| Course | APS-4000 Occupational Safety and Health |
|---|---|
| Module | Module 7 |
| Paper type | Final project part 6: project presentation |
| Length | About 769 words, 5 pages |
| Format | APA 7 slide deck with speaker notes |
| School | Thomas Edison State University |
| Program | B.S. in Medical Imaging |
| Updated | October 2026 |
Free sample paper for APS 4000 Module 7
Moving Patients Without Hurting Staff: Presenting a Safe Patient Handling Program for Imaging
Student Name
B.S. in Medical Imaging, Thomas Edison State University
APS-4000: Occupational Safety and Health
Mentor Name
Month Day, Year
Slide 1: Moving Patients Without Hurting Staff
A safe patient handling program for the imaging department. Ten minutes, one request.
Speaker notes: I appreciate the ten minutes. My aim is to show you why our technologists are being injured moving patients and to ask you to approve a program that would stop most of those injuries.
Slide 2: The Cost of the Way We Work
Five lost-time injuries last year. 147 lost workdays. About $96,000 in claims and replacement staffing. All back or shoulder, all during transfers or repositioning.
Speaker notes: These are not freak accidents. Every one happened during a routine transfer or repositioning of a patient who could not help, the kind of task we do dozens of times a day.
Slide 3: What Technologists Tell Us
37 of 42 technologists surveyed. 23 of them describe back, neck or shoulder pain tied to work over the last year. 19 moved a patient single-handed during the prior week.
Speaker notes: The injuries we record are the visible part. Most of our staff work with pain, and half have lifted alone recently because no one else was free. Kumar and colleagues found the same pattern among x-ray technologists, with discomfort tied to physically demanding tasks like transfers (Kumar et al., 2004).
Slide 4: The Ergonomics of a Lateral Transfer
Bending over a table, reaching across a patient, pulling a sheet with arms extended, twisting. Load: often more than 70 pounds shared by two people.
Speaker notes: From a human factors view, a lateral transfer combines the worst conditions: long reach, a bent trunk, a twisting motion and a heavy, unstable load. The body is at its weakest exactly when the load is heaviest.
Slide 5: How Much Is Too Much?
Recommended manual limit: about 35 pounds of patient weight under ideal conditions. Less with reaching, twisting or an uncooperative patient.
Speaker notes: Waters applied NIOSH's lifting equation to patient handling and arrived at about 35 pounds as the limit under ideal conditions (Waters, 2007). Our transfers are never ideal, and most of our patients far exceed that weight.
Slide 6: Why Training Has Not Worked
Hierarchy of controls: elimination, substitution, engineering, administrative, protective equipment. Our current control, asking for a second person, is administrative and often skipped.
Speaker notes: We have trained people to lift carefully for years. The hierarchy of controls in our safety text explains why that has not worked: training sits low in the hierarchy (Asfahl & Rieske, 2019). Equipment that removes the lift sits much higher.
Slide 7: What Works Elsewhere
Lifting devices, a check of each patient's mobility, trained peer coaches and a rule against heavy manual lifts. Fewer injuries and lost workdays; investment recovered through lower costs.
Speaker notes: Nelson and colleagues evaluated exactly this kind of program on high-risk units and found that injuries and lost workdays fell and the investment paid for itself (Nelson et al., 2006). We would be applying a tested approach, not experimenting.
Slide 8: The Program
Air-assisted transfer mattresses in all procedure rooms. Ceiling lifts over two CT tables. Height-adjustable stretchers for portable imaging. Mobility assessment before every transfer. No manual lifting of dependent patients. Two peer leaders.
Speaker notes: Each part targets a step in the transfer. The mattress removes the pull, the lifts remove the lift and the assessment tells us which equipment each patient needs before we start.
Slide 9: Costs and Payback
Equipment about $66,000. Peer leader training about $2,000. Preventing two injuries a year repays the investment in under two years.
Speaker notes: Last year's injuries alone cost more than the whole program. And the state's Safe Patient Handling Act already requires the hospital to provide this kind of program; imaging has simply been left out.
Slide 10: Measuring Results
Lost-time injuries, lost workdays and claims costs. Annual pain survey. Monthly observation of transfers done with equipment.
Speaker notes: We will report these measures to the safety committee every quarter for two years, starting from last year's baseline, so you can judge the program on results.
Slide 11: What We Need From You
Support from the director for slower, safer transfers when the department is busy. Space in each room for a mattress.
Speaker notes: Equipment only works if people use it under pressure, so we need you to back technologists who take an extra minute to transfer safely.
Slide 12: Two Approvals Today
Approve the equipment purchase and add imaging to the hospital's safe patient handling program. Begin next month; full rollout in six months.
Speaker notes: I am asking for two decisions today: the equipment budget and our place on the safe patient handling committee. I would welcome your questions now.
References
Asfahl, C. R., & Rieske, D. W. (2019). Industrial safety and health management (7th ed.). Pearson.
Kumar, S., Moro, L., & Narayan, Y. (2004). Perceived physical stress at work and musculoskeletal discomfort in X-ray technologists. Ergonomics, 47(2), 189-201. https://doi.org/10.1080/00140130310001617958
Nelson, A., Matz, M., Chen, F., Siddharthan, K., Lloyd, J., & Fragala, G. (2006). Development and evaluation of a multifaceted ergonomics program to prevent injuries associated with patient handling tasks. International Journal of Nursing Studies, 43(6), 717-733. https://doi.org/10.1016/j.ijnurstu.2005.09.004
Waters, T. R. (2007). When is it safe to manually lift a patient? American Journal of Nursing, 107(8), 53-58. https://doi.org/10.1097/01.NAJ.0000282296.18688.b1
What the APS 4000 Module 7 instructions ask for
Part 6 of the APS-4000 semester project is a presentation of your findings, due with Module 7, Human Factors and Ergonomics; the final project rubric weighs whether the analysis is correct, how clean the grammar and syntax are and how professional the work looks. Present the problem with evidence, explain why it occurs using human factors or ergonomic concepts, summarize the research, set out your recommendations with costs and say how success will be measured. Keep slides brief and put explanation in speaker notes, and address the people who can approve your recommendations. Address the people who can approve your recommendations. Keep each slide to one idea. Cite your strongest evidence aloud.
Inside the APS 4000 Module 7 example
The deck opens with a promise of one request and then the cost of current practice in injuries, lost days and dollars. A survey slide shows pain is widespread, with Kumar and colleagues' findings for comparison. Two slides apply ergonomics: the posture and load of a lateral transfer and Waters's lifting limit. The hierarchy of controls explains why training has failed, and Nelson and colleagues' results show what works. The program, costs with payback and the state law, measures and a two-part request close the presentation. A slide asks leaders to back slower, safer transfers when the department is busy. Costs and payback appear before the request. Ergonomic analysis explains the injuries.
Reading the APS 4000 Module 7 grading rubric
The presentation is judged on correct analysis, clear use of ergonomics and course concepts, evidence from research, practical recommendations and professional delivery. Slides that state one point each, with speaker notes carrying the reasoning, show preparation. Explaining the hazard through posture, reach and load demonstrates the human factors lens of Module 7. Costs, payback and measures show that the presenter understands what decision makers need. A clear request makes the purpose of the presentation unmistakable. Mentors also credit presentations that anticipate decision makers' questions, such as cost and legal duty. Asking leaders for specific support, not only money, shows understanding of implementation. A clear request ends the presentation. Timing matters too.
Common APS 4000 Module 7 mistakes, and how to avoid them
Presentations lose marks when slides are crowded with text, when the hazard is described without ergonomic analysis or when recommendations come without costs or measures. Others never ask for a decision. Limit each slide to one idea, put details in your notes, explain the hazard in human factors terms, cite your strongest evidence and finish with a specific request. A free first draft of your APS-4000 project presentation can be built on your final report. Anticipate the questions your audience will ask, such as cost, payback and legal requirements, and answer them on the slides. Ask for the support people need to use the solution under pressure. End with a request.
Write yours, or have the desk draft it
This paper is an original model document written by our desk, not a submitted student paper and not an official Thomas Edison State University document. Read it for the moves, then write your own to the instructions in your classroom. If you want one built to your exact prompt and rubric, the first custom sample is free and arrives in 24 to 48 hours.
More APS 4000 and B.S. in Medical Imaging sample papers
- APS 4000 Module 1: Research Exercise: The Safety and Health Manager's Role in a Hospital Imaging Department
- APS 4000 Module 2: Research Exercise: Which Rules Govern Safety in a New Jersey Hospital Imaging Department?
- APS 4000 Module 3: Research Exercise: Applying the Hierarchy of Controls to Patient Handling in Imaging
- APS 4000 Module 4: Research Exercise: Imaging's Part in a Hospital Mass Casualty Plan
- APS 4000 Module 5: Research Exercise: Controlling Scatter Radiation in a New Interventional Suite
- APS 4000 Module 6: Final Project Report: Ending Manual Patient Lifts in a Hospital Imaging Department
APS 4000 Module 7 questions, answered
Where can I find a free APS 4000 Module 7 sample paper?
The twelve slides above pitch equipment and a no-lift rule for imaging to the hospital's director and safety committee.
What is Part 6 of the APS-4000 project?
A presentation of your project findings, due with Module 7.
What makes a patient transfer ergonomically risky?
Long reaches, a bent and twisting trunk and heavy, unstable loads combine during manual transfers.
Why does the hierarchy of controls favor equipment over training?
Engineering controls remove or reduce the hazard itself, while training depends on people performing perfectly under pressure.
What should a safety presentation ask for?
A specific decision, such as approval of equipment and a policy, with costs and measures of success.