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256 | # Advice: [topic / project]
- **Author:** [name]
- **Date:** [date]
- **Version:** [e.g. v0.1]
- **Classification:** Advice report
- **Client:** [who commissions or approves — e.g. project coach, city sponsor, product owner]
- **Target audience:** [who reads and acts on this document — e.g. project team, technical leads]
- **Company / context:** [e.g. Hogeschool van Amsterdam — Smart Cities studio]
---
## Summary
[One paragraph: project context, the advice question, how you formed the advice (inputs and method), the recommended direction, and the main reason it follows from the evidence. Enough detail for a busy reader to grasp the decision without reading the full report.]
---
## Table of contents
1. [Introduction](#1-introduction)
2. [Advice question](#2-advice-question)
3. [Advice methodology](#3-advice-methodology)
4. [Advice argumentation](#4-advice-argumentation)
5. [Product or solution overview](#5-product-or-solution-overview)
6. [Implementation advice](#6-implementation-advice)
7. [Risks, conditions, and costs and benefits](#7-risks-conditions-and-costs-and-benefits)
8. [Conclusion](#8-conclusion)
9. [Recommendation](#9-recommendation)
10. [Next steps](#10-next-steps)
11. [References](#11-references)
12. [Appendix](#12-appendix)
---
## 1. Introduction
[Start with the purpose of this document: what decision must be made and why now.]
[Explain the project context in plain language. Define key terms or abbreviations on first use — e.g. *Printed Circuit Board (PCB)*, *Electrical Design Automation (EDA)*.]
[State how this advice builds on earlier work. Link to your analysis or research report.]
**Client:** [name / role — who approves or pays]
**Target audience:** [name / role — who implements or evaluates the advice; keep one primary audience]
**Decision criteria**
[Introduce the criteria you will use to form the advice — early in the document, not only at the end.]
| Criterion | Mandatory? | Why it matters for this decision |
| --------- | ---------- | -------------------------------- |
| [e.g. Safety] | Yes | [must be met] |
| [e.g. Buildability] | Yes | [must be met] |
| [e.g. Cost] | No | [trade-off acceptable if mandatory criteria pass] |
**Table 1.** Decision criteria for this advice
[Explain Table 1 in prose: which criteria cannot be traded away and which allow compromise.]
### Scope and limitations
- **In scope:** [what this advice decides]
- **Out of scope:** [what belongs in design, realisation, or a separate analysis]
- **Assumption:** [e.g. prior analysis is accepted as evidence]
---
## 2. Advice question
**Main advice question**
[One open decision question. Example: *Which [solution / tool / approach] should be used for [prototype / rollout] given [constraints]?*]
**Sub-questions**
[List in the order your report answers them. Example flow:]
1. Why does the recommended option best meet the decision criteria?
2. How does the advised solution work as a product or system?
3. How should it be implemented or rolled out?
4. What risks, conditions, and trade-offs must be accepted?
5. [Optional: can this advice be reused elsewhere?]
---
## 3. Advice methodology
[Describe how you formed the advice — not how you researched from scratch.]
1. **Prior analysis** — [link to research / analysis deliverable]
2. **Requirements** — [prototype, client, or stakeholder requirements]
3. **Technical evidence** — [datasheets, standards, measurements]
4. **Comparison** — [options scored or argued against Table 1 criteria]
[Related documents are listed in Appendix A.]
---
## 4. Advice argumentation
*Answers sub-question 1: [restate question].*
[Build up to the recommendation. Do not state the final choice here without evidence. Link each argument to requirements and sources.]
**Table 2.** Requirement and evidence comparison
| Requirement / criterion | Evidence used | Advice direction |
| ----------------------- | ------------- | ---------------- |
| [e.g. Continuous rotation] | [datasheet / analysis finding] | [what this implies] |
| … | … | … |
[Discuss Table 2 in prose before moving to the next section.]
### 4.1 [Argument theme — e.g. technical fit]
[Evidence with citations during or after the paragraph they support.]
### 4.2 [Argument theme — e.g. buildability or scalability]
[Same structure.]
### 4.3 Advantages, disadvantages, and limitations
**Table 3.** Trade-offs of the recommended option
| Aspect | Explanation |
| ------ | ----------- |
| Main advantage | … |
| Disadvantage | … |
| Limitation | … |
### 4.4 Sub-conclusion
*Sub-question 1 was: [restate].* [Answer based on Tables 1–3 and the argumentation above.]
---
## 5. Product or solution overview
*Answers sub-question 2: [restate question].*
[Describe how the advised solution works — diagram, block overview, or fixed-vs-moving parts. Explain what stays where and what connects them.]
[If useful, add a figure with caption and refer to it in the text.]
### 5.1 Sub-conclusion
*Sub-question 2 was: [restate].* [Short answer.]
---
## 6. Implementation advice
*Answers sub-question 3: [restate question].*
[Translate the advice into build order, rollout stages, or validation sequence for design and realisation. Be specific.]
1. [First step — e.g. validate LEDs before motor]
2. [Second step]
3. [Final integrated test]
[Optional: asset or component list of what must be implemented — useful when the advice covers a system rollout.]
| Item / asset | Role | Notes |
| ------------ | ---- | ----- |
| … | … | … |
### 6.1 Sub-conclusion
*Sub-question 3 was: [restate].* [Answer.]
---
## 7. Risks, conditions, and costs and benefits
*Answers sub-question 4: [restate question].*
### Risks and conditions
| Risk or condition | Effect | Mitigation |
| ----------------- | ------ | ---------- |
| … | … | … |
### Costs and benefits
[Qualitative and quantitative where possible.]
| Aspect | Recommended option | Alternative(s) |
| ------ | ------------------ | -------------- |
| **Qualitative benefit** | [e.g. safer wiring, easier maintenance] | … |
| **Quantitative benefit** | [e.g. fits 25 GPIO pins after consolidation] | … |
| **Cost / effort** | [e.g. slip ring purchase, 2 weeks KiCad learning] | … |
### 7.1 Sub-conclusion
*Sub-question 4 was: [restate].* [Answer.]
---
## 8. Conclusion
[Recap each sub-conclusion in order — one short paragraph per sub-question.]
1. **Sub-question 1:** …
2. **Sub-question 2:** …
3. **Sub-question 3:** …
4. **Sub-question 4:** …
**Answer to the main advice question:** [Direct decision in one or two paragraphs, grounded in the recap above.]
---
## 9. Recommendation
[State the final advice clearly and specifically.]
- **Recommended choice:** [e.g. 6-wire slip ring (SenRing SNM022A-06 class), KiCad for manufacturing-ready PCB, staged city rollout with pilot district]
- **Not recommended for this stage:** [options ruled out and why]
- **Conditions:** [what must be true before proceeding — e.g. hardware bring-up checklist complete]
[For stakeholder-facing advice, optional Go / No-Go table:]
| Decision | Meaning |
| -------- | ------- |
| **Go** | [what approval authorises] |
| **No-Go** | [what blocks rollout and what evidence is needed to re-submit] |
---
## 10. Next steps
| Step | Deliverable | Owner |
| ---- | ----------- | ----- |
| 1 | [e.g. Design document with wiring and BOM] | [name] |
| 2 | [e.g. Realisation and validation evidence] | [name] |
---
## 11. References
[One consistent style — e.g. APA 7. Sort alphabetically by author or organisation name.]
---
## 12. Appendix
### Appendix A — Related documents
- [Link to prior analysis / research report]
- [Link to design or realisation deliverables if relevant]
### Appendix B — [e.g. Supporting tables or asset list]
[Only include appendices referenced from the main text.]
|