Health Information Management End-of-Semester Notes and Answered Questions
This document retains only the official end-of-semester written and practical assessment coverage. Notes and model answers are based on the attached PST05209 Facilitator Guide. Every question from the preceding end-of-semester guide is presented as a normal question followed by its answer; no self-marking quiz controls or export controls are included.
Exact End-of-Semester Examination Scope
Written examination coverage
| SEO | RT | Examinable task |
|---|---|---|
| 5.1.3 | (a) | Explain principles of report writing |
| 5.1.4 | (b) | Describe importance of backing up data |
| 5.1.4 | (e) | Classify different types of computer viruses |
| 5.1.4 | (f) | Describe importance of computer antivirus software |
| 5.2.1 | (c) | Explain importance of a Health Management Information System |
| 5.3.2 | (c) | Explain importance of pharmaceutical information management in vertical programmes |
| 5.3.3 | (a) | Explain importance of networking in disseminating pharmaceutical information |
Written paper format
| Section | Type | Structure | Marks |
|---|---|---|---|
| A | Multiple choice | 10 questions, five options each | 10 |
| B | Multiple True/False | 4 questions, five statements each | 10 |
| C | Matching items | 2 sets, five premises and eight responses each | 10 |
| D | Short answers | 8 questions | 40 |
| E | Guided essays | 2 questions, 15 marks each | 30 |
| Total | 100 | ||
Practical examination coverage
The practical examination carries 30%, lasts 2–3 hours and contains a minimum of two questions.
Written Examination Notes
Principles of Good Report Writing
Facilitator Guide: Session 6, pages 75–80.
Meaning and purpose of a report
A report is a practical document that describes, deals with or analyses a situation so that the reader can take specific action. The report considers whether a problem exists; the conclusion draws together the elements of the problem; and the recommendations present the available options for solving it.
Types of report
Factual report
Gathers information that explains or defines a situation.
Instructional report
Explains a problem and offers a range of solutions.
Persuasive report
Explains a problem and recommends a solution.
Basic principles
1. Accuracy
- Report factual information and information obtained through the senses.
- Separate fact from hearsay, opinion and conclusion.
- Avoid allowing strong feelings to influence the description.
- Use clear words, avoid unexplained jargon and clarify abbreviations.
- Proofread and rewrite the report when necessary.
2. Completeness
- Report all facts discovered during investigation or data collection.
- Do not omit information merely because it appears irrelevant to the writer.
- Avoid partially stated facts because they may mislead the reader.
- Explain missing or incomplete information.
- Identify possible sources of further information and undeveloped leads.
3. Conciseness
- Remove unrelated, extraneous, incidental and non-essential details.
- Avoid adjectives, wit, sarcasm, flowery expressions and repetition.
- Maintain one clear line of thought and purpose.
- Use headings, paragraphs, sentence structure and emphasis carefully.
4. Impartiality and objectivity
- Present material and evidentiary facts without addition or subtraction.
- Do not conceal or withhold information.
- Do not assume or allow preconceived ideas to control the report.
- Maintain an unbiased and open mind.
- Avoid emotional involvement in seeking and reporting information.
5. Clarity
- Arrange information so that the reader can review and understand it easily.
- Write in chronological or another logical order.
- Avoid ambiguous sentences and vague statements.
- Use words suitable for the intended reader.
6. Proper report formatting
- Divide the report into clear sections.
- Use consistent headings, paragraphs and presentation.
- Where appropriate, include title page, undeveloped leads, conclusions, witness list and evidence list.
Typical report structure
Title page → Contents → Introduction → Acknowledgement → Executive Summary → Methodology → Findings → Conclusion → Recommendations → Bibliography → Appendices → Glossary.
Points to consider
- Clarify the aims before starting and consider the intended reader.
- Gather information needed to explain or define the situation.
- Use the required departmental style.
- Ensure each finding has a conclusion.
- Exchange reports for proofreading where possible.
- Proofread from the end to the beginning to disrupt expectations and reveal errors.
Importance of Backing Up Data
Facilitator Guide: Session 7, pages 83–86.
Meaning of data backup
A data backup is the result of copying or archiving files and folders so that they can be restored after data loss. A backup supports recovery after deletion or corruption and recovery of data from an earlier time according to a retention policy.
Why backup is important
The human eraser
A fast computer combined with an unprepared or tired user can destroy much work quickly. A backup can save hours, days or months that would otherwise be spent reconstructing valuable data. Important data should be backed up before major hardware or software changes.
Hard-disk failure
Disk failure is unpredictable and may occur at the worst time. Backup systems provide protection from the loss that follows an unexpected disk failure.
Virus and spyware protection
Malicious programs may cause errors, lockups and data loss. A reliable backup, used with virus-detection software, can restore information from an earlier clean copy.
Freeing disk space
Less-used files can be moved to secondary storage such as tape or DVD. This creates room for new programs and growing data files while keeping archived information accessible.
Events beyond human control
Fire, floods, lightning and theft may destroy equipment and local information. Regular extra backups stored in a fireproof safe or an off-site location help preserve the data.
Large file transfers and long-term preservation
High-capacity backup media can move large quantities of data between systems and can preserve archived information for future access.
Backup media mentioned in the guide
Magnetic tape, hard disk, recordable CD/DVD/Blu-ray, solid-state and flash storage, cloud backup, online storage, near-line storage, offline storage, off-site vaults and organisational recovery centres.
Classification of Computer Viruses and Related Threats
Facilitator Guide: Session 7, pages 88–91, together with the assessment-aligned virus forms retained in the attached question material.
Meaning of a computer virus
A virus is a man-made program or code loaded onto a computer without the user’s knowledge and run without approval. It attaches itself to a program or file and may spread when a person runs an infected program or shares infected files.
Worm
A worm can travel without human action. It replicates itself, spreads through networks and may consume system memory and network bandwidth until computers or servers stop responding.
Trojan horse
A Trojan horse appears to be useful or legitimate software but causes damage after it is installed or run. It may delete files, destroy information or create a backdoor that exposes confidential information.
Blended threat
A blended threat combines features of viruses, worms, Trojan horses and malicious code. It may use several routes, attack from multiple points and damage several parts of a network at the same time.
Malware or spyware
The guide states that malware is not technically a computer virus. It is malicious software that may monitor a user’s activities and collect personal information.
Time bomb
A destructive program that performs its activity at a particular date or time.
Logical bomb
A destructive program that performs its activity when a specified action, event or condition occurs.
Boot-sector virus
A virus that infects the boot area of a computer and may be loaded into main memory during startup.
Macro virus
A virus associated with application documents such as word-processing and spreadsheet files; it may be loaded when an infected document is opened.
Possible effects identified in the guide
- Slowing the computer.
- Preventing the computer from starting.
- Damaging or changing the way the system operates.
- Stealing personal details.
- Moving from one machine to another.
- Using one machine to attack another.
- Sending unauthorised messages.
Importance of Computer Antivirus Software
Facilitator Guide: Session 7, pages 91–93.
Antivirus software is a data-security utility installed to protect a computer from viruses, spyware, malware, rootkits, Trojan horses, phishing attacks, spam attacks and other online threats. It acts as a gatekeeper: it looks for threats, destroys them and warns the user.
Protection from viruses and spyware
Detects and removes known or unknown threats before they damage data.
Protection from phishing attacks
Helps prevent unauthorised attempts to steal information or damage it so that it cannot be used.
Web protection
Monitors web activities and limits unauthorised online threats.
Scanning removable devices
Checks external drives and removes threats before their contents are opened.
Two-way firewall support
Checks incoming and outgoing internet traffic and blocks suspicious transmission.
Blocking advertisements and spam websites
Reduces exposure to pop-up advertisements and malicious sites designed to steal confidential information.
Password protection
Helps protect information from unauthorised access or theft.
System-performance support
Some antivirus utilities remove unwanted files and folders that slow the computer.
Regular updates
New viruses appear continually. Updated antivirus definitions help the software recognise and counter recent threats.
Importance of a Health Management Information System
Facilitator Guide: Session 9, pages 108–113.
A Health Management Information System is a data-collection system specifically designed to support planning, management and decision making in health facilities and organisations.
Monitoring performance
- Health projects and programmes have goals to be achieved within a specified period.
- Information is required to determine whether a goal is being reached or has been reached.
- The Ministry of Health and vertical programmes require information to monitor improvement in health-care delivery.
- HMIS ensures that information is obtained in the form required by planners and managers.
Planning
- Limited resources require careful planning.
- HMIS helps determine which project or activity needs more funding.
- Allocation of human and non-human resources requires data.
- Health-policy formulation needs accurate and adequate data from facilities and communities.
Coordination
- HMIS supports coordination of activities carried out by national programmes and non-governmental organisations.
- It helps the Ministry of Health determine whether programmes and organisations are performing their expected roles.
Information needed by planners and decision makers
Health determinants; health-system inputs and processes; system performance and outputs; health outcomes; and health inequities. A good system brings partners together and gives users access to reliable, authoritative, usable, understandable and comparable data.
Importance of Pharmaceutical Information Management in Vertical Programmes
Facilitator Guide: Session 12, pages 139–142.
Context
A vertical programme targets one particular disease or health issue. The guide identifies Reproductive Health, National AIDS Control, National Immunization and National TB/Leprosy programmes.
A pharmaceutical management information system integrates pharmaceutical-data collection, processing and presentation so that staff at different health-system levels can make evidence-based decisions and manage pharmaceutical services.
Integrated logistics functions
- Coordination of procurement, storage and distribution of programme medicines, medical supplies and laboratory reagents.
- Management of receipts supplied by programmes and development partners.
- Timely reporting of stock status to programmes and partners.
Importance
Stronger services and lower costs
Integration strengthened vertical-programme services, lowered operating costs and improved the availability of medicines, medical supplies and laboratory reagents.
Sound decisions
A good pharmaceutical management information system provides the information needed for sound pharmaceutical-sector decisions.
Monitoring priority issues
Supports monitoring of patient adherence, drug resistance, medicine and laboratory-supply availability, patient safety, post-market intelligence, product registration, product quality, financing and programme management.
Supply-system coordination
Provides relevant, accurate and timely information for coordinating the elements of the pharmaceutical supply system.
Planning and mobilisation
Supports accurate quantification, procurement planning, budgeting, resource mobilisation and programme management.
Importance of Networking in Disseminating Pharmaceutical Information
Facilitator Guide: Session 13, pages 144–147.
A network is a group of two or more devices that can communicate. Connected systems may use physical or wireless links. Networks allow computers and individuals to share information, hardware, storage and software.
Importance in pharmaceutical services
Acquisition, delivery and stock control
Improves acquisition of consumable and non-consumable materials, delivery of pharmaceutical materials, and stock and inventory control.
More time for clients
Efficient information processing gives pharmacists more time to assist clients in the service area.
Reduced waiting time and expenditure
Can reduce client waiting time, pharmaceutical expenditure and manpower requirements.
Information sharing
Facilitates sharing of information with other service areas within a health facility.
Efficient business operations
Supports recording drugs, requesting supplies, tracking stock, and tracking or paying medicine bills from insurers, patients and other service users.
Patient safety and quality
Supports patient safety, quality of care and monitoring of the efficacy and safety of medicines in use.
Current product information
Provides online updates about prices and other pharmaceutical-product information.
Electronic prescribing
Supports online and electronic prescribing of medication.
Facilitator-Guide Evaluation Questions with Answers
What is a report?
A report is a practical document that describes, deals with or analyses a situation so that the reader can take specific action about the situation. Its conclusion brings together the elements of the problem, and its recommendations present options for solving the problem.
What are the types of report?
- Factual report: gathers information that explains or defines a situation.
- Instructional report: explains a problem and offers a range of solutions.
- Persuasive report: explains a problem and recommends a solution.
What are the principles of report writing?
Accuracy, completeness, conciseness, impartiality or objectivity, clarity, and proper report formatting.
What are the components of a typical report?
Title page, contents, introduction, acknowledgement, executive summary, methodology, findings, conclusion, recommendations, bibliography, appendices and glossary.
What is data backup?
Data backup is the result of copying or archiving files and folders so that they can be restored after data loss. It supports recovery after deletion or corruption and recovery of an earlier version under a data-retention policy.
Why is backing up data important?
It protects against human error, unpredictable hard-disk failure, virus and spyware damage, lack of disk space, disasters beyond human control, and difficulties in transferring or preserving large files.
Classify the main computer-virus threats described in the guide.
Worm, Trojan horse and blended threat are the main detailed classifications in the facilitator guide. The guide also distinguishes malware or spyware as malicious software rather than a computer virus. The assessment-aligned question bank additionally retains the guide-linked classifications time bomb, logical bomb, boot-sector virus and macro virus used in the attached question materials.
What is the importance of antivirus software?
Antivirus software protects against viruses and spyware, phishing attempts and web threats; scans removable devices; provides firewall support; blocks spam sites and advertisements; protects information with passwords; may improve system performance; and uses updated definitions to counter new threats.
What is a Health Management Information System?
It is a data-collection system specifically designed to support planning, management and decision making in health facilities and organisations.
Explain the main importance of HMIS.
- Monitoring performance: provides information for determining whether programme goals are being reached.
- Planning: supports allocation of limited human, financial and material resources and health-policy formulation.
- Coordination: helps coordinate national programmes and non-governmental organisations and assess whether they perform expected roles.
What is a vertical programme?
A vertical programme targets a particular disease or health issue and connects activities from the community level to planners, evaluators and decision makers concerned with that specific issue.
Mention the main vertical health programmes identified in the guide.
Reproductive Health Programme, National AIDS Control Programme, National Immunization Programme, and National TB/Leprosy Programme.
Why is pharmaceutical information management important in vertical programmes?
It supports evidence-based decisions, strengthens programme services, lowers operating costs, improves availability of medicines, supplies and reagents, supports monitoring of adherence and resistance, coordinates the supply system, and provides timely information for quantification, procurement planning, budgeting, resource mobilisation and programme management.
What is networking?
Networking is the connection of two or more devices so that they can communicate and share information and resources through physical or wireless connections.
Explain the importance of networking in pharmaceutical services.
Networking improves acquisition, delivery, stock and inventory control; gives pharmacists more time for clients; reduces waiting time, expenditure and manpower requirements; facilitates information sharing; supports recording, requesting and payment tracking; improves patient safety and quality of care; supplies product and price updates; and supports online or electronic prescribing.
Multiple-Choice Questions with Answers
All 42 questions from the preceding end-of-semester guide are retained. Each item is followed immediately by its answer and source-based explanation.
A report contains only facts that were actually observed or verified. Which principle is being applied?
Accuracy requires factual information, distinction between fact and opinion, and careful proofreading.
A writer includes every relevant finding and explains why some information is missing. Which principle is demonstrated?
Completeness means reporting all discovered facts and explaining incomplete or unavailable information.
Which action best supports conciseness in a health report?
Conciseness requires removal of unrelated, incidental and non-essential information.
A report writer presents favourable and unfavourable findings without personal bias. Which principle is applied?
Objectivity requires an unbiased mind and reporting evidence without addition, subtraction or concealment.
Dividing a report into clearly labelled sections mainly supports which principle?
Clear sections and logical arrangement help the reader understand and review the report.
Which practice is inconsistent with accurate report writing?
The guide directs the writer not to assume and to distinguish facts from hearsay, opinion and conclusions.
Why should pharmaceutical data be backed up before installing new software?
A backup protects valuable data before an important system change.
Which benefit of backup directly addresses accidental deletion by a tired user?
The facilitator guide calls this the “human eraser” problem; a backup can restore work deleted by mistake.
A hard disk fails without warning. What is the main value of an existing backup?
Backups protect against unpredictable disk failure by preserving recoverable copies.
A virus corrupts medicine-consumption files. Which backup benefit is most relevant?
A reliable backup can restore data lost through virus infection when used with virus detection software.
Moving rarely used files to a secondary medium can be important because it does what?
The guide identifies freeing disk space as one benefit of backing up and offloading inactive files.
Which statement best expresses the two central recovery purposes of data backup?
The guide gives two core purposes: recovery after deletion/corruption and recovery from an earlier time.
A malicious program activates on a specified calendar date. How is it classified?
A time bomb performs its activity at a particular date or time.
A destructive program acts after a defined event or condition occurs. How is it classified?
A logical bomb is triggered when a specified action or condition occurs.
Which threat can replicate across networks without requiring human action?
The guide states that a worm can replicate itself and does not require human action to spread.
A malicious file appears to be useful software and requires the user to run it. Which classification fits?
A Trojan horse appears useful but causes damage after the user installs or runs it.
A threat is loaded during system startup because it infects the boot area. What type is it?
Boot-sector viruses infect the boot sector and may load into memory during startup.
A malicious program spreads through infected word-processing or spreadsheet documents. What type is it?
Macro viruses are associated with application documents such as Word and Excel files.
What is the primary importance of antivirus software?
Antivirus software detects viruses, spyware, malware and other threats and removes them before damage occurs.
Why are regular antivirus-definition updates important?
New threats appear continually; updated definitions help antivirus software counter the latest threats.
Scanning a flash drive before opening it mainly provides which benefit?
The guide identifies quick scanning of removable devices as an antivirus benefit.
Which antivirus benefit limits unauthorised online threats during web use?
Antivirus software can control web activity and limit unauthorised online threats.
Protection against fraudulent attempts to steal or make data unusable is described as protection from what?
The guide lists protection from phishing attacks as an important antivirus benefit.
A two-way firewall feature in antivirus software is important because it can do what?
The guide explains that two-way firewall protection checks incoming and outgoing data and blocks suspicious traffic.
A health programme compares its target with actual results over time. Which importance of HMIS is illustrated?
HMIS supplies information needed to determine whether programme goals are being reached.
A district must decide which project needs more funding. Which HMIS function is most directly involved?
HMIS data supports planning and adequate allocation of limited resources.
The Ministry checks whether different health programmes are performing their assigned roles. Which importance of HMIS is shown?
HMIS supports coordination of activities by programmes and organisations.
Why is accurate facility and community data important when formulating health policy?
The guide states that health-policy formulation requires accurate and adequate data from facilities and communities.
Which group of activities summarises the main importance of HMIS in the facilitator guide?
The guide's key points identify monitoring performance, planning and coordination.
What problem does HMIS help reduce when resources are limited?
HMIS provides evidence for deciding how human and non-human resources should be allocated.
How does pharmaceutical information management support vertical programmes?
The guide emphasises evidence-based decisions and timely information for managing pharmaceutical services.
Which result followed integration of logistics functions with vertical programmes?
The integration strengthened services, lowered operating costs and increased availability of medicines, supplies and reagents.
PMIS information on patient adherence and drug resistance is important mainly for what?
The guide lists adherence and resistance among the information required by policymakers, managers and providers.
Accurate information is needed for quantification, procurement planning and budgeting. Which selected task does this support?
The facilitator guide directly links accurate and timely information with quantification, procurement planning and budgeting.
Which activity was part of integrating pharmaceutical logistics with vertical programmes?
The guide lists coordination of procurement, storage and distribution as an integrated function.
Why are timely stock-status reports important to vertical programmes?
Timely stock-status reporting supports programme management and development-partner decisions.
Which is an important benefit of networking in pharmaceutical services?
Networking facilitates sharing of information with other service areas in a health facility.
How can networking affect client service in a pharmacy?
The facilitator guide states that networking can reduce client waiting time.
Which pharmacy activity is made easier by networking?
Networking helps handle recording, requests and payment-related business tasks efficiently.
Networking supports patient safety mainly by helping staff to do what?
The guide links networking with better information sharing, quality of care and monitoring medicine efficacy and safety.
Which online activity is enabled by pharmaceutical networking according to the guide?
Networking is used in online and electronic prescribing of medication.
How does networking improve pharmaceutical acquisition and inventory work?
The guide states that networking improves acquisition, deliveries, stock and inventory control.
Multiple True/False Statements with Answers
Write the full word TRUE or FALSE in the examination. The answer and explanation are shown after each statement.
Accuracy requires the writer to distinguish facts from opinions and hearsay.
This distinction is part of accurate reporting.
Completeness allows the writer to omit facts that seem unimportant without explanation.
The guide warns that information appearing irrelevant to the writer may be relevant to the reviewer.
Conciseness means using repetition and flowery language to make a report longer.
Conciseness removes repetition and non-essential detail.
Objectivity requires an unbiased and open mind.
The writer should avoid assumptions and emotional involvement.
Clear report formatting helps the reader review and understand the report.
Discrete sections and logical order support clarity.
A backup can help recover files deleted accidentally.
Recovery from deletion is a central purpose of backup.
A backup guarantees that a hard disk will never fail.
A backup does not prevent failure; it provides recoverable data.
An earlier clean backup may help restore data damaged by a virus.
The guide connects backup with recovery from virus-related loss.
Offloading rarely used files to secondary storage can free disk space.
This is one stated backup benefit.
Backing up before a major system change is unnecessary.
The guide recommends backing up before hardware or software changes.
A worm may spread without human action.
Worms self-replicate and can travel across networks.
A Trojan horse normally appears useful before causing damage.
This deceptive appearance is characteristic of a Trojan horse.
A time bomb is triggered by a particular date or time.
That is the defining classification used in the guide.
A macro virus is associated with documents created by applications such as Word or Excel.
Macro viruses can be loaded when infected application documents are opened.
A boot-sector virus is classified by its effect on report formatting.
It is classified by infection of the boot sector and loading during startup.
Antivirus software can detect and remove threats before they damage data.
This is its primary protective role.
Antivirus software never needs updated threat definitions.
Daily or regular definition updates help counter new threats.
Quick scanning of removable devices is one benefit of antivirus software.
The guide specifically identifies this benefit.
Protection from phishing attempts is unrelated to antivirus software.
The guide lists phishing protection as an antivirus benefit.
A two-way firewall feature can inspect incoming and outgoing traffic.
It can block suspicious transmissions.
HMIS information helps monitor whether health-programme goals are being achieved.
Monitoring performance is one of the three main importance areas.
Planning resource allocation does not require health data.
The guide states that allocation of human and non-human resources needs data.
HMIS supports coordination of national programmes and non-governmental organisations.
Coordination is a key importance of HMIS.
HMIS is important only for storing information and not for decision support.
The guide links HMIS with planning, management and decision making.
Accurate data from facilities and communities can support policy formulation.
This is included under planning.
PMIS helps staff make evidence-based pharmaceutical decisions.
It integrates data collection, processing and presentation for decisions.
Integration with vertical programmes increased operating costs and reduced medicine availability.
The guide states the opposite: costs were lowered and availability improved.
Information on adherence, resistance and medicine availability supports effective programme management.
These are among the information needs listed in the guide.
Quantification and procurement planning can be done accurately without timely information.
The guide stresses the need for accurate and timely information.
Stock-status reporting is one integrated function supporting vertical programmes.
Timely stock-status reports are specifically listed.
Networking can facilitate sharing pharmaceutical information between service areas.
Information sharing is a direct benefit.
Networking always increases client waiting time.
The guide states that it can reduce waiting time.
Networking may support recording drugs, requesting items and tracking payments.
These business tasks are listed in the guide.
Networking has no relationship to medicine-safety monitoring.
It can support monitoring efficacy and safety of medicines in use.
Online medicine-price updates and electronic prescribing are supported by networking.
Both uses are identified in the facilitator guide.
Matching Items with Answer Keys
Report-writing principles
Column A
| 1 | Accuracy |
| 2 | Completeness |
| 3 | Conciseness |
| 4 | Objectivity |
| 5 | Clarity and formatting |
Column B
| A | Presents evidence without bias or concealment |
| B | Uses factual, verified information and separates fact from opinion |
| C | Includes all relevant findings and explains gaps |
| D | Arranges content so it is easy to understand |
| E | Removes unrelated and repetitive detail |
- 1 – B: Accuracy — Uses factual, verified information and separates fact from opinion
- 2 – C: Completeness — Includes all relevant findings and explains gaps
- 3 – E: Conciseness — Removes unrelated and repetitive detail
- 4 – A: Objectivity — Presents evidence without bias or concealment
- 5 – D: Clarity and formatting — Arranges content so it is easy to understand
Computer-virus classification
Column A
| 1 | Time bomb |
| 2 | Logical bomb |
| 3 | Worm |
| 4 | Trojan horse |
| 5 | Macro virus |
Column B
| A | Spreads through infected application documents |
| B | Appears useful but damages the system when run |
| C | Activates on a specified date or time |
| D | Replicates and spreads across networks |
| E | Activates when a specified condition occurs |
- 1 – C: Time bomb — Activates on a specified date or time
- 2 – E: Logical bomb — Activates when a specified condition occurs
- 3 – D: Worm — Replicates and spreads across networks
- 4 – B: Trojan horse — Appears useful but damages the system when run
- 5 – A: Macro virus — Spreads through infected application documents
Antivirus benefits
Column A
| 1 | Virus and spyware protection |
| 2 | Phishing protection |
| 3 | Web protection |
| 4 | Removable-device scan |
| 5 | Two-way firewall |
Column B
| A | Checks external media for unknown threats |
| B | Detects and removes harmful programs |
| C | Blocks suspicious incoming and outgoing transmission |
| D | Limits unauthorised online threats |
| E | Helps prevent fraudulent attempts to steal or corrupt data |
- 1 – B: Virus and spyware protection — Detects and removes harmful programs
- 2 – E: Phishing protection — Helps prevent fraudulent attempts to steal or corrupt data
- 3 – D: Web protection — Limits unauthorised online threats
- 4 – A: Removable-device scan — Checks external media for unknown threats
- 5 – C: Two-way firewall — Blocks suspicious incoming and outgoing transmission
Information-management importance
Column A
| 1 | HMIS monitoring |
| 2 | HMIS planning |
| 3 | PMIS in vertical programmes |
| 4 | Networking information sharing |
| 5 | Networking client service |
Column B
| A | Helps allocate limited resources using evidence |
| B | Reduces waiting time and supports efficient service |
| C | Shows whether health goals are being reached |
| D | Supports quantification, procurement and programme decisions |
| E | Allows pharmaceutical information to move between service areas |
- 1 – C: HMIS monitoring — Shows whether health goals are being reached
- 2 – A: HMIS planning — Helps allocate limited resources using evidence
- 3 – D: PMIS in vertical programmes — Supports quantification, procurement and programme decisions
- 4 – E: Networking information sharing — Allows pharmaceutical information to move between service areas
- 5 – B: Networking client service — Reduces waiting time and supports efficient service
Short-Answer Questions with Model Answers
State six basic principles of good report writing.
Accuracy; completeness; conciseness; impartiality/objectivity; clarity; and proper report formatting.
Explain four ways of maintaining accuracy in a report.
Use factual and verifiable information; distinguish fact from hearsay, opinion and conclusion; avoid jargon and clarify technical terms; proofread and rewrite unclear or incorrect parts. Other guide-based accuracy practices include avoiding emotional bias and unsupported assumptions.
Explain the meaning of completeness in report writing.
Completeness means reporting all relevant facts discovered, avoiding partially stated facts, explaining why information is missing or incomplete, and identifying possible sources of additional information.
Differentiate conciseness from objectivity.
Conciseness removes unrelated, repetitive and non-essential detail so the report has a single clear purpose. Objectivity presents evidence impartially without assumptions, concealment, addition, subtraction or emotional bias.
Give four reasons why pharmaceutical data should be backed up.
To recover accidentally deleted or corrupted data; to recover an earlier version; to protect against unpredictable hard-disk failure; to restore data after virus or spyware damage; to save reconstruction time after human error; and to free primary-disk space by moving inactive files.
Explain the 'human eraser' as an importance of backup.
A tired or unprepared user can delete or overwrite valuable information very quickly. A backup can save hours, days or months that would otherwise be spent reconstructing the lost data.
How does backup protect an organisation from hard-disk failure?
Because disk failure can occur unpredictably, a backup preserves another copy of important files that can be restored when the original disk becomes inaccessible.
Explain how backup and antivirus software complement each other.
Antivirus software detects or removes threats, while a clean earlier backup provides a copy from which corrupted or deleted information can be restored. Backup does not replace antivirus protection, and antivirus does not replace backup.
Classify any five computer-virus or malicious-threat types described in the facilitator guide.
Time bomb, logical bomb, worm, Trojan horse, boot-sector virus, macro virus and blended threat are acceptable guide-based classifications. Malware/spyware is discussed as malicious software rather than strictly a virus.
Differentiate a worm from a Trojan horse.
A worm replicates itself and can spread across networks without human action. A Trojan horse appears to be useful or legitimate software, requires a user to run it, and then causes damage or opens unauthorised access; it does not spread like a worm.
Differentiate a time bomb from a logical bomb.
A time bomb is triggered by a particular date or time. A logical bomb is triggered when a specified event, action or condition occurs.
Explain macro-virus and boot-sector-virus classifications.
A macro virus is associated with application documents such as Word or Excel files and may load when an infected document is opened. A boot-sector virus infects the computer's boot area and may load into main memory during system startup.
State six benefits of antivirus software.
Protection from viruses and spyware; protection from phishing attacks; robust web protection; quick scanning of removable devices; two-way firewall protection; blocking spam sites or advertisements; password protection; and possible performance improvement through removal of unwanted files.
Why should antivirus software be updated regularly?
New viruses and online threats appear continually. Updated antivirus definitions allow the program to recognise and counter recent threats and provide continuing protection.
Explain two-way firewall protection as a benefit of antivirus software.
It checks incoming and outgoing internet traffic or mail and blocks transmission that appears suspicious according to security rules.
Explain how antivirus software protects removable devices and web activity.
It can scan a connected removable device before files are opened and remove detected threats. It can also monitor web activity and limit unauthorised online threats.
Explain the three main importance areas of HMIS.
Monitoring performance: provides information to determine whether programme goals are being reached. Planning: supports allocation of limited human, financial and material resources and policy formulation. Coordination: helps the Ministry assess and coordinate the work of health programmes and organisations.
How does HMIS support monitoring performance?
It supplies the information needed to compare programme goals and targets with actual progress and to monitor improvement in health-care delivery.
How does HMIS support planning?
It provides evidence for deciding which activities need more resources, allocating human and non-human resources, and formulating health policies using facility and community data.
How does HMIS support coordination?
It enables the Ministry of Health to coordinate activities of national programmes and non-governmental organisations and determine whether they are performing their expected roles.
Explain six ways pharmaceutical information management benefits vertical programmes.
It supports evidence-based decisions; lowers operating costs through integration; improves availability of medicines, supplies and reagents; supports monitoring of adherence, resistance, patient safety, product quality and financing; provides relevant, accurate and timely supply information; and supports quantification, procurement planning, budgeting, resource mobilisation and programme management.
State three logistics functions integrated with vertical programmes.
Coordination of procurement, storage and distribution; management of receipts of medicines, supplies and laboratory reagents from programmes and partners; and timely reporting of stock status to programmes and development partners.
Why are accurate and timely data essential in vertical programmes?
They are required for sound decisions, coordination of the supply system, quantification, procurement planning, budgeting, mobilisation of resources and management of programme medicines and supplies.
What information may programme managers monitor through effective PMIS?
Patient adherence, drug resistance, availability of medicines and laboratory supplies, patient safety, post-market intelligence, product registration and quality, financing and programme management.
Explain six benefits of networking in pharmaceutical services.
It improves acquisition and delivery of materials; supports stock and inventory control; gives staff more time for clients; reduces waiting time, expenditure and manpower needs; facilitates information sharing among service areas; supports efficient recording, ordering and payment tracking; improves patient safety and quality of care; provides price and product updates; and supports online or electronic prescribing.
How does networking improve patient care?
It supports rapid sharing of information, reduces waiting time, helps monitor medicine efficacy and safety, and enables better quality of care and electronic prescribing.
How does networking improve pharmacy business operations?
It makes it easier to record drugs, request consumable and non-consumable items, track stock, process or follow medicine bills and obtain product or price updates.
Explain the value of sharing information through a pharmaceutical network.
Shared information connects pharmacy and other service areas, supports coordinated decisions, reduces delays and duplication, and improves availability of current medicine and patient information.
Guided Essay Questions with Answer Guides
For the examination, begin with a short introduction, explain the required points in a logical order and end with a brief conclusion.
A pharmacy supervisor receives a poorly written monthly report containing unsupported opinions, repeated statements, missing findings and unclear headings. Discuss how the six principles of good report writing should be applied to improve it.
Introduction: explain that good reporting communicates reliable evidence for action. Main body: explain accuracy, completeness, conciseness, objectivity, clarity and formatting, applying each to the weaknesses in the scenario. Conclusion: state that applying all six principles produces a factual, complete, readable and unbiased report.
A health facility loses several months of pharmaceutical records after accidental deletion and hard-disk failure. Discuss the importance of establishing a reliable data-backup practice.
Introduction: define backup only briefly as context. Main body: recovery after deletion or corruption; recovery of earlier versions; protection from human error; protection from hard-disk failure; recovery after virus or spyware damage; saving reconstruction time; freeing disk space by archiving inactive data. Conclusion: backup preserves continuity and protects valuable pharmaceutical information.
Classify and explain the main malicious threats described in the facilitator guide, showing how their mode of activation or spread differs.
Explain time bomb, logical bomb, worm, Trojan horse, boot-sector virus, macro virus and blended threat. For each, state its defining activation or spread characteristic. Conclude that correct classification supports recognition and control of threats.
A pharmacy computer is frequently connected to the internet and receives files through flash drives. Discuss the importance of antivirus software in this setting.
Introduction: antivirus is a security utility for threats. Main body: virus and spyware protection; phishing protection; web protection; removable-device scanning; firewall control; blocking spam or malicious sites; password protection; regular updates; possible performance improvement. Conclusion: antivirus reduces the risk of data loss and unauthorised access but should be used with backups.
Discuss the importance of HMIS to a district health-management team responsible for several facilities and health programmes.
Introduction: HMIS provides information for management decisions. Main body: monitoring targets and health-care improvement; planning limited resources; allocating human and non-human resources; formulating policy from facility and community data; coordinating programmes and organisations; assessing whether actors perform expected roles. Conclusion: HMIS links reliable information with monitoring, planning and coordination.
A vertical health programme experiences stock shortages, weak quantification and delayed decisions. Discuss how pharmaceutical information management can improve the programme.
Introduction: PMIS integrates pharmaceutical data for decisions. Main body: timely stock-status reporting; evidence-based decisions; improved procurement, storage and distribution; better availability; lower operating costs; monitoring adherence, resistance, safety and product quality; accurate quantification, budgeting and resource mobilisation; improved coordination with partners. Conclusion: timely and accurate pharmaceutical information strengthens programme performance.
Discuss the importance of computer networking in a hospital pharmacy that must communicate with stores, clinics, accounts and prescribers.
Introduction: networking connects devices and users to share resources and information. Main body: interdepartmental sharing; acquisition and delivery support; stock and inventory control; reduced waiting time and expenditure; efficient recording and requests; bill tracking; patient-safety and quality monitoring; product and price updates; electronic prescribing. Conclusion: networking improves speed, coordination and quality of pharmaceutical services.
Explain why data backup and antivirus software should be used together to protect pharmaceutical information.
Introduction: the two controls have different but complementary roles. Main body: antivirus detects and blocks threats; updates maintain recognition; web and removable-media scans reduce infection; firewall and phishing protection reduce unauthorised access; backup restores deleted, corrupted or infected files; earlier copies protect against user error and disk failure; offloading can preserve space. Conclusion: neither control fully replaces the other.
Discuss how HMIS and pharmaceutical information management together support evidence-based management of a vertical programme.
Explain HMIS monitoring, planning and coordination, then connect PMIS to stock status, medicine availability, quantification, procurement, budgeting, adherence, resistance, safety and partner coordination. Conclude that general health information and pharmaceutical information together support complete programme decisions.
A pharmaceutical team uses a network to share a report with several departments. Explain how networking benefits dissemination and how report-writing principles protect the quality of the shared information.
Networking enables rapid sharing, coordination, reduced delays and access to current information. Report principles ensure the disseminated content is accurate, complete, concise, objective, clear and properly formatted. Conclude that fast dissemination is useful only when the information itself is reliable and understandable.
Complete Sample End-of-Semester Theory Paper
SECTION A: MULTIPLE CHOICE QUESTIONS — 10 MARKS
A report contains only facts that were actually observed or verified. Which principle is being applied?
- A. Accuracy
- B. Completeness
- C. Conciseness
- D. Planning
- E. Coordination
Which action best supports conciseness in a health report?
- A. Adding repeated explanations
- B. Using flowery expressions
- C. Removing unrelated details
- D. Hiding unfavourable findings
- E. Using vague statements
Which benefit of backup directly addresses accidental deletion by a tired user?
- A. Human-error recovery
- B. Electronic selling
- C. Report objectivity
- D. Programme coordination
- E. Network sharing
A malicious program activates on a specified calendar date. How is it classified?
- A. Time bomb
- B. Worm
- C. Macro virus
- D. Boot-sector virus
- E. Trojan horse
A malicious file appears to be useful software and requires the user to run it. Which classification fits?
- A. Trojan horse
- B. Worm
- C. Boot-sector virus
- D. Time bomb
- E. Macro virus
Why are regular antivirus-definition updates important?
- A. They help the software recognise new threats
- B. They replace every backup
- C. They create a network automatically
- D. They prepare HMIS plans
- E. They guarantee perfect report grammar
A health programme compares its target with actual results over time. Which importance of HMIS is illustrated?
- A. Monitoring performance
- B. Classifying viruses
- C. Formatting reports
- D. Electronic dispensing
- E. Freeing disk space
Which group of activities summarises the main importance of HMIS in the facilitator guide?
- A. Monitoring, planning and coordination
- B. Invoicing, selling and advertising
- C. Typing, printing and scanning
- D. Formatting, deleting and renaming
- E. Encrypting, cabling and browsing
Which activity was part of integrating pharmaceutical logistics with vertical programmes?
- A. Coordinating procurement, storage and distribution
- B. Removing all stock-status reports
- C. Stopping receipt management
- D. Avoiding development partners
- E. Deleting laboratory-reagent data
Networking supports patient safety mainly by helping staff to do what?
- A. Share information and monitor medicine efficacy and safety
- B. Delete pharmaceutical data
- C. Avoid product updates
- D. Stop communication between departments
- E. Increase expenditure
SECTION B: MULTIPLE TRUE/FALSE — 10 MARKS
Write TRUE or FALSE for each statement. Each correct response carries 0.5 mark.
- Accuracy requires the writer to distinguish facts from opinions and hearsay.
- A backup guarantees that a hard disk will never fail.
- A time bomb is triggered by a particular date or time.
- Quick scanning of removable devices is one benefit of antivirus software.
- HMIS information helps monitor whether health-programme goals are being achieved.
- Integration with vertical programmes increased operating costs and reduced medicine availability.
- Networking can facilitate sharing pharmaceutical information between service areas.
- Online medicine-price updates and electronic prescribing are supported by networking.
- Protection from phishing attempts is unrelated to antivirus software.
- Accurate data from facilities and communities can support policy formulation.
- Backing up before a major system change is unnecessary.
- Antivirus software can detect and remove threats before they damage data.
- HMIS supports coordination of national programmes and non-governmental organisations.
- Quantification and procurement planning can be done accurately without timely information.
- Networking may support recording drugs, requesting items and tracking payments.
- Objectivity requires an unbiased and open mind.
- An earlier clean backup may help restore data damaged by a virus.
- A macro virus is associated with documents created by applications such as Word or Excel.
- Planning resource allocation does not require health data.
- Stock-status reporting is one integrated function supporting vertical programmes.
SECTION C: MATCHING ITEMS — 10 MARKS
Question 6A: Match the five report-writing principles with their descriptions. (5 marks)
Question 6B: Match the five virus classifications with their descriptions. (5 marks)
SECTION D: SHORT ANSWER QUESTIONS — 40 MARKS
- State six basic principles of good report writing.
- Explain the ‘human eraser’ as an importance of backup.
- Differentiate a worm from a Trojan horse.
- Why should antivirus software be updated regularly?
- Explain the three main importance areas of HMIS.
- Explain six ways pharmaceutical information management benefits vertical programmes.
- Explain six benefits of networking in pharmaceutical services.
- How does networking improve pharmacy business operations?
SECTION E: GUIDED ESSAY QUESTIONS — 30 MARKS
- A pharmacy supervisor receives a poorly written monthly report containing unsupported opinions, repeated statements, missing findings and unclear headings. Discuss how the six principles of good report writing should be applied to improve it.
- Discuss the importance of computer networking in a hospital pharmacy that must communicate with stores, clinics, accounts and prescribers.
Answer Guide for the Sample Theory Paper
- 1. A — Accuracy requires factual information, distinction between fact and opinion, and careful proofreading.
- 2. C — Conciseness requires removal of unrelated, incidental and non-essential information.
- 3. A — The facilitator guide calls this the “human eraser” problem; a backup can restore work deleted by mistake.
- 4. A — A time bomb performs its activity at a particular date or time.
- 5. A — A Trojan horse appears useful but causes damage after the user installs or runs it.
- 6. A — New threats appear continually; updated definitions help antivirus software counter the latest threats.
- 7. A — HMIS supplies information needed to determine whether programme goals are being reached.
- 8. A — The guide’s key points identify monitoring performance, planning and coordination.
- 9. A — The guide lists coordination of procurement, storage and distribution as an integrated function.
- 10. A — The guide links networking with better information sharing, quality of care and monitoring medicine efficacy and safety.
- Section B, Question 2: TRUE, FALSE, TRUE, TRUE, TRUE
- Section B, Question 3: FALSE, TRUE, TRUE, FALSE, TRUE
- Section B, Question 4: FALSE, TRUE, TRUE, FALSE, TRUE
- Section B, Question 5: TRUE, TRUE, TRUE, FALSE, TRUE
- 7. Accuracy; completeness; conciseness; impartiality/objectivity; clarity; and proper report formatting.
- 8. A tired or unprepared user can delete or overwrite valuable information very quickly. A backup can save hours, days or months that would otherwise be spent reconstructing the lost data.
- 9. A worm replicates itself and can spread across networks without human action. A Trojan horse appears to be useful or legitimate software, requires a user to run it, and then causes damage or opens unauthorised access; it does not spread like a worm.
- 10. New viruses and online threats appear continually. Updated antivirus definitions allow the program to recognise and counter recent threats and provide continuing protection.
- 11. Monitoring performance: provides information to determine whether programme goals are being reached. Planning: supports allocation of limited human, financial and material resources and policy formulation. Coordination: helps the Ministry assess and coordinate the work of health programmes and organisations.
- 12. It supports evidence-based decisions; lowers operating costs through integration; improves availability of medicines, supplies and reagents; supports monitoring of adherence, resistance, patient safety, product quality and financing; provides relevant, accurate and timely supply information; and supports quantification, procurement planning, budgeting, resource mobilisation and programme management.
- 13. It improves acquisition and delivery of materials; supports stock and inventory control; gives staff more time for clients; reduces waiting time, expenditure and manpower needs; facilitates information sharing among service areas; supports efficient recording, ordering and payment tracking; improves patient safety and quality of care; provides price and product updates; and supports online or electronic prescribing.
- 14. It makes it easier to record drugs, request consumable and non-consumable items, track stock, process or follow medicine bills and obtain product or price updates.
- 15. Introduction: explain that good reporting communicates reliable evidence for action. Main body: explain accuracy, completeness, conciseness, objectivity, clarity and formatting, applying each to the weaknesses in the scenario. Conclusion: state that applying all six principles produces a factual, complete, readable and unbiased report.
- 16. Introduction: networking connects devices and users to share resources and information. Main body: interdepartmental sharing; acquisition and delivery support; stock and inventory control; reduced waiting time and expenditure; efficient recording and requests; bill tracking; patient-safety and quality monitoring; product and price updates; electronic prescribing. Conclusion: networking improves speed, coordination and quality of pharmaceutical services.
Section C answers
6A: Accuracy → factual and verified information; Completeness → all relevant findings and explained gaps; Conciseness → removal of repetition and non-essential detail; Objectivity → unbiased presentation; Clarity/formatting → logical, understandable sections.
6B: Time bomb → date/time trigger; Logical bomb → event/condition trigger; Worm → self-replication across networks; Trojan horse → appears useful but damages when run; Macro virus → spreads through application documents.
End-of-Semester Practical Guide
5.1.1 RT (b): Electronic filing and data security
Create a logical folder arrangement, use meaningful file names, protect completed records, control access, limit printing or sharing, use passwords or encryption where required, apply antivirus and firewall protection, create backups and separate active from inactive records.
5.1.2 RTs (c), (d): Graphs, histograms, trends and problems
Enter and verify data, select the correct range, generate a suitable graph or histogram, add titles and labels, identify increasing, decreasing, constant or irregular trends and state the service problem shown by the pattern.
5.1.3 RTs (b), (c): Prepare and present a report
Prepare a clear report containing accurate data, organised findings, a conclusion and recommendations. Apply the six principles of report writing, format the report in a word processor and prepare a brief presentation whose visual content agrees with the written report.
5.1.4 RT (g): Search for information
Open a browser, enter clear search terms, review the results, choose the most relevant source, refine the terms when necessary and record or save the required information together with its source.
5.1.5 RTs (c), (d), (f): Invoicing, dispensing and inventory
Prepare an electronic invoice, record a dispensing transaction and update stock after receipts, issues, adjustments or physical inventory. Verify the details before saving or submitting the transaction.
5.2.2 RT (d): Generate an HMIS/MTUHA report
Use authorised login details, select the correct organisation unit and reporting period, confirm data entry and validation, generate the required report, check completeness and accuracy, save or export the report and log out.
5.2.3 RT (c): Prepare a report from analysed data
Identify a trend, recognise the pharmaceutical-service problem, compare relevant service and logistics information, and prepare a short report containing the period, findings, interpretation, problem and recommended action.
General evidence expected from a competent candidate
- Correct use of the assigned computer package or database.
- Accurate data entry and verification.
- Logical file names and correct saving location.
- Outputs that agree with the supplied source data.
- Clear titles, labels, findings and conclusions.
- Appropriate security, backup and logout procedures.
- Ability to explain the result and the action required.
Practical Questions with Expected Answers
Question 1 — Secure electronic filing (20 marks)
Task: Create an electronic filing system for twelve pharmaceutical-service documents. Use folders for Active Records, Completed Records and Addenda; use meaningful file names; restrict completed records to read-only; create a backup copy; and prepare a one-page note showing the security controls applied.
- Folder structure is created correctly and files are placed in the appropriate folders.
- File names are clear, consistent and support quick retrieval.
- Completed records are set to read-only or otherwise protected from unauthorised alteration.
- Appropriate access, password or encryption control is demonstrated or described.
- A backup copy is created in a separate location.
- The security note identifies access control, antivirus/firewall protection, backup and authorised printing or sharing.
Question 2 — Spreadsheet analysis and presentation (30 marks)
Task: Using the supplied monthly consumption and stock data, create a suitable graph and histogram, identify two trends and one pharmaceutical-service problem, prepare a one-page report and present the main findings in four slides.
- Data are entered and checked correctly.
- A correct graph is generated with title, axes and legend.
- A histogram is generated from the selected frequency data.
- At least two trends are accurately stated from the displayed data.
- The problem identified is supported by the trend, for example a possible stock-out when stock falls while consumption rises.
- The one-page report applies accuracy, completeness, conciseness, objectivity, clarity and formatting.
- The four slides communicate the main data, trend, problem and action clearly.
Question 3 — Search, invoice, dispensing and inventory (25 marks)
Task: Search for specified pharmaceutical information using the internet; record the source; then use the training application to prepare an electronic invoice, record one dispensing transaction and update the inventory balance after receipt and issue of stock.
- Search terms are entered correctly and refined when necessary.
- A relevant result is selected and its source is recorded.
- The electronic invoice contains correct parties, items, quantities, prices and totals.
- The dispensing transaction contains correct patient and medicine information and is saved.
- Receipt and issue transactions are recorded and the stock balance is updated accurately.
- All records are checked before final saving or submission.
Question 4 — HMIS report generation and analysed report (25 marks)
Task: Using the training HMIS/MTUHA database, select the correct organisation unit and period, generate a pharmaceutical report, identify one trend and one service problem, and prepare a brief evidence-based report with a recommended action.
- Authorised login and correct organisation unit or period are used.
- The required report is generated from the correct data set.
- The output is checked for completeness and accuracy.
- A valid trend is stated from the data.
- A pharmaceutical-service problem is correctly identified from the analysed information.
- The brief report includes period, findings, interpretation, problem and recommended action.
- The report is saved or exported and the user logs out.
Facilitator-Guide References
| Assessment area | Facilitator Guide location |
|---|---|
| Electronic filing and data security | Session 1, pages 5–15 |
| Graphs, histograms and trends | Sessions 3–5, pages 29–74 |
| Report writing and presentation | Session 6, pages 75–80 |
| Backup, viruses, antivirus and searching | Session 7, pages 82–97 |
| Electronic invoicing, dispensing and inventory | Session 8, pages 100–107 |
| Importance of HMIS | Session 9, pages 108–113 |
| HMIS/MTUHA report generation | Session 10, pages 115–130 |
| Analysed HMIS/MTUHA reports | Session 11, pages 132–137 |
| Pharmaceutical information in vertical programmes | Session 12, pages 139–142 |
| Networking and dissemination | Session 13, pages 144–147 |
