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Assignment questions
Health Information ManagementProposalHealth informatics

Clinical database design project proposal guide

The opening proposal for a multi-topic database design project: state the problem and define terms, identify the users and their competencies, set out the data to be compiled and the reports the system must generate, derive goals and objectives and their effect on the data model, list the implementation steps, forecast barriers and assumptions, and close on the project's value.

Editorial process

Last reviewed · August 12, 2026

01

Why must the scope be fixed in sentence one?

This is a proposal for a database, not an essay about databases, and the difference shows up in the first paragraph. A proposal commits to a scope: either clinical quality measures or pharmaceutical products and utilisation, as the project statement offers. Pick one in the first sentence and stay inside it, because every later section — users, data elements, reports, goals, barriers — has to be about the same system. Papers that describe databases in general produce seven sections that could each belong to a different project, and the rubric marks each section against the one before it. The definition of terms is not filler either: define the terms your system will use in the sense your system will use them, so pharmaceutical product means the thing your database will store a row for, at the level of the product, the generic ingredient or the dispensed pack, not a dictionary gloss that decides nothing.

The users section is where most proposals go thin, and it is the one that determines the design. Naming clinicians and pharmacists is a start; the assignment also asks for their competencies, which means what they can already do and what the interface therefore must not assume. A pharmacist reading a formulary needs different access and a different screen from a nurse checking a dose at the bedside or a quality analyst pulling a monthly report, and those three roles are, between them, the whole argument for access control, for role-based views and for an audit trail that records who saw what. Say who may write and who may only read. If your database holds anything patient-identifiable, the roles are also the point where privacy and minimum-necessary access enter the proposal, and a marker will look for that even though the assignment does not spell it out.

The fourth bullet ties the goals to the data model, which is the technical heart of the proposal and the part students most often skip. It means saying what the structure has to look like for the goals to be achievable: if you want to report utilisation by month, you need a dated transaction record rather than a single current-quantity field; if you want to avoid duplicate drug entries, you need a controlled vocabulary such as RxNorm rather than free-text names; if you want to report a quality measure, you need the numerator and denominator definitions stored, not derived by hand. Then barriers and assumptions should be specific and honest — data quality on entry, interoperability with the existing electronic record, staff time for training, governance approval — and the closing paragraph should answer feasibility, necessity, usefulness and benefit as four distinct claims, because the rubric lists them as four.

Likely learning objectives

Inferred from the brief — check these against your own rubric.

  • 01
    Commit to one scope — quality measures or pharmaceutical products — and hold it across all seven sections.
  • 02
    Define terms operationally, in the sense the system will use them.
  • 03
    Derive access control and interface requirements from user roles and competencies.
  • 04
    Show how each project goal constrains the structure of the data model.
  • 05
    Argue feasibility, necessity, usefulness and benefit as four separate claims.
Assignment instructionsQuoted verbatim

Read the full question

Review every instruction before using the planning guidance that follows.

For this project, students will design and develop a database that can be used to compile and report clinical data related to either quality measures or pharmaceutical products and utilization. The proposal is the initial step of this assignment. Create a 500-750-word proposal outlining the following: Statement of the project problem and definition of terms. Identify your users (personnel/credentials): Who are they? What are their competencies? Discuss the information data users need to compile for the proposed system and the types of reports the proposed system should be able to generate and why. Based on your response to #3, articulate the project goals and objectives for the database design and how they affect the data model. Identify the steps you will take to meet the goals and objectives. Forecast any potential problems or barriers to meeting the project goals and objectives. Are there any specific assumptions that need to be made? Conclude with the value of the project with emphasis on feasibility, necessity, usefulness, and the benefit of the expected results. This is an ongoing project and the feedback from the instructor at every stage will help you in improving your final project. Be sure to consult with your instructor throughout the course and incorporate suggestions and recommendations in your project. Prepare this assignment according to the guidelines found in the APA Style Guide, located in the Student Success Center. An abstract is not required. This assignment uses a rubric. Please review the rubric prior to beginning the assignment to become familiar with the expectations for successful completion.
02

Turn the brief into deliverables

  1. 01
    A 500-750 word proposal in APA format.
  2. 02
    Problem statement and definition of terms.
  3. 03
    Users with credentials and competencies, and the data and reports they need.
  4. 04
    Goals and objectives with their effect on the data model, and the steps to meet them.
  5. 05
    Forecast barriers and assumptions, and a closing value argument.
03

How do goals turn into a data model?

01

Problem statement and terms

Name the scope, state the operational problem the database solves, and define the terms in the sense the system uses them.

02

Users and competencies

Give roles with credentials, what each can already do, and what each needs to read or write.

03

Data compiled and reports generated

List the data elements to be held and the reports to be produced, each attached to the decision it supports.

04

Goals, objectives and the data model

State the goals, then say what each requires structurally — dated transactions, controlled vocabularies, stored measure definitions.

05

Steps, barriers and assumptions

Sequence the implementation, then name data quality, interoperability, training and governance risks with the assumptions behind them.

06

Value of the project

Answer feasibility, necessity, usefulness and expected benefit in turn.

04

Which standards should the proposal name?

Recommended databases

  • National Library of Medicine
  • HealthIT.gov
  • HL7

Search sequence

  1. 1.
    Fix the scope first; the sources you need differ entirely between quality measures and pharmaceutical products.
  2. 2.
    Look up the controlled vocabulary that fits your scope before writing the data model section.
  3. 3.
    Read an interoperability source so the barriers section names real integration problems.
  4. 4.
    Draft the seven headings, then write to them, since the rubric marks them individually.
05

Reference shortlist

These are authoritative starting points, not a ready-made bibliography. A qualified reviewer must confirm that each source fits the assignment and supports the claim beside which it is cited.

Nothing here is cleared for citation until you have read it.

  1. 01

    RxNorm

    National Library of Medicine · 2024

    The standard drug vocabulary that solves the duplicate and generic-name problem in a pharmaceutical products database.

  2. 02

    Unified Medical Language System (UMLS)

    National Library of Medicine · 2024

    Terminology mapping, for the definition of terms and the data model sections.

  3. 03

    What is HIE?

    Office of the National Coordinator for Health Information Technology · 2024

    The exchange context your barriers section needs when the database has to talk to an existing record system.

  4. 04

    Overview - FHIR

    HL7 · 2023

    A concrete interoperability standard to name rather than referring vaguely to standards.

06

Review before submission

Common mistakes

  • Writing about databases in general instead of proposing one specific system.
  • Defining terms from a dictionary rather than from the system's own usage.
  • Naming user groups without their competencies or access needs.
  • Listing goals and never saying what they require of the structure.
  • Describing reports without saying why anyone needs them.
  • Offering barriers so generic they would apply to any project.
  • Collapsing feasibility, necessity, usefulness and benefit into one sentence.

Submission checklist

  • Scope declared in the first sentence and unchanged thereafter.
  • Each defined term used later in the proposal.
  • At least three user roles with competencies and access levels.
  • Every report justified by a decision someone makes with it.
  • At least two goals traced to a concrete structural requirement.
  • Barriers specific to this system, with stated assumptions.
  • Four distinct closing claims, 500-750 words total.

Use this guide to plan and review your own work. Follow your institution's rules and read our academic-integrity policy.

Written by

Aaron Bishop

MA, Education

assignment interpretation and research-methods coaching across disciplines

Aaron leads the EssayCrackers editorial desk. He works on how assignment briefs are read — what a rubric is actually asking for, and where students most often answer a different question than the one set.

Reviewed by

Dr. Nathan Cole

PhD, Rhetoric & Composition

Argumentation and thesis development

Nathan teaches first-year composition and directs a university writing center. He reviews EssayCrackers guides for argumentative soundness and citation accuracy.

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