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Learning Curve Meeting the challenges of nursing staff education BY MELISSA SCHNEIDER, DNP, RN-BC, CNRN, ONC, AND SANDRA GOOD, MEd, BSN, RN, CNRN T HE CONSTANT changes in today’s healthcare landscape require nurses to stay current in technology and practice.1 According to the Code of Ethics for Nurses, nurses have a responsibility to “maintain competence, and con- tinue personal/professional growth.â€2 Continuing education and staff devel- opment are fundamental components of being a professional nurse.3,4 This article examines how one hospital unit designed and implemented a nurse education program intended to engage adult learners and inspire reflection. Value of education The American Nurses Association created a system to formally measure continuing education credits in 1975.5 Since then, much debate has centered over how much continuing education is needed to maintain competency and the best way to obtain that education.
Competency is defined most simply as the applica- tion of the skills and knowledge for appropriate nursing practice, but it can also be highly complex, as nurses have diverse educational backgrounds and practice in various settings.6 Most nurses recognize the value of continual professional development.7 One study consisting of focused interviews to determine clinical nurses’ perceptions about continuing educa- tion found that most interviewees saw continuing education as neces- sary to provide safe, up-to-date patient care.8 Nurses also cite career advancement and increased self- confidence as reasons for profes- sional development.7 Barriers Unfortunately, several barriers—both real and perceived—can stand in the way of nurses’ involvement in continu- ing education and professional devel- opment.
Clinical nurse educators and education committees are challenged to change staff perceptions to view continuing education and professional development in a more positive light. One of the biggest barriers to learning in the hospital is lack of time.4 While protected education time is invaluable, it’s unrealistic to think that this will always be available as healthcare costs continue to rise. Extra paid training time is expensive for health systems, and administrators don’t always see it as a worthwhile investment.7 Other barriers to continuing education and profes- sional development are staff shortages, inconvenient places/times, fatigue/ inability to concentrate after working, family/personal commitments, lack of interest in topics, past experiences of negative/inadequate programs, lack of program variety, poor planning, inap- propriate teachers, and lack of manager/ administration support.3-5 Another challenge is the effort and time required to continually update information so it’s current.9 Creating and analyzing needs assessments and updating resources are time-consuming activities.
Staff may have learning preferences based on generational differences. For example, Baby boom- ers are used to passive learning, while millennials expect teaching methods to keep pace with technological changes.10,11 In addition, some newer technology, such as cloud computing, e-learning, mobile computing, and virtual reality, may be unfamiliar to nurse educators and planners. The learning environment itself can impact nurses’ development and education.8 In a culture that sup- ports and values learning, continu- ing education is a priority. This is imperative because without a sup- portive learning environment, it’s difficult for nurses to grow and develop professionally. Factors such as self-directed ability, sense of accountability, motivation to learn, and opportunities for education influence learning.10 Educational planning and instructional design must be approached like the nursing process by assessing needs, diagnos- ing the issues, planning the appro- priate education, implementing it, and, finally, evaluating the results.11 A new type of program One unit’s education committee rec- ognized these challenges to staff development and education and decided to implement a new type of nurse education program.
The patient population of this 55-bed unit consisted of trauma/orthopedic patients, stroke/neurosurgical patients, and some general medical- surgical patients. Besides general yearly required education credits, nurses on this unit must earn man- datory trauma and stroke credits because the hospital has both trauma and stroke certifications. The total number of required credits seemed overwhelming to some nurses, so the education team created additional opportunities for staff to complete requirements while also encouraging continuing professional development. Adult Learning Theory states that adult learners need to be in control of their own learning.10 Optimal learning 16 l Nursing2018 l Volume 48, Number 8 for this group must be learner- centered and accessible, as well as accommodating to their needs.
To address the barrier of staff’s negative perceptions of education, goals are designed to involve them in the plan- ning and make the education acces- sible, fun, and interesting. By first conducting an educational needs assessment using paper forms and Survey Monkey, the committee determined the areas in which the clinical nurses wished for more educa- tion. This needs assessment also asked about their preferred ways to learn. The hospital already had a system with online access to learning mod- ules and articles. While online learn- ing modules generally work well with self-directed learners, the committee discovered that this wasn’t always everyone’s preferred method of edu- cation.
Based on this information, several different methods of educa- tion were incorporated into the learn- ing options. For example, staff development sessions were planned and held right on the unit at various times convenient to both day- and night-shift staff. Physicians associated with the unit were invited to present at some of these sessions, which helped strengthen nurse-physician relationships and collaboration. In addition to the live educational ses- sions, several webinars were made available and viewed by groups of nurses for credits. During a mock code, the staff par- ticipated in a scenario using a high- fidelity simulation manikin.
Staff had to demonstrate CPR skills, use of the defibrillator, and team dynamics during the mock code. To add some fun to the offerings, the team also included educational games, such as crossword puzzles and “Stroke Jeop- ardy!†Some staff even completed adult coloring pages on brain anat- omy and functions of the different brain areas. Another idea involved using some of the empty bulletin boards throughout the unit to post topics from current journal articles and other information with quizzes that could be completed for credit. One innovation that proved very suc- cessful over the last 2 years was the planning of an Education Week in the beginning of the year to help staff get a jump start on the yearly educa- tion requirements.
After any program development, outcomes measurement is essential.9 This involves performing a compre- hensive evaluation of the information presented and assessing how it was received, if it was retained, and if it was applicable to current practice.11 Self-reflection and self-assessment are needed to evaluate competency and determine ways to improve.6 Once again, the unit education team utilized paper evaluations as well as Survey Monkey to get staff feedback. Staff members stated that they really liked the bulletin board quizzes because these were readily accessible and easy to do. They said this activity helped them learn new information while reinforcing previous knowl- edge. The games were also well received.
Competitions were spirited, which contributed to a fun atmo- sphere and requests for similar activi- ties in the future. Many staff members joined in edu- cation week offerings in varying degrees and stated that they liked the variety of activities. Some requested a longer time frame (such as 2 weeks) in the future to give them additional opportunities to participate. The edu- cation team plans to use the feedback to plan future activities. Planning pays off Maintaining staff education and pro- fessional development is challenging in today’s busy healthcare landscape.
The first step to building a success- ful training program is an assess- ment of staff needs and preferred learning strategies. Using this infor- mation, clinical educators and unit education teams can create educa- tional offerings using various deliv- ery methods to try to improve staff participation and satisfaction. While this planning takes some time, the result makes the extra effort worthwhile. â– REFERENCES 1. Schweitzer DJ, Krassa TJ. Deterrents to nurses’ participation in continuing professional develop- ment: an integrative literature review.
J Contin Educ Nurs. 2010;41(10):. 2. American Nurses’ Association. Code of Ethics for Nurses. nursing-excellence/ethics/code-of-ethics-for-nurses.
3. Eslamian J, Moeini M, Soleimani M. Challenges in nursing continuing education: a qualitative study. Iran J Nurs Midwifery Res. 2015;20(3):.
4. Summers A. Continuing professional develop- ment in Australia: barriers and support. J Contin Educ Nurs. 2015;46(8):.
5. Russell SS. If you ever stop learning, you might as well stop nursing: the challenges of continuing nursing education. Med-Surg Matters. 2011;20(1):6-7.
6. Alien P, Lauchner K, Bridges RA, Francis-Johnson P, McBride SG, Olivarez A Jr. Evaluating continuing competency: a challenge for nursing. J Contin Educ Nurs. 2008;39(2):81-85.
7. Pool IA, Poell RF, Berings MG, Ten Cate O. Motives and activities for continuing professional development: an exploration of their relationships by integrating literature and interview data. Nurse Educ Today. 2016; 38:22-28.
8. Govranos M, Newton JM. Exploring ward nurses’ perceptions of continuing education in clinical settings. Nurse Educ Today. 2014;34(4):.
9. Awad NI, Bridgeman MB. Continuing-education program planning: tips for assessing staff educa- tional needs. Am J Health Syst Pharm. 2014;71(19): .
10. Elliott B, Dillon CA. Online learning: an inno- vative solution to meeting the challenges of staff education. J Nurses Staff Dev. 2012;28(6):.
11. Yoder SL, Terhorst R 2nd. “Beam me up, Scottyâ€: designing the future of nursing professional devel- opment. J Contin Educ Nurs. 2012;43(10):.
Melissa Schneider is a clinical nurse educator at WellSpan York Hospital in York, Pa., and a nursing faculty member at York College of Pennsylvania in York, Pa. Sandra Good is a clinical nurse at WellSpan York Hospital. The authors have disclosed no fi nancial relationships related to this article. DOI-10.1097/01.NURSE..97845.2f August l Nursing2018 l 17 Your university is holding a fund-raiser and will be hiring a band to entertain spectators. You have been selected to serve as the event project manager and have created a Work Breakdown Structure and duration estimates for the activities involved in site preparation for the event.
Construct a network activity diagram based on the following information: Activity Description Predecessors Duration (Days) A Site selection None 4 B Buy concessions A 4 C Rent facilities A 2 D Build stands A 5 E Generator & wiring installation C 2 F Security B 4 G Lighting installation E 2 H Sound system installation E, F 2 I Stage construction D 3 J Tear down G, H, I . Conduct both a forward and backward pass using AON notation. What is the estimated total duration for the project? 2. Identify all paths through the network.
Which is the critical path? 3. Which activities have slack time? 4. Identify all burst activities and merge activities.
Paper for above instructions
Project Management for Fundraiser Event: A Network Activity Analysis
Introduction
This paper will analyze the activities involved in the preparation of a fundraising event, including site selection, facility rental, lighting, and sound system installation. We will construct a network activity diagram based on the provided activities, conduct both forward and backward passes using the Activity On Node (AON) notation, and identify the critical path, slack time for activities, and burst and merge activities.
Network Activity Diagram Construction
Before constructing the network activity diagram, we need to gather our listed activities and their respective predecessors and durations:
| Activity | Description | Predecessors | Duration (Days) |
|----------|----------------------------------------|--------------|-----------------|
| A | Site selection | None | 4 |
| B | Buy concessions | A | 4 |
| C | Rent facilities | A | 2 |
| D | Build stands | A | 5 |
| E | Generator & wiring installation | C | 2 |
| F | Security | B | 4 |
| G | Lighting installation | E | 2 |
| H | Sound system installation | E, F | 2 |
| I | Stage construction | D | 3 |
| J | Tear down | G, H, I | TBD |
Step 1: Network Diagram
Using AON notation, we map the tasks as follows:
```
A(4)
/|\
/ | \
/ | \
B(4) C(2) D(5)
| |
| E(2)
| |
| H(2)
| /
| G(2)
|
F(4)
\
J
```
Where:
- Activity A is the initial site selection,
- B and C follow A (Buying concessions and renting facilities),
- E emerges from C and is linked to G and H,
- D leads to I, and finally, J is the culmination of G, H, and I.
This structure allows the visualization of dependencies among the activities.
Step 2: Forward Pass Calculation
The forward pass determines the earliest start (ES) and earliest finish (EF) times:
- Activity A: ES=0, EF=4 (0+4)
- Activity B: ES=4, EF=8 (4+4)
- Activity C: ES=4, EF=6 (4+2)
- Activity D: ES=4, EF=9 (4+5)
- Activity E: ES=6, EF=8 (6+2)
- Activity F: ES=8, EF=12 (8+4)
- Activity G: ES=8, EF=10 (8+2)
- Activity H: ES=12, EF=14 (12+2)
- Activity I: ES=9, EF=12 (9+3)
- Activity J: ES=14, EF=14 (the max EF of G, H, I)
Step 3: Backward Pass Calculation
Next, the backward pass calculates the latest start (LS) and latest finish (LF) times:
- Activity J: LF=14, LS=14 (Earliest, as it ends project)
- Activity G: LF=14, LS=12 (14-2)
- Activity H: LF=14, LS=12 (14-2)
- Activity I: LF=14, LS=12 (14-3)
- Activity F: LF=12, LS=8 (12-4)
- Activity E: LF=12, LS=10 (12-2)
- Activity D: LF=12, LS=7 (12-5)
- Activity C: LF=10, LS=8 (10-2)
- Activity B: LF=8, LS=4 (8-4)
- Activity A: LF=4, LS=0 (4-4)
Total Duration and Critical Path Analysis
From both calculations, we find the total projected duration for this whole project is 14 days (the EF of activity J).
Identifying Paths and Critical Path
Next, we identify all paths through the network:
1. A -> B -> F -> H -> J
2. A -> B -> F -> G -> J
3. A -> C -> E -> G -> J
4. A -> C -> E -> H -> J
5. A -> D -> I -> J
The critical path is defined as the longest path through the network, which identifies the minimum project duration. In this case, the critical path is A -> C -> E -> H -> J, yielding a total duration of 14 days.
Activities with Slack Time
Slack time (or float time) indicates the amount of time that you can delay a task without delaying the project completion. The following activities have slack:
- Activity B: 0 days (critical)
- Activity C: 2 days (from LS)
- Activity D: 0 days (critical)
- Activity E: 0 days (critical)
- Activity F: 0 days (critical)
- Activity G: 0 days (critical)
- Activity H: 0 days (critical)
- Activity I: 0 days (critical)
- Activity J: 0 days (critical)
Burst and Merge Activities
Burst Activity: Activity B (Buy concessions) is a burst activity; it leads to two downstream activities (F and H).
Merge Activity: Activity H (Sound system installation) is a merge activity as it is dependent on input from both E and F.
Conclusion
The preparation for the fundraising event requires careful management and understanding of the tasks involved and their dependencies. The total duration estimated for the project is 14 days, with identified critical paths and slack time that can inform how resources are allocated. Understanding burst and merge activities allows better risk and resource management for future projects.
References
1. Schweitzer, D.J., & Krassa, T.J. (2010). Deterrents to nurses’ participation in continuing professional development: an integrative literature review. J Contin Educ Nurs, 41(10).
2. American Nurses' Association. Code of Ethics for Nurses. Retrieved from https://www.nursing-excellence/ethics/code-of-ethics-for-nurses
3. Eslamian, J., Moeini, M., & Soleimani, M. (2015). Challenges in nursing continuing education: a qualitative study. Iran J Nurs Midwifery Res, 20(3).
4. Summers, A. (2015). Continuing professional development in Australia: barriers and support. J Contin Educ Nurs, 46(8).
5. Russell, S.S. (2011). If you ever stop learning, you might as well stop nursing: the challenges of continuing nursing education. Med-Surg Matters, 20(1), 6-7.
6. Alien, P., Lauchner, K., Bridges, R.A., Francis-Johnson, P., McBride, S.G., & Olivarez, A. Jr. (2008). Evaluating continuing competency: a challenge for nursing. J Contin Educ Nurs, 39(2), 81-85.
7. Pool, I.A., Poell, R.F., Berings, M.G., & Ten Cate, O. (2016). Motives and activities for continuing professional development: an exploration of their relationships by integrating literature and interview data. Nurse Educ Today, 38, 22-28.
8. Govranos, M., & Newton, J.M. (2014). Exploring ward nurses’ perceptions of continuing education in clinical settings. Nurse Educ Today, 34(4).
9. Awad, N.I., & Bridgeman, M.B. (2014). Continuing-education program planning: tips for assessing staff educational needs. Am J Health Syst Pharm, 71(19).
10. Elliott, B., & Dillon, C.A. (2012). Online learning: an innovative solution to meeting the challenges of staff education. J Nurses Staff Dev, 28(6).
11. Yoder, S.L., & Terhorst, R. (2012). “Beam me up, Scotty”: designing the future of nursing professional development. J Contin Educ Nurs, 43(10).