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Are paramedic students ready to be professional? An international comparison study

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Are paramedic students ready to be professional? An international
comparison study
Brett Williams Associate Professor, PhD a,*, Chris Fielder Research Assistant,
BEH (Paramedic) a, Gary Strong Lecturer, PG Cert Ed b, Joe Acker Senior Lecturer, MPH c,
Sean Thompson Lecturer, PG Cert AdvParamedic b
aDepartment of Community Emergency Health and Paramedic Practice, Monash University, Melbourne, Australia
bDepartment of Paramedics, Whitireia New Zealand, Wellington, New Zealand
cSchool of Biomedical Sciences, Charles Sturt University, Port Macquarie, New South Wales, Australia
ARTICLE INFO
Article history:
Received 27 March 2014
Received in revised form 17 July 2014
Accepted 19 July 2014
Keywords:
Student
Paramedic
Professionalism
Professionalisation
Regulation
Registration
ABSTRACT
Introduction: The last decade has seen rapid advancement in Australasian paramedic education, clini-
cal practice, and research. Coupled with the movements towards national registration in Australia and
New Zealand, these advancements contribute to the paramedic discipline gaining recognition as a health
profession.
Aim: The aim of this paper was to explore paramedic students’ views on paramedic professionalism in
Australia and New Zealand.
Methods: Using a convenience sample of paramedic students from Whitireia New Zealand, Charles Sturt
University and Monash University, attitudes towards paramedic professionalism were measured using
the Professionalism at Work Questionnaire. The 77 item questionnaire uses a combination of binary and
unipolar Likert scales (1 =Strongly disagree/5 =Strongly agree; Never =1/Always =5).
Results: There were 479 students who participated in the study from Charles Sturt University n=272
(56.8%), Monash University n=145 (30.3%) and Whitireia New Zealand n=62 (12.9%). A number of items
produced statistically significant differences P<0.05 between universities, year levels and course type.
These included: ‘Allow my liking or dislike for patients to affect the way I approach them’ and ‘Discuss
a bad job with family or friends outside work as a way of coping’.
Conclusions: These results suggest that paramedic students are strong advocates of paramedic profes-
sionalism and support the need for regulation. Data also suggest that the next generation of paramedics
can be the agents of change for the paramedic discipline as it attempts to achieve full professional status.
© 2014 Elsevier Ltd. All rights reserved.
1. Introduction
A profession has a number of distinguishing characteristics that
usually revolve around the application of specialised esoteric skills
and knowledge obtained through formal training and education
(Williams et al., 2009). Professions have a direct or fiduciary rela-
tionship with clients and are required to deliver services with a high
degree of personal integrity (Fitzgerald and Bange, 2007).
Professionalisation on the other hand is the political process of an
occupation attempting to achieve the distinction and recognition
of a profession (Freidson, 1970; Vollmer and Mills, 1966). Where
the Australian and New Zealand paramedic discipline is located in
this process is hotly debated among practitioners and scholars
(Williams et al., 2012) and thus forms the basis to this paper.
In order to ensure the professionalisation of the workforce, the
Australian Health Workforce Productivity Commission research
report released in January 2006 recommended the registration of
all health professionals under a single national registration board
(Australian Government Productivity Commission, 2005). In re-
sponse to this report the Australian Intergovernmental Agreement
for the National Registration and Accreditation Scheme for the Health
Professions was established on 1 July 2010, which is currently regu-
lated by the Australian Health Practitioner Regulation Agency (2013).
All those registered under this scheme are considered profession-
als and are recognised as such by law. Regrettably, the role of the
paramedic discipline is not part of this registration scheme and thus
paramedics are not considered professionals.
Currently there are 14 professions recognised by AHPRA. These
include: aboriginal and Torres Strait Islander health worker, chiro-
practic, Chinese medicine, dental, medical, medical radiation, nursing
and midwifery, occupational therapy, optometry, osteopathy, phar-
macy, physiotherapy, podiatry and psychology professions (Australian
* Corresponding author. Tel.: +61 3 9904 4283; fax: +61 3 9904 4168.
E-mail address: brett.williams@monash.edu (B. Williams).
http://dx.doi.org/10.1016/j.ienj.2014.07.004
1755-599X/© 2014 Elsevier Ltd. All rights reserved.
International Emergency Nursing 23 (2015) 120–126
Contents lists available at ScienceDirect
International Emergency Nursing
journal homepage: www.elsevier.com/locate/aaen
Health Practitioner Regulation Agency, 2013). The primary purpose
behind professional registration is occupational regulation; to protect
the public interest by ensuring that only suitably trained, compe-
tent, qualified and ethical practitioners are registered and permitted
to practice (Australian Health Practitioner Regulation Agency, 2013;
Eburn and Bendall, 2010). The purpose of the registration is not
specifically to protect the interests of health practitioners, though
it is arguable that registration will benefit health practitioners in
a number of indirect ways; including making it easier for para-
medics to access specific medications and equipment that are
required for their practice (Eburn and Bendall, 2010). Benefits of reg-
ulation for the health care system include helping to deal with
pressures/workforce shortages experienced by Australian health
workers, reducing red tape and increasing health workers’ respon-
siveness, flexibility, sustainability and mobility (Australian College
of Ambulance Professionals, 2010;Australian Government
Productivity Commission, 2005; Fitzgerald and Bange, 2007).
In New Zealand, sixteen health professions are regulated under
the Health Practitioners Competence Assurance Act (Medical Council
of New Zealand, 2011). An all-party parliamentary health select com-
mittee recommended in 2008 that paramedics be regulated under
the Act and an application for regulation was submitted in Sep-
tember 2011 (Ambulance New Zealand, 2008). A strategic review
of the Act has been undertaken in 2012–2013, and at the time of
writing, no public response has yet been made to the paramedic
application.
Paramedics have also been registered in other countries such as
the UK (Health Professions Council, 2013; Woollard, 2009), Ireland
(Pre-Hospital Emergency Care Council, 2013) and South Africa
(Health Professions Council of South Africa, 2013) for a number of
years. Additionally there are moves towards national registration
in Canada (Bowles, 2009), therefore it is of little surprise that the
national registration of the Australian and New Zealand para-
medic sector is constantly being mooted in academic, industry and
government circles. The application for regulation in New Zealand
was made on behalf of the profession by the employer represen-
tative body Ambulance New Zealand, after extensive consultations,
including a comprehensive survey of ambulance officers’ views, gov-
ernment reports, and analysis and discussion periods (Clapperton,
2008; Cotton, 2012; Health Committee, 2008). Although Austr-
alia’s appeal for registration is independent, information,
documentation and viewpoints from the New Zealand process could
potentially assist Australian paramedics in their approach to
professionalisation. The issue of recognising professionalism of para-
medics is not just isolated to Australasia with a number of other
countries also highlighting similar struggles (Ambulance New
Zealand, 2003; Bowles, 2009; Woollard, 2009). The Productivity Com-
mission’s Report on Governmental Services 2012 (Australian
Government Productivity Council, 2012) noted that 130 per 1000
people in Australia were assessed, treated or transported as pa-
tients by ambulance services. Yet many of the clinical interventions
performed by paramedics under these conditions would fall under
the scope of requiring professional accreditation if it was per-
formed by a registered medical practitioner. This raises the question
of whether paramedic interventions are monitored to the same stan-
dards as their professional and registered counterparts, indicating
the potential for a severe and dangerous gap in the Australian and
New Zealand health care systems. Registration would be a step
towards ensuring that Australasian paramedics are regulated by the
same administrative standards that govern other health care pro-
fessionals. Fortunately for those disciplines yet to be registered, a
clear national registration blueprint exists. In Australia and New
Zealand a number of criteria have been set out to guide and measure
professional registration requirements. In Australia, this has been
developed by The Australian National Registration and Accredita-
tion Scheme (NRAS), and in New Zealand by New Zealand Ministry
of Health (Ministry of Health, 2010). As can be seen in Table 1 a
number of commonalities exist between both countries.
To be considered a health profession by AHPRA or under the HPCA
it is expected that these criteria are met. The proposed profession
must be considered a health-related field that, if unregulated, could
potentially cause harm to the public. Additionally the current reg-
ulation of that profession must also fail to protect patients from sub-
optimal care and the registration of that profession should be both
practical and beneficial (Council of Australian Governments, 2008).
Taking all of these factors into consideration it would appear that
many of these criteria have direct application and/or potential con-
sequences for the paramedic sector. Obtaining a better understanding
of professionalism in the paramedic sector is vital for the protec-
tion of the public and for the future of emergency healthcare.
The aim of this paper was to explore paramedic students’ views
on paramedic professionalism in Australia and New Zealand. Stu-
dents at the three institutions all examined professionalism at some
point in their respective curricula. For example, syllabi includes: pro-
fessional development, mentoring, legal and ethical issues for
example. These students will form the next generation of para-
medics and thus interpreting their views on professionalisation will
give an indication of the direction the Australian and New Zealand
paramedic discipline is heading.
2. Method
2.1. Design
This was a cross-sectional study using a convenience sample
of undergraduate paramedic students using a paper-based
questionnaire.
Table 1
Australian and New Zealand registration criteria.
Australian National Registration and Accreditation Scheme (NRAS) New Zealand Ministry of Health
It is appropriate for Health Ministers to exercise responsibility for
regulating the occupation in question, or does the occupation more
appropriately fall within the domain of another Ministry?
The profession delivers a health service as defined by the Act
Do the activities of the occupation pose a significant risk of harm to the
health and safety of the public?
The health services concerned pose a risk of harm to the health and safety of the public
Do existing regulatory or other mechanisms fail to address health and
safety issues?
It is otherwise in the public interest that the health services be regulated as a health
profession under the Act.
Is regulation possible to implement for the occupation in question? Existing regulatory or other mechanisms fail to address health and safety issues.
Is regulation practical to implement for the occupation in question? Regulation is possible to implement for the profession in question.
Do the benefits to the public of regulation clearly outweigh the potential
negative impact of such regulation?
Regulation is practical to implement for the profession in question.
The benefits to the public of regulation clearly outweigh the potential negative
impact of such regulation.
121B. Williams et al./International Emergency Nursing 23 (2015) 120–126
2.2. Participants
Students were eligible to be enrolled in this study if they were
enrolled in the respective undergraduate programmes from Charles
Sturt University (CSU), Whitireia New Zealand (WNZ), and Monash
University (MU). Convenience sampling was used to recruit
participants. Students who were enrolled full-time or part-time were
eligible for inclusion in the study.
2.3. Instrumentation
To examine students’ attitudes and perceptions of profession-
alism a slightly modified version of the Professionalism at Work
Questionnaire (PWQ) (Durham University, UK) was used with per-
mission (Burford et al., 2013). The PWQ was originally developed
to measure professionalism across three groups: paramedics, student
paramedics, and paramedic technicians (Burford et al., 2013). While
the original version contained 91 items, some items were not ap-
propriate for our study, for example reflecting actual paramedic
organisations and workforce issues. The PWQ included 77 items,
using a combination of binary ‘yes’/‘no’ questions; unipolar Likert
scale (Strongly disagree =1, Strongly agree =5; or Never =1,
Always =5) and has 11 subscales (Pride in professional identity;
Organisational support; Focus on time; Comparative professional
status; Focus on professional development; Flexible communica-
tion; Appropriate behaviour; Confidence in action; Appearance;
Communication with patients; Adherence to rules). Given the recent
development of the PWQ, psychometric data on the reliability and
or validity of the questionnaire is as yet unknown.
2.4. Procedures
During semester 1 of 2013, students were invited to partici-
pate on a voluntary basis in this study. Students were provided with
an explanatory statement and were informed that participation was
voluntary and anonymous at the conclusion of a lecture. The ques-
tionnaires took students approximately 15–20 minutes to complete
and consent was implied by its completion and submission. Ques-
tionnaires were only distributed once with no follow-up
questionnaires undertaken.
2.5. Data analysis
The Statistical Package for the Social Sciences Version 12.0 (SPSS)
was used for entry, storage, retrieval and analysis of the quantita-
tive and demographic data. Student participant responses to the
professionalism measure were tabulated and descriptive statistics
were calculated. Due to the abnormal distribution of data (Q–Q plots)
and small sample size non-parametric tests; Mann–Whitney U test
and Kruskal–Wallis test were used to compare the differences
between universities, gender, year level and course of study. Results
with a Pvalue of <0.05 were considered statistically significant.
2.6. Ethics
Ethics approval was initially obtained from MU human re-
search ethics committee, then fast-tracked by CSU, and WNZ ethics
committees.
3. Results
3.1. Participant demographics
The 479 participants involved in this study were enrolled in the
respective undergraduate paramedic or paramedic/nursing pro-
grammes from MU, CSU, and WNZ. This represents a response rate
of 63%. The majority of participants were enrolled in CSU n=272
(56.8%), predominately female n=276 (57.6%), under the age of 25
n=358 (74.7%) and participating in a single paramedic degree n=427
(89.1%). This profile is consistent with the broader profile of stu-
dents enrolled in the undergraduate paramedic programmes within
Australia and New Zealand. The full demographic profile is out-
lined in Table 2.
3.2. Item-level scores
Overall, students supported paramedic registration with 94.6%
of valid answers either agreeing or strongly agreeing with item: ‘It
is important that paramedics are a regulated profession with a pro-
tected register’. Almost 100% (98.7%) of participants either agreed
or strongly agreed with item: ‘Members of the public expect para-
medics to be professional’. Nine in 10 participants (97.5%) also agreed
or strongly agreed with item: ‘Paramedics have special qualities
which mark them out from other professions,’ while 97% of par-
ticipants agreed or strongly agreed with item: ‘Becoming a paramedic
requires a high degree of expertise and knowledge’. The overwhelm-
ing majority of students (96%) agreed or strongly agreed with
item: ‘I think paramedics should have to regularly update their skills’
and item: ‘I think of being a paramedic as ‘a career’, not just a job’
(91.4%).
The item that was ranked the lowest overall was item: ‘Post com-
ments about work on the internet (e.g. Facebook, other social media)’
with 91.6% of valid responses answering either rarely or never. Stu-
dents also disagreed on average with items: ‘It is a waste of time
to report a minor collision in an ambulance, if there was no damage
and no one else was involved’ and item: ‘It is a waste of time re-
porting a near miss if no one was aware of it and there were no
adverse consequences’ with only 4.2% and 10.3% of valid answers
indicating that they either agreed or strongly agreed with these state-
ments. Full distribution of results are found in Table 3.
When comparing item-level scores between variables (age,
gender, course type, and university) a total of 26 items were sta-
tistically significant. Of note, four items produced statistically
significant differences P<0.05 across three variables. These in-
cluded: ‘Allow my liking or dislike for patients to affect the way I
approach them’, ‘Swear around colleagues’, ‘Tailor information to
a patient’s or relative’s needs’ and ‘Discuss a bad job with family
or friends outside work as a way of coping’.
Table 2
Participant demographics.
Variable Descriptor Total Percentage (%)
Gender Male 202 42.2
Female 276 57.6
Undisclosed 1 0.2
University CSU 272 56.8
MU 145 30.3
WP 62 12.9
Age <25 years 358 74.7
25–34 years 93 19.4
35–44 years 19 4.0
35–54 years 5 1.0
undisclosed 4 0.8
Year level Year 1 195 40.7
Year 2 174 36.3
Year 3 101 21.1
Year 4 9 1.9
Course type Single degree 427 89.1
Double degree 46 9.6
122 B. Williams et al./International Emergency Nursing 23 (2015) 120–126
Table 3
Item-level scores.
Item Strongly
disagree
Disagree Neither agree
nor disagree
Agree Strongly
agree
N/A Sig
The organisation I work/volunteer for allows me to be professional 0 4 10 174 203 83 ,§
The organisation I work/volunteer for looks after my welfare 1 17 46 214 111 83 ,§
The organisation I work/volunteer for is professional 1 6 26 195 163 83 §
Patients are more important than targets to my organisation 1 14 45 165 173 66 §
I think of being a paramedic as ‘a career’, not just a job 1 2 9 103 360 2
I think paramedics should have to regularly update their skills 1 0 13 162 298 3 §
Paramedics have special qualities which mark them out from other professions 2 2 37 184 252 0 §
The paramedic profession is vital to society 1 0 3 90 381 2 §
Becoming a paramedic requires a high degree of expertise and knowledge 1 1 17 158 298 2 ,¥
It is important that paramedics have their own professional organisations (such as the Paramedics
Australasia)
0 8 69 166 231 4
It is important that paramedics are a regulated profession with a protected register 0 2 24 162 282 6
Paramedics are as valued by the general public as fire fighters 22 51 63 139 198 4
Paramedics are as valued by the general public as police officers 25 65 83 119 178 5
Paramedics are as valued by the general public as nurses 8 55 98 159 152 3
Paramedics are as valued by the general public as doctors 25 98 120 134 96 1
I feel I represent the ambulance service or university when I am wearing the uniform in public 1 1 10 176 280 10
I try to always act in a manner that brings credit to the profession 1 0 6 170 290 11
Members of the public expect paramedics to be professional 1 3 1 100 365 7
It is not always possible to follow codes of conduct to the letter 19 65 126 210 47 8 §
It is not always possible to follow procedures exactly 15 43 88 262 62 7 §
I have occasionally realised after the event that I did not follow the rules regarding informed consent 24 78 132 110 13 118 §
It is a waste of time to report a minor collision in an ambulance, if there was no damage and no one
else was involved
159 253 39 15 5 6
It is a waste of time reporting a near miss if no one was aware of it and there were no adverse
consequences
111 208 101 43 5 6
Sometimes there are good reasons to delay making myself available for the next job after taking a
patient to the hospital
72 120 111 119 23 33 ,§
If I witnessed a paramedic delivering substandard care I would intervene directly 8 51 159 209 45 *
If I witnessed a paramedic delivering substandard care I would report him/her 2 22 153 233 60 *†,§
I have a good work/life balance 3 20 55 250 105 35
Being a paramedic is important to me 1 1 10 113 331 11
Being a paramedic makes me feel good about myself 2 2 22 159 246 36
Never Rarely Sometimes Often Always N/A
Feel some patients waste the ambulance service’s time 7 52 243 115 19 36
See some referrals from other healthcare providers (e.g. GPs, urgent care centres) as a waste of time 47 161 151 32 9 68
Think patients may be responsible for their problems (through alcohol, drug misuse, obesity) 13 66 232 121 16 24
Treat all patients with respect and sensitivity 5 4 6 49 372 34 ,§
Allow my liking or dislike for patients to affect the way I approach them 252 135 28 6 11 38 ,,¥
Make sure patients understand what is happening 2 1 7 108 311 40 ,§
Listen carefully to patients’ concerns 1 0 5 111 311 41 ,§
Enjoy talking to patients 0 0 30 184 214 40 §
Try to take time to reassure patients and their families 1 5 24 131 264 46
Disclose personal information about myself to patients 110 160 103 30 15 49 ,¥
’Take the mick’/banter with colleagues while they are there 106 73 149 63 18 56
’Take the mick’ out of colleagues when they are not there 192 151 62 6 4 53
Use humour about patients as a way of letting off steam after a job 98 113 120 62 14 58
Swear around colleagues 146 154 96 32 6 33 ,,¥
Work well with other healthcare professions, in general 1 11 25 191 172 65 ,§
Talk or don’t pay attention during lectures or training courses 114 213 115 17 1 7 ,§
Arrive late for training/classes 204 222 31 1 2 9 §
Leave station duties for other people 205 153 17 2 1 90
Arrive late for work 242 159 11 4 9 42 §
Check equipment at the start of a shift 2 3 7 68 283 105 ,§
Complete the appropriate paperwork as soon as I am able to, after each job 0 4 16 103 241 102 ,§
Take responsibility for my own work 0 2 7 69 367 25
Approach work in an organised way 0 8 22 142 268 27
Think about my next break or end of shift when I am working 29 96 231 52 19 42 §
Think doing a job ‘well enough’ is acceptable 111 195 105 24 8 25
Feel able to justify my actions/clinical decisions 3 5 36 195 167 59
Act decisively in critical situations 1 2 36 237 144 45 ,§
Read books and articles on paramedic practice 6 30 157 187 70 18
Attend training which is not mandatory 4 25 153 192 58 35 §
Attend training which is not mandatory 8 25 92 123 93 122
Regularly refresh my skills 0 6 63 238 115 46 §
Feel enthusiastic about going to work 1 6 32 193 191 41 ,§
Get bored in training/classes about non-clinical elements of practice 39 136 205 43 17 26 §
Seek help when I need it 0 8 79 208 159 12
Take the initiative to improve or correct my behaviour 0 4 49 224 173 14
Accept constructive criticism in a positive manner 0 1 41 212 204 10
Make sure my uniform is well presented (ironed, shoes polished) 0 7 22 136 287 15
Make sure I look clean, tidy and well-groomed at work 0 1 18 112 324 12 ,§
Adjust how I speak to different patients (e.g. how formal to be, vocabulary to use) 1 1 15 144 277 27
Adjust how I speak to different colleagues 5 6 43 183 201 28 §
Tailor information to a patient’s or relative’s needs 14 7 16 162 220 48 ,,§,¥
Post comments about work on the internet (e.g. Facebook, other social media) 316 76 24 8 4 34
Discuss a bad job with family or friends outside work as a way of coping 96 91 137 74 11 54 ,,¥
(continued on next page)
123B. Williams et al./International Emergency Nursing 23 (2015) 120–126
4. Discussion
Overall, students believed it is important that paramedics are a
regulated profession with a protected register. They also demon-
strated that members of the public expect paramedics to be
professional. The majority of students felt that being a paramedic
was more than simply a job; being a paramedic is a career that re-
quires a high degree of expertise and knowledge. Students also
displayed a wide range of professional attitudes, such as a desire
to report near misses, turning up to work/training on time, com-
pleting paper work, equipment checks and station duties in a timely
and organised manner, taking responsibility for their work, and not
allowing their feelings about patients to affect their clinical ap-
proach. Results from this study provide important landscape data
in the emerging profession for paramedics.
For example, there is evidence to suggest that the Australasian
paramedic discipline desires to become a professional body
(Ambulance New Zealand, 2008; FitzGerald and Bange, 2007; Tye,
2008; Williams et al., 2010; Williams et al., 2012). Williams et al.
(2010) demonstrated that the majority of the paramedic academ-
ic community believes that Australian paramedics would greatly
benefit from becoming a registered profession.
More recently Williams et al. (2012) proved that this desire was
not restricted to the academic community, but was also found within
members of the Australian College of Ambulance Professionals
(ACAP) believing that the health care sector as a whole will benefit
from the professionalisation of paramedics due to the high amount
of interaction that paramedics have with other health profession-
als (Paramedics Australasia, 2012). Additionally a number of writers
have argued that the paramedic discipline in Australia is already
very close to professional recognition (Grantham, 2004; Reynolds,
2004; Wyatt, 1998) while some argue that the profession still lacks
a unique body of knowledge (FitzGerald, 2003; Myers et al., 2008;
Williams et al., 2010).
Interestingly, students in WNZ are of the opinion that paramed-
ics are less valued by the public than both police officers and nurses
compared to their Australian counterparts. More research would be
required to understand the reasons for this; however, this percep-
tion seems at odds with a 2013 poll ranking paramedics as New
Zealand’s most trusted profession with nurses and police at fourth
and ninth places respectively (Readers Digest, 2013).
This study found that males reported less professional and more
confrontational attitudes compared to their female counterparts.
Additionally female students were found to display more enthusi-
astic attitudes towards work compared to males. Older/mature aged
students are less inclined to identify themselves as university stu-
dents. It is possible that mature students tend to have a previously
established sense of identity before attending the university, but
this would require further exploration.
Traditionally, paramedics were perhaps considered to be emer-
gency workers similar to fire fighters and the police given that
governance was provided not by health departments but rather state
emergency service boards. Today paramedics are more closely allied
to the role of a health care professional (Council of Ambulance
Authorities, 2008; O’Meara, 2009; Williams et al., 2009). Given this
change in perception it is not surprising that students in this study
align themselves more closely to the idea that they are health pro-
fessionals the further they progress through their course. Most state
ambulance services in Australia fall under the advocacy of their re-
spective health departments (NSW Department of Health, 2013;
South Australia Department of Health, 2008; Tasmania Department
of Health and Human Services, 2013;Victorian Department of Health,
2013). New Zealand ambulance services are private entities but ser-
vices are commissioned by the Ministry of Health and Accident
Compensation Corporation (National Ambulance Sector Office, 2013;
Standards New Zealand, 2008). In addition, paramedic work in Aus-
tralasia is generally becoming more complex and should no longer
be thought of as an occupation referred to as “ambulance drivers”
governed by state emergency services (Council of Ambulance
Authorities, 2008; Lazarsfeld-Jensen et al., 2013; Reynolds, 2009;
Sheather, 2009).
Paramedics perform a range of physically invasive treatments to
their patients, many of which involve some degree of risk (Burgess
et al., 2003). In addition paramedics can administer powerful drugs,
many of which are restricted under Schedule 4 (prescription only
drugs) or Schedule 8 (controlled drugs) of the Drugs, Poisons and
Controlled Substances Act 1981 in Australia (Drugs, Poisons and
Controlled Substances Act, 1981) and the Medicines Act 1981 in New
Zealand (Parliamentary Counsel Office, 1981). Without careful clin-
ical judgment, many of these treatments could have dangerous and
potentially fatal consequences for the patient. Results from this study
suggest that students feel that special training and professional at-
titudes are required to administer these treatments. This is possibly
due to the fact that often these treatments must be administered
with minimal or no clinical support while under time critical cir-
cumstances where delay in treatment could have adverse effects for
the patient. A further aspect of clinical judgement that carries risk
is the increasing emphasis on paramedics making decisions to leave
patients to be cared for in the community (Swain et al., 2010).
The vast majority of paramedics working in Australia are em-
ployed by the various state ambulance services (Australian College
of Ambulance Professionals Ltd, 2008; Burgess et al., 2003). Any reg-
ulation of these paramedics is enforced by the ambulance service
themselves based on individual clinical practice guidelines and the
Council of Ambulance Authorities (CAA) standards. However, ACAP
estimates that 10–12% of paramedics are privately employed in Aus-
tralia and do not actually fall under the authority of CAA-affiliated
providers (Australian College of Ambulance Professionals Ltd, 2008).
Table 3 (continued)
Not at all Slightly To some
extent
Very
much
Completely
Indicate how much you define yourself as a member of each of these groups a paramedic 45 65 142 133 78 *†
Indicate how much you define yourself as a member of each of these groups a healthcare
professional
42 57 146 146 74 *†,§
Indicate how much you define yourself as a member of each of these groups a member of an
emergency service
47 50 109 149 108 *
Indicate how much you define yourself as a member of each of these groups a university student 2 8 24 139 293
Indicate how much you define yourself as a member of each of these groups–astudent paramedic
student paramedic
2 8 19 133 305 *
* Indicates that this field was not an option on the questionnaire.
University.
Gender.
§Year level.
¥Course.
124 B. Williams et al./International Emergency Nursing 23 (2015) 120–126
This means that over 10% of paramedics in Australia may not be re-
quired to perform according to the CAA standard, potentially having
no regulation at all. Moreover, the rate of prehospital errors that
result in preventable deaths in road trauma patients has been shown
to be as high as 77% (Boyle, 2009; Cooper and Winship, 2007;
McDermott et al., 2005a, 2005b, 2007). This high rate of errors among
regulated paramedics, let alone the potential high rate of errors
among those who have an absence of a regulation is clearly a danger
to the public and may be one of the reasons students strongly
demonstrated for the need for professional organisation and a
protected register. All paramedics need to have obvious account-
ability to the community, with the opportunity and incentive for
improvement.
In New Zealand, the regulation of clinical standards for virtu-
ally all paramedics is governed by their employer, either St John New
Zealand or Wellington Free Ambulance. Together these organisations
account for the provision of all emergency ambulance services in
New Zealand. Both providers are full members of CAA. The number
of paramedics employed outside of these organisations is not
known but is believed to be much smaller than the Australian
equivalent. No data regarding error rates are currently publicly
available.
An important part in the regulation of a profession lies in how
well defined that profession is. Part of criterion 4 of NRAS re-
quires all registered professions to have a unique body of knowledge
that forms the basis of its standards of practice. Currently this part
of criterion 4 is under dispute for paramedic practice, with many
who argue that this body of knowledge does not exist or that it re-
quires some development (FitzGerald, 2003; Myers et al., 2008;
Williams et al., 2010). There are others that argue that paramed-
ics are quickly gaining a unique body of knowledge (Reynolds, 2004).
Results of this study suggest that students regarded that paramed-
ics have special qualities that mark them out from other professions,
indicating the belief that a unique body of knowledge may already
exist.
Another important part of NRAS is that the profession in ques-
tion requires specialised training. Paramedic education in Australia
and New Zealand has shifted from ambulance service vocational
training of the past to the widespread requirement of tertiary degree
education as a minimum for entry to practice (Ball, 2005). As guide-
lines become more focused on evidence-based practice, the provision
of primary care health services, and a greater focus on the social
sciences, it is becoming increasingly obvious that paramedics require
a broader degree-based education. Degrees have content that pre-
pares students to develop critical thinking skills and keep updating
their knowledge well after they have left the university. Results of
this study suggest that students believe that to become a para-
medic they require a high degree of expertise and knowledge.
Additionally students are in concordance to the core professional
principle that paramedics should have to regularly update their skills
and knowledge.
5. Limitations
The use of convenience sampling in this study helped facilitate
recruitment; however, there is the potential that students who vol-
unteered their time to participate may be more academically inclined
or proactive learners which may introduce bias into the sample.
Since, for ethical reasons, this questionnaire was anonymous no per-
sonal information was taken from students and thus we are not able
to calculate the distribution of those students who did not choose
to participate. Another limitation is the lack of fourth year respon-
dents. They were too few in number to produce reliable results and
thus were excluded from the comparison analysis. Also, given that
the questionnaire was developed for paramedics and students, a
number of items were inappropriate for students, for example, they
were not able to report on organisational professionalism beyond
their clinical placements. Until psychometric appraisal has been
carried out, these specific results should be viewed with some
caution. Finally students may have responded to questions in a ‘so-
cially desirable’ manner. Therefore it is advised that caution is used
when interpreting these results as students’ private views may vary
from those they have reported.
6. Conclusion
These results suggest that students are strong advocates of para-
medic professionalism and support the need for regulation. Overall
students showed the importance of updating their skills after gradu-
ating from the university and showed professional attitudes towards
their work. The majority of students felt that being a paramedic is
a career that requires a high degree of expertise and knowledge and
that the public in general expects paramedics to be professional.
This international comparison study provides important informa-
tion about current students, the next generation of paramedics, who
have an opportunity to be agents of change for the paramedic dis-
cipline as it attempts to achieve full professional status.
Acknowledgements
We would like to thank the students for participating and com-
pleting the questionnaires. We also acknowledge Dr Bryan Burford,
Newcastle University, UK (formerly at Durham University, UK) for
permission to use the Professionalism at Work Questionnaire.
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... Ambulance professionals around the world also report a lack of structured feedback concerning patient outcomes, something that leads to suboptimal learning conditions and hinders professional development, as well as presenting risks to patient safety and barriers to enhanced decision-making [15,16]. The complexity of the practice and its prerequisites may explain why healthcare professionals working in the ambulance service express the need for regular refresher training and the belief that the job demands a degree-level education [17]. In Sweden, national regulations [18] require an ambulance to be staffed with at least one registered nurse and, depending on local requirements, this nurse is often required to hold an additional one year post-graduate specialist nursing diploma [11,19]. ...
... In all healthcare services, innumerable questions inevitably arise to which professionals have no ready answer, no matter how well trained they may be; indeed, it has been said that uncertainty is the one variable in healthcare that is certain [1]. The idealised image of the omniscient, ever-present, confident professional to which the novices in this and earlier studies aspire is therefore unrealistic [17,23,30]. As a complement to traditional training, which mostly involves practicing strategies to handle various clinical situations [11], novice nurses may well benefit from courses that teach them to develop strategies to cope with uncertainty. ...
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Introduction: In emergency nursing situations, uncertainty may lead to delays, or block a decision which can have devastating consequences for a patient. The ambulance service is a complex clinical environment that often challenges the decision-making capabilities of the professionals, especially novice nurses. Novice nurses' uncertainty may also lead to unhealthy transitions and turnover. To increase the understanding of how uncertainty affects novice nurses, this study explores novice nurses' uncertainty during the first year of professional practice in the ambulance service. Method: A qualitative descriptive design was applied using qualitative content analysis of thirteen individual face-to-face semi-structured deep interviews. Result: From nine subcategories, three generic categories were derived: Reflections on contextual understanding, Strategies to create control, and Actions to take control. These were combined to form the main category Understanding what and dealing with how, while becoming a confident professional. Conclusion: Uncertainty is exacerbated by situations that demand rapid decisions or actions. This is especially true of newcomers to a profession. Preparing novices through study programs and encouraging continuous reflection in professional practice may increase resilience and tolerance of uncertainty, as well as benefiting professional development.
... Health workers' psychological state, self-efficacy and professional self-competence are also important factors in the implementation of professional applications (Anderson, Slark, Faasse & Gott, 2019;Tramèr et al., 2020;Yaşar Can & Dilmen Bayar, 2020). The effect of self-competence and self-efficacy on professional development of paramedic students are in search (Kinney, Hunt & McKenna, 2018;Moghadari-Koosha et al., 2020;Williams, Fielder, Strong, Acker & Thompson, 2015). Although studies have been done about paramedic students' professional self-competence perceptions and entrepreneurial skills, and the effect of simulation application on these subjects in Turkey, we have not reached a study on the effect ISSN: 2147-7892, Cilt 10 Sayı 2 (2022 Investigation of the Effect of Simulator Usage on Advanced Life Support and Labor Help Qualifications, and Self-Efficacy of Paramedic Students Perihan GÜRBÜZ, Serdar DERYA, Gülsüm YETİŞ KOCA, Turgay KOLAÇ, Zehra Deniz ÇIRAK 440 of self-efficacy on entrepreneurial competence (Akbaba, Tercan, Tarsuslu & Yurt, 2020;Yağcan & Sezer, 2019;Yaşar Can & Dilmen Bayar, 2020). ...
... Before the simulation training, the students were applied a questionnaire prepared by the researchers including questions about; demographic information, training status, proficiency professional self-competence perception, professional practise frequency and Sherer's General Self-Efficacy Scale (SGSES) pre-test (Gürbüz et al., 2019;Williams et al., 2015;Yıldırım & İlhan, 2010;Yıldırım, 2017). ...
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... Paramedicine, in Australia and internationally, has arrived at a crossroads. This important juncture is a consequence of its inevitable evolution as an occupation, from stretcher-bearer to ambulance driver, to ambulance officer and now to registered medical professionals known as paramedics (1)(2)(3)(4)(5)(6)(7). While still in various stages of its evolution, internationally, the question of whether or not paramedicine sees itself as a profession in Australia has been answered. ...
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Introduction As Ireland's population increases and chronic disease becomes more prevalent, demand on limited general practice services will increase. Nursing roles within general practice are now considered to be standard, yet alternative allied health professional roles are under explored within an Irish context. Allied health personnel such as Advanced Paramedics (APs) may have the capability to provide support to general practice. Aim To explore General Practitioners’ (GPs) attitudes and opinions of integrating Advanced Paramedics (APs) into rural general practice in Ireland. Methods A sequential explanatory mixed methodology was adopted. A questionnaire was designed and distributed to a purposeful sample of GPs attending a rural conference followed by semi-structured interviews. Data was recorded and transcribed verbatim and thematically analysed. Results In total n = 27 GPs responded to the survey and n = 13 GPs were interviewed. The majority of GPs were familiar with APs and were receptive to the concept of closely collaborating with APs within a variety of settings including out-of-hours services, home visits, nursing homes and even roles within the general practice surgery. Conclusion General Practitioner and Advanced Paramedic clinical practice dovetail within many facets of primary care and emergency care. GPs recognise that current rural models are unsustainable and realise the potential of integrating APs into the general practice team to help support and sustain the future of rural general practice services in Ireland. These interviews provided an exclusive, detailed insight into the world of general practice in Ireland that has not been previously documented in this way.
... Indeed, the introduction of paramedical science into universities and the ongoing development of curricula to address contemporary health and education needs has led to unprecedented enrolment numbers in Australian undergraduate paramedical science programs . Recent research suggests that the commencing paramedical science student population is dominated by young adults under 25 years of age, with a high proportion of dual qualified students, whether studying concurrently with nursing or those who have qualifications from previous tertiary studies (Hallam et al., 2016;Laing, Devenish, Lim, & Tippett, 2014;O'Meara, Williams, Dicker, & Hickson, 2014;Williams et al., 2013;Williams, Fielder, Strong, Acker, & Thompson, 2015). The authors have also observed that there is also a smaller population of students that are returning to study as mature aged students or transferring from allied industries such as nursing. ...
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The introduction of paramedical science into universities has led to unprecedented enrolment numbers in Australian undergraduate paramedical science programs. At the same time however, there has been an associated increase in complexity of student learning expectations and requirements. One area of paramedical education that is proving challenging for universities is the numeracy preparedness of students and how to best support students in this area. To examine how universities may begin to address the current challenges related to improving the numeracy of paramedical science students, this paper investigates the literature on the numeracy of paramedics and the underlying mathematical skills required for their programs of study. It also reviews the support programs that are available at university and considers how much these are reflecting effective pedagogies. The aim of this review is to identify ways numeracy and numeracy teaching in paramedical science may be improved and highlight possible directions for future research in this area.
... These settings include acute hospital trusts, forensic health care, minor injury units, GP services, and urgent care centres. [1][2][3][4] The NHS Long Term Plan 5 further advocates the use of paramedics in primary care and the new 5-year framework for general practice contracts outlines funding support for 'first contact community paramedics' to be employed within primary care settings from 2021. 5 This may be appealing to some paramedics wishing to further develop their professional practice in this setting; 6 therefore, they are among the group of allied health professionals who are attractive to GP surgeries based on this funding. As paramedics transition into these roles within primary care, their knowledge and skill set will undoubtedly change and grow, [7][8][9] offering career development outside of the ambulance service. ...
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Background Within the UK, there are now opportunities for paramedics to work across a variety of healthcare settings away from their traditional ambulance service employer, with many opting to move into primary care. Aim To provide an overview of the types of clinical roles paramedics are undertaking in primary and urgent care settings within the UK. Design and setting A systematic review. Method Searches were conducted of MEDLINE, CINAHL, Embase, the National Institute for Health and Care Excellence, the Journal of Paramedic Practice , and the Cochrane Database from January 2004 to March 2019 for papers detailing the role, scope of practice, clinician and patient satisfaction, and costs of paramedics in primary and urgent care settings. Free-text keywords and subject headings focused on two key concepts: paramedic and general practice/primary care. Results In total, 6765 references were screened by title and/or abstract. After full-text review, 24 studies were included. Key findings focused on the description of the clinical role, the clinical work environment, the contribution of paramedics to the primary care workforce, the clinical activities they undertook, patient satisfaction, and education and training for paramedics moving from the ambulance service into primary care. Conclusion Current published research identifies that the role of the paramedic working in primary and urgent care is being advocated and implemented across the UK; however, there is insufficient detail regarding the clinical contribution of paramedics in these clinical settings. More research needs to be done to determine how, why, and in what context paramedics are now working in primary and urgent care, and what their overall contribution is to the primary care workforce.
... Participants expressed some uncertainty as to how teaching and assessment of these skills could be incorporated into preemployment training. This echoes previously published research asserting that ambulance personal learn the psychosocial skills associated with termination of resuscitation, death notification and communicating with bereaved families through clinical experience and social modelling [10,12,33,34] Non-technical skills are critical to emergency ambulance work, particularly the expanding scope of practice of paramedics [35][36][37][38]. Historically they have been dismissed as 'soft skills' which cannot be reliably or objectively measured [39] and have only recently become a focus of attention in prehospital research, training and assessment [40]. ...
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Background: Many ambulance personnel can withhold or terminate resuscitation on-scene, but these decisions are emotionally, ethically and cognitively challenging. Although there is a wealth of research examining training and performance of life-saving resuscitation efforts, there is little published research examining how ambulance personnel are prepared and supported for situations where resuscitation is unsuccessful, unwanted or unwarranted. Aim: To identify and describe existing preparation and support mechanisms for ambulance personnel enacting decisions to terminate resuscitation and manage patient death in the field. Method: Focus groups were held with senior ambulance personnel working in clinical education and peer support roles. Results: Participants believed professional and personal exposure to death and dying and positive social modelling by mentors were essential preparation for ambulance personnel terminating resuscitation and managing patient death. Ambulance personnel responded to patient death idiosyncratically. Key supports included on-scene or phone back-up during the event and informal peer and managerial support after the event. Conclusion: Clinical and life experience is highly-valued by ambulance personnel who provide training and support. However, novice ambulance personnel may benefit from greater awareness and rehearsal of skills associated with terminating resuscitation and managing the scene of a patient death. Organisations need to acknowledge idiosyncratic staff needs and offer a variety of support mechanisms both during and after the event.
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Objective: This systematic review aimed to identify and explore the barriers to and facilitators of learning and preparedness for clinical practice among undergraduate paramedicine students, graduate/intern paramedics, and their preceptors. Introduction: The educational landscape for paramedicine has evolved considerably since the introduction of the first paramedicine bachelor degree. A need to identify the contemporary barriers to and facilitators of learning within the context of early career training in paramedicine education is needed. Inclusion criteria: Participants were undergraduate paramedicine students, graduate/intern paramedics, newly qualified UK paramedics and their preceptors, within Australia, the United Kingdom, and New Zealand. Published and unpublished studies utilizing qualitative research designs were considered. Studies published in English since 1994 were considered for inclusion. Methods: Five bibliographic databases (PubMed, CINAHL, ERIC, Embase, and ProQuest Dissertations and Theses) were searched in 2018. A search of websites relevant to paramedic learning and a hand search of paramedicine journals were also undertaken in 2019.All studies identified from the search were examined against the inclusion criteria. Papers selected for inclusion were assessed by two independent reviewers for methodological quality prior to inclusion in the review.Qualitative research findings were extracted and pooled. Findings were assembled and categorized based on similarity in meaning. These categories were then subjected to a meta-synthesis in order to produce a single comprehensive set of synthesized findings. The final synthesized findings were graded according to the ConQual approach for establishing confidence in the output of qualitative research synthesis. Results: Twenty-six studies were included in the review. Eleven studies used semi-structured interviews, five used open-ended interviews, and 10 used focus groups. The total sample size was 564 participants. Sixteen studies focused on undergraduate paramedicine students, four involved paramedic preceptors, two focused on paramedic educators at paramedicine universities, and four included undergraduate paramedicine students and their preceptors. A total of 295 findings were extracted and grouped into 28 categories, which were grouped into five synthesized findings: the role of mentoring/preceptorship, opportunities to develop emotional intelligence and communication skills, the role of non-traditional placements/experiences, the role of non-traditional classroom teaching methods, and preparedness for practice. Conclusions: A variety of education models exist with associated barriers and facilitators that impact on paramedicine students, graduate paramedics, and preceptors. The findings emphasize the importance of the preceptor to student learning and the need to develop students' skills/capacity to manage the emotional side of paramedic practice. Paramedicine students and paramedic graduates were found to be underprepared to effectively communicate with patients, families, and other professionals. Most of these barriers could be mitigated by use of non-traditional placements/experiences and non-traditional teaching methods. The introduction of a paramedic facilitator model was shown to have considerable benefits, suggesting that the introduction of a national model similar to other allied health models may be beneficial. The findings indicate a need for more effective communication between the education sector and industry with regard to the challenges in paramedicine education and which models best facilitate learning, development, and preparedness for clinical practice. Systematic review registration number: PROSPERO CRD42019119336.
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Purpose In the past several decades, there has been rapid advancement and improvement in Australasian paramedicine education and clinical standards. These advancements have also seen improvements in the professionalism of Australasian paramedicine. Therefore, having a valid and reliable paramedicine professionalism measure is important. This study aimed to investigate the psychometric properties of the modified Professionalism at Work Questionnaire (PWQ) with Australasian paramedicine students Design/methodology/approach Data from the PWQ were analysed using a principal component analysis (PCA) followed by orthogonal varimax rotation. Findings A total of 479 paramedicine students from three Australasian universities completed the modified PWQ. PCA of the 72-items revealed 11 factors with eigenvalues above 1.5, accounting for 50.99% of the total variance. A total of 64 items were found with loadings greater than 0.40 and were used to describe the 11 factors: Professional attitude and behaviour, communication with others, professional identity, professional development, appearance and flexibility, organisational support, comparable professional status, pride in occupation, adherence to rules, responsibility in the workforce and concerns about appropriate use of resources. Practical implications Results from this study suggest that the modified 64-item PWQ can be used to measure professionalism in Australasian paramedicine student cohorts. The instrument encompassed many and varied aspects of the attributes and features that have been described as being essential to being a profession. The instrument provides an important measurement tool for the paramedicine profession. Originality/value Results from this study suggest that the modified 64-item PWQ can be used to measure professionalism in Australasian paramedicine student cohorts. The instrument encompassed many and varied aspects of the attributes and features that have been described as being essential to being a profession. The instrument provides a critical measurement tool for the paramedicine profession.
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Over the last one hundred and twenty years, the Australian paramedic sector has changed dramatically; influenced and informed by a range of social, health, economic, professional, and political forces. However, there has been little reflection of those changes in either the perception of the discipline as a profession or the manner in which its membership is trained, socialised, and educated. This paper explores the links between professionalisation and education in the paramedic field. Paramedics are currently at best seen as a ‘semi-profession’ and a great deal of discussion about whether the discipline actually wants to achieve full professional status exists. Comparisons will be made with the professions of nursing and physiotherapy, outlining how and why they progressed from a semi-professional status to a fully recognised profession, culminating in a discussion about which characteristics the paramedics discipline as yet lacks. A review of common professional traits suggests three areas where the discipline falls short: 1) the delineation of its professional compass, especially in relation to extant recognised cognate (and competitive) professions, 2) National registration and regulation resulting in professional self-control and accreditation, and 3) Higher Education and the development of a unique body of professional knowledge. Finally it will be argued that the recognition and addressing of the gaps by the relevant policymakers, regulators, employers and academics will lead to the formulation of strategies that are most likely to result in professional status for paramedics in Australia.
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