- 5SSPP217 Microeconomics Assignment Brief 2026 | King’s College London
- HLT4066 Event Experience and Design Assessment Brief 2026 | CMU
- ARCH6003 Sustainable Building Technologies Assessment Brief 2026
- BUS100 Introduction to Business Assessment 1 Brief 2026 | Charisma University
- DHSM606 Development of the Health and Safety Practitioner (A/650/6696) Assignment Brief 2026
- DHSM604 Maintaining a Safe Workplace Environment (T/650/6694) Assignment Brief 2026
- DHSM602 Risk and Incident Management (M/650/6692) Assignment Brief 2026
- DHSM605 Health and Safety Law, Regulation and Influence (Y/650/6695) Assignment Brief 2026
- DHSM603 Promoting a Positive Health and Safety Culture (R/650/6693) Assignment Brief 2026
- DHSM601 Health and Safety Management Principles and Policy (L/650/6691) Assignment Brief 2026
- UGN3008 Keystone Learning for Health Care Assessment 2, 2026
- UGN3008 Keystone Learning for Health Care Assessment 1, 2026 | University of Sunderland
- OHSM706 Advanced Research Methods (H/650/6274) Assignment Brief 2026
- OHSM704 Strategic Commitment to Health and Well-Being (D/650/6272) Assignment Brief 2026
- OHSM702 Effectiveness of Health and Safety Management Systems (Y/650/6270) Assignment Brief 2026
- OHSM705 Sustainability and Ethics in Health and Safety Practice (F/650/6273) Assignment Brief 2026
- OHSM703 Factors Affecting Risk and Strategic Risk Intervention (A/650/6271) Assignment Brief 2026
- OHSM701 Health and Safety Management Practice (M/650/6269) Assignment Brief 2026
- ELC401 Child Development And Enabling Children To Learn Assignment Brief 2026
- ST5064CEM Networking Assignment Brief 2026 | Coventry University
HH5561 Health Economics and Decision Modelling Assignment, UOG, UK
| University | University of Glasgow (UOG) |
| Subject | HH5561 Health Economics and Decision Modelling |
The assignment involves analyzing a decision model provided in Excel worksheets. Key tasks include:
- Programming the Decision Model
- Use the provided structure and data for a stylized testing intervention.
- Performing Sensitivity Analysis
- Assess how different inputs influence the model’s outcomes.
- Reporting Results
- Write a short report summarizing findings from the model and analysis.
Do You Need Assignment of This Question
Submission Details
- Report Word Limit: Up to 1,000 words, divided into:
- Results (~800 words): Present base case results and sensitivity analysis.
- Conclusions (~200 words): Provide decision-making insights based on the analysis.
- References: Use Harvard Referencing Style consistently.
- Formatting Guidelines:
- Use clear headings, tables, and figures where necessary.
- Ensure tables and figures contribute to the analysis and are legible.
- Avoid redundant data in visual elements.
Worksheets Provided
- Introduction: Overview of assessment details.
- Conceptual Model: Diagram of a decision tree representing the model structure.
- Data: Input parameters for the model, including clinical, cost, and outcome details.
Decision Problem
- Population: Patients admitted to hospital with suspected severe infection.
- Intervention: Adding a test to the clinical pathway to guide antibiotic use.
- Comparator: Existing clinical practice without the test.
- Outcomes: Costs, Quality Adjusted Life Years (QALYs), incremental cost-effectiveness ratio (ICER), and incremental monetary net benefit (INMB).
Model Summary
- Structure: Decision tree.
- Time Horizon: 12 months.
- Perspective: Health care payer (Canadian dollars).
- Follow-up Periods:
- 1 Month: Assess outcomes post-hospital stay.
- 12 Months: Evaluate infection resolution and symptoms.
- Potential Patient States:
- Alive (with/without complications).
- Dead (with/without antibiotics)
Clinical Parameters
| Parameter | Value (Mean) | Standard Error | Notes |
| Mortality | |||
| Baseline (current practice) | 0.15 | 0.02 | 1-month follow-up |
| RR (Testing strategy) | 0.9 | 0.03 | |
| Mortality after complications | 0.3 | 0.06 | 12-month follow-up |
| Mortality (no complications) | 0.05 | 0.01 | |
| Complications | |||
| Baseline (current practice) | 0.25 | 0.04 | |
| RR (Testing strategy) | 0.75 | 0.12 | |
| Antibiotic Initiation | |||
| Baseline (current practice) | 0.85 | 0.07 | |
| RR (Testing strategy) | 0.65 | 0.09 |
Buy Answer of This Assessment & Raise Your Grades
Cost Parameters (CAN $)
| Parameter | Value (Mean) | Standard Error | Notes |
| Testing Costs | $250.00 | NA | |
| Antibiotics | $50.00 | NA | |
| Inpatient Stay (Complications) | $17,500.00 | 500 | At 1 month |
| Inpatient Stay (Patient Died) | $12,500.00 | 350 | At 1 month |
| Inpatient Stay (No Complications) | $4,500.00 | 300 | At 1 month |
Outcome Parameters
| Parameter | Value (Mean) | Standard Error | Notes |
| Alive at 1 Month (QALY) | 0.1 | NA | |
| Alive at 12 Months (QALY) | 0.75 | NA | |
| QALY Decrement for Complications | -0.05 | NA |
Are You Looking for Answer of This Assignment or Essay
Need expert assistance with your MSc Health Economics and Health Policy assignment? Our Assignment Help UK offers comprehensive guidance for programming decision models, conducting sensitivity analysis, and preparing professional reports. With our reliable support, you can tackle complex tasks and ensure top-notch results. We provide tailored solutions to meet academic requirements, helping you excel in your coursework and secure high grades. Don’t let challenging assignments hold you back—contact us today for professional and timely assistance!
Answer
