Three Forms, Two Minutes Each: Designing Data Entry for a Vigil Request, a Shift Sign-In and a Training Record So That the Data Are Right the First Time
[Student Name]
University of Phoenix
NSG/543: Database Management
Week 3 Assignment
[Instructor Name]
[Date]
The hospital, the program and the forms are a composite written for a model paper.
In Week 2, I designed five tables for the database that will replace the spreadsheet of our hospital's No One Dies Alone program. The best table design fails if data enter it wrongly, and most wrong data enter through forms. This paper designs the three forms that will capture nearly all of the program's data.
Principles for Form Design
Four principles guided the forms. Design for the user's setting: a nurse at a dying patient's bedside, a volunteer at the end of a two-hour vigil and a coordinator at a desk have different needs. Ask only for what the database needs and cannot get elsewhere. Prevent errors rather than correcting them later, using lists, defaults and checks. And show the user what they are about to save. McGonigle and Mastrian (2022) note that well-designed data entry reduces errors and improves the usefulness of the data collected, and that users should be involved in designing forms they will use. A form that takes a nurse five minutes at the bedside of a dying patient will be skipped; one that takes one minute will be used.
Form 1: Vigil Request, for Nurses
Setting: completed by the patient's nurse or charge nurse on a unit computer or phone, often at the start of a shift or when the patient's condition changes.
Fields and controls: Patient, entered by scanning the patient's wristband or selecting from the unit's patient list, which fills the medical record number and displays the patient's name and room for confirmation; Unit, filled from the patient list; Requesting nurse, filled from the user's login; Request date and time, filled automatically; Expected duration, a list of hours to 24, 24 to 72 or unknown; Special considerations, a short list of checkboxes, such as language other than English, religious preference known, or isolation precautions, with an optional text field of 200 characters.
Validation: the patient must be on the unit's current census; a second request for the same patient within 24 hours shows a warning with the existing vigil.
On save: a row is created in the Vigil table, and two-hour rows are created in the Shift table for the first 12 hours, marked unfilled. The coordinator is notified by text.
Time to complete: about one minute.
Form 2: Shift Sign-In and Sign-Out, for Volunteers
Setting: completed by the volunteer on a hospital tablet kept in the comfort cart, at the start and end of a shift.
Fields and controls: Volunteer, selected by entering a four-digit volunteer code, which displays the volunteer's name for confirmation; Vigil, preselected because the tablet is assigned to the vigil when the cart is delivered; Actual start, a button that records the current time; Actual end, a button at sign-out; Patient condition changes, a short list, such as appeared restless, family arrived or nurse called for change, with an optional note of 300 characters.
Validation: the volunteer's training must be current; if not, the form alerts the volunteer and the coordinator. Sign-out cannot precede sign-in.
On save: the matching row in the Shift table is updated with the volunteer, actual times and filled status.
Why a tablet rather than paper: the paper log in the comfort cart was the source of most data entry delays and lost records in the old system.
Form 3: Volunteer Training Record, for the Coordinator
Setting: completed by the volunteer coordinator at a desk after a training session.
Fields and controls: Volunteer, selected from a searchable list of active volunteers; Course, a list of orientation, annual refresher or bereavement module; Date completed, a date picker defaulting to today; Expiration date, calculated and displayed, not typed.
Batch entry: after a group session, the coordinator selects the course and date once and checks the names of all attendees, creating one Training row per volunteer.
Validation: the date cannot be in the future.
How the Forms Protect Data Quality
Each form addresses a Week 1 problem. Scanning or selecting the patient removes the initials problem. Creating unfilled shifts at request time makes uncovered hours visible without anyone recording them separately. Volunteer codes and a single Volunteer table remove repeated phone numbers. Calculated expiration dates remove guessing about refresher training. Time buttons remove handwritten times.
Accessibility and Usability
Forms use large touch targets for the tablet, high-contrast text and labels next to fields. The volunteer form avoids clinical language. All forms work with a screen reader. Error messages say what to do, such as "Please sign in before signing out," rather than displaying codes.
Testing With Users
Before go-live, three nurses, four volunteers and the coordinator will complete each form in a test version with realistic scenarios while I time them and note hesitation. Changes will be made where a user pauses or asks what a field means. For example, in a first informal test, a volunteer tapped "Actual end" at sign-in because it appeared first on the screen, so the buttons were reordered to match the sequence of the shift.
Why Forms Reflect the Table Design
Each form writes to the tables designed in Week 2, and the design determines what the forms can protect. Because patients are identified by medical record number in one table, the nurse's form can confirm identity by showing the name from the record rather than asking the nurse to type it. Because shifts exist as rows before anyone fills them, the volunteer's sign-in updates an existing row instead of creating a new one, which prevents duplicate shifts. The relational approach, in which data are combined through keys rather than copied (Codd, 1970), is what lets simple forms keep complex data consistent.
Supporting Urgent Requests
Vigil requests often come at difficult moments, and implementing programs have found that coordinating volunteers quickly is one of the hardest parts of the work (Bradas et al., 2014). The request form therefore sends the coordinator a text immediately and places the vigil at the top of the roster, so no one has to remember to make a separate call.
Privacy on the Forms
The volunteer form never displays the patient's full name or diagnosis, only the room and the vigil's special considerations, because volunteers need no more to sit with a patient. The nurse's request form displays the name only to confirm identity.
Training Users on the Forms
Nurses will learn the request form in a two-minute huddle demonstration, volunteers at their next refresher session and the coordinator in a one-hour walkthrough. A laminated card on the comfort cart will show the volunteer sign-in steps.
Conclusion
Three forms, each designed for one user in one setting, will capture nearly all of the program's data in about a minute or two each. Lists, defaults, calculated fields and checks prevent the errors that burdened the spreadsheet, and user testing will refine the forms before go-live. Week 4 will write the queries that turn these data into answers.
References
Bradas, C. M., Bowden, V., Moldaver, B., & Mion, L. C. (2014). Implementing the "No One Dies Alone" program: Process and lessons learned. Geriatric Nursing, 35(6), 471-473. https://doi.org/10.1016/j.gerinurse.2014.10.005
Codd, E. F. (1970). A relational model of data for large shared data banks. Communications of the ACM, 13(6), 377-387. https://doi.org/10.1145/362384.362685
McGonigle, D., & Mastrian, K. G. (2022). Nursing informatics and the foundation of knowledge (5th ed.). Jones & Bartlett Learning.
How this NSG 543 Week 3 example is structured
The NSG/543 description asks students to develop forms. This paper designs each form around its user and setting, lists every field with its control type, default and validation, explains how the form writes to the tables designed in Week 2 and describes testing with real users, because forms are where most data errors begin. Students search this week as NSG 543 Week 3, NSG543 Wk 3 or NSG/543 Wk 3; all three are the same assignment.
NSG/543 Week 3 questions, answered
What does NSG/543 Week 3 usually ask for?
Many sections ask students to design data entry forms for their database that make entry accurate and efficient for the people who will use them.
How can a form prevent data errors?
By using lists instead of free text, calculating values the system already knows, requiring essential fields, checking ranges and dates and showing information the user needs to confirm, such as a patient's name next to a record number.
Should everyone use the same form?
No. Each user has a different task and setting, so each form should show only the fields that user needs, in the order they work.
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 University of Phoenix 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.