programme can be very challenging. Finance and facilities may be inadequate to meet the training needs of a large diverse group of staff. Strong and sustained support from management, backed with resources for necessary people and materials is essential.