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| report:prm [2026/04/30 17:35] – [3.5.2. Stakeholders Management Strategy] team5 | report:prm [2026/05/16 20:40] (current) – team5 | ||
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| and demonstrate fiscal responsibility within the constraints set by the project brief. | and demonstrate fiscal responsibility within the constraints set by the project brief. | ||
| - | === 3.3.1. Ideal Product Cost === | + | == 3.3.1. Ideal Product Cost == |
| This section outlines the projected costs for a full-scale, production-ready deployment | This section outlines the projected costs for a full-scale, production-ready deployment | ||
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| Hardware costs per carriage total 727.59 €, with the Polyamide (PA) Rail enclosure being the single most expensive line item at 138.60 € for two units, specified due to its fire-resistance properties required for compliance with metro safety standards. No equivalent Portuguese-based supplier was identified at the time of writing, with the current source located in France. At scale, per-unit hardware costs could be reduced through bulk procurement across multiple carriage deployments. | Hardware costs per carriage total 727.59 €, with the Polyamide (PA) Rail enclosure being the single most expensive line item at 138.60 € for two units, specified due to its fire-resistance properties required for compliance with metro safety standards. No equivalent Portuguese-based supplier was identified at the time of writing, with the current source located in France. At scale, per-unit hardware costs could be reduced through bulk procurement across multiple carriage deployments. | ||
| - | === 3.3.2. Prototype Cost === | + | == 3.3.2. Prototype Cost == |
| All components were procured through a single supplier ([[https:// | All components were procured through a single supplier ([[https:// | ||
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| Quality management is needed to ensure that every deliverable meets the technical requirements and the expectations of our primary stakeholders: | Quality management is needed to ensure that every deliverable meets the technical requirements and the expectations of our primary stakeholders: | ||
| - | === 3.4.1 Quality Requirements and Metrics | + | == 3.4.1 Quality Requirements and Metrics == |
| To quantify the success of our work, we have established specific metrics and acceptance thresholds. As seen in Table {{ref> | To quantify the success of our work, we have established specific metrics and acceptance thresholds. As seen in Table {{ref> | ||
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| </ | </ | ||
| </ | </ | ||
| - | === 3.4.2 Verification Sheets | + | == 3.4.2 Verification Sheets == |
| While metrics define " | While metrics define " | ||
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| To make CONNECT a success, it is necessary to strategically manage all parties affected by the project. Following the PMBOK standards, this section identifies the key individuals and groups, defines their roles and outlines the management strategy. | To make CONNECT a success, it is necessary to strategically manage all parties affected by the project. Following the PMBOK standards, this section identifies the key individuals and groups, defines their roles and outlines the management strategy. | ||
| - | === 3.5.1. Project Team and Internal Dynamics | + | == 3.5.1. Project Team and Internal Dynamics == |
| We operate under a structure where all members share responsibility for project management. However, as we are a team of students with diverse backgrounds, | We operate under a structure where all members share responsibility for project management. However, as we are a team of students with diverse backgrounds, | ||
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| Using the weekly sprint plan helps us to redistribute tasks if a member is overburdened to prevent burnout and ensure quality. | Using the weekly sprint plan helps us to redistribute tasks if a member is overburdened to prevent burnout and ensure quality. | ||
| - | === 3.5.2. Stakeholders Identification and Roles === | + | == 3.5.2. Stakeholders Identification and Roles == |
| Apart from the main teams, several external entities are involved in the project. In the Table {{ref> | Apart from the main teams, several external entities are involved in the project. In the Table {{ref> | ||
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| Among all stakeholders, | Among all stakeholders, | ||
| - | === 3.5.2. Stakeholders Management Strategy | + | == 3.5.3. Stakeholders Management Strategy == |
| To manage these relationships effectively, | To manage these relationships effectively, | ||
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| - | === 3.6.1. Communication Channels and Tools === | + | == 3.6.1. Communication Channels and Tools == |
| The team uses multiple tools to maintain a continuous flow of information: | The team uses multiple tools to maintain a continuous flow of information: | ||
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| - | === 3.6.2. Communication Matrix === | + | == 3.6.2. Communication Matrix == |
| - | + | Table {{ref>tab: | |
| - | <WRAP center round 100%> | + | |
| <table tab: | <table tab: | ||
| < | < | ||
| + | <WRAP center round box 800px> | ||
| |**Activity**|**Objective**|**Frequency**|**Medium**|**Participants**| | |**Activity**|**Objective**|**Frequency**|**Medium**|**Participants**| | ||
| |Daily Stand-up|Daily tasks and identify blockers.|Daily|WhatsApp / Face-to-Face|Team Members| | |Daily Stand-up|Daily tasks and identify blockers.|Daily|WhatsApp / Face-to-Face|Team Members| | ||
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| |Retrospective|Evaluate team performance and workflow.|Weekly|Face-to-Face|Team Members| | |Retrospective|Evaluate team performance and workflow.|Weekly|Face-to-Face|Team Members| | ||
| |Interim Demo|Present project status to coordinators.|Milestone-based|Presentation|Team & Supervisors| | |Interim Demo|Present project status to coordinators.|Milestone-based|Presentation|Team & Supervisors| | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| - | === 3.6.3. Stakeholder Management | + | == 3.6.3. Stakeholder Management == |
| We maintain a specific communication frequency with external parties: | We maintain a specific communication frequency with external parties: | ||
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| Risk management for CONNECT involves a systematic approach to identify and address potential challenges. Following the PMBOK standards, we have performed qualitative analyses to ensure that risks are treated effectively. | Risk management for CONNECT involves a systematic approach to identify and address potential challenges. Following the PMBOK standards, we have performed qualitative analyses to ensure that risks are treated effectively. | ||
| - | === 3.7.1. Identification of Key Risks === | + | == 3.7.1. Identification of Key Risks == |
| We have identified the following risks categorized into project and product levels. | We have identified the following risks categorized into project and product levels. | ||
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| * Privacy Breach: Unauthorized collection or exposure of user data through the interaction app. | * Privacy Breach: Unauthorized collection or exposure of user data through the interaction app. | ||
| - | === 3.7.2. Qualitative and Quantitative Evaluation | + | == 3.7.2. Qualitative and Quantitative Evaluation == |
| To evaluate these risks, we adopt a 5x5 Risk Matrix seen on the Figure {{ref> | To evaluate these risks, we adopt a 5x5 Risk Matrix seen on the Figure {{ref> | ||
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| * Extreme (15-25): Critical; requires immediate action and response. | * Extreme (15-25): Critical; requires immediate action and response. | ||
| - | === 3.7.3. Risk Analysis, Handling, and Monitoring Table === | + | == 3.7.3. Risk Analysis, Handling, and Monitoring Table == |
| The risk analysis highlights that logistical and physical risks (delivery and vandalism) pose the greatest threat to project success, like it is shown in Figure {{ref> | The risk analysis highlights that logistical and physical risks (delivery and vandalism) pose the greatest threat to project success, like it is shown in Figure {{ref> | ||
| - | |||
| - | <WRAP center round 100%> | ||
| <table risk_analysis_final> | <table risk_analysis_final> | ||
| < | < | ||
| + | <WRAP center round box 1200px> | ||
| ^ ID ^ Risk Description ^ Probability ^ Impact ^ Score ^ Response ^ Management (Action) ^ Follow-up ^ | ^ ID ^ Risk Description ^ Probability ^ Impact ^ Score ^ Response ^ Management (Action) ^ Follow-up ^ | ||
| | R1 | Delivery (Component delays) | 4 | 4 | 16 | Avoid | Purchase from local suppliers as soon as possible. | Weekly tracking of shipment ID. | | | R1 | Delivery (Component delays) | 4 | 4 | 16 | Avoid | Purchase from local suppliers as soon as possible. | Weekly tracking of shipment ID. | | ||
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| | R9 | Ergonomic Strain | 2 | 3 | 6 | Reduce | Create several 3D-printed prototypes for testing. | User feedback surveys. | | | R9 | Ergonomic Strain | 2 | 3 | 6 | Reduce | Create several 3D-printed prototypes for testing. | User feedback surveys. | | ||
| | R10 | Privacy Breach | 1 | 5 | 5 | Avoid | No personal data is collected via the application. | Legal checklist verification. | | | R10 | Privacy Breach | 1 | 5 | 5 | Avoid | No personal data is collected via the application. | Legal checklist verification. | | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| - | === 3.7.3. Definition of Appropriate Risk Responses | + | == 3.7.4. Definition of Appropriate Risk Responses == |
| Based on the results, our strategy prioritizes Extreme and High risks. Delivery (R1) and Vandalism (R5) require immediate mitigation through early procurement and robust mechanical design. | Based on the results, our strategy prioritizes Extreme and High risks. Delivery (R1) and Vandalism (R5) require immediate mitigation through early procurement and robust mechanical design. | ||
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| Connect and share procurement strategy balances regulated industrial components with cost-effective prototyping through centralized purchasing and institutional resource utilization. | Connect and share procurement strategy balances regulated industrial components with cost-effective prototyping through centralized purchasing and institutional resource utilization. | ||
| - | === 3.8.1. Sources | + | == 3.8.1. Sources == |
| Three procurement streams are defined: | Three procurement streams are defined: | ||
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| * Fabrication (Make): ISEP facilities used for 3D printing and lab testing, reducing costs to raw filament only. | * Fabrication (Make): ISEP facilities used for 3D printing and lab testing, reducing costs to raw filament only. | ||
| - | === 3.8.2. Make vs. Buy Decisions | + | == 3.8.2. Make vs. Buy Decisions == |
| The following Table {{ref> | The following Table {{ref> | ||
| - | <WRAP center round box 100%> | ||
| <table tab: | <table tab: | ||
| < | < | ||
| + | <WRAP center round box 600px> | ||
| ^ Item ^ Decision ^ Rationale ^ | ^ Item ^ Decision ^ Rationale ^ | ||
| | Electronic Nodes | Buy | Wemos C3 Mini boards offer greater reliability and lower cost than custom PCBs at prototype stage. | | | Electronic Nodes | Buy | Wemos C3 Mini boards offer greater reliability and lower cost than custom PCBs at prototype stage. | | ||
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| | Sensing Material | Buy | Velostat is a specialized piezoresistive material with no viable in-house alternative. | | | Sensing Material | Buy | Velostat is a specialized piezoresistive material with no viable in-house alternative. | | ||
| | Web Platform | Make | Custom React/ | | Web Platform | Make | Custom React/ | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| - | === 3.8.3. Cost and Schedule Control | + | == 3.8.3. Cost and Schedule Control == |
| Expenditure is tracked against a detailed bill of materials within program budget constraints. Component procurement is milestone-gated to ensure availability before prototype assembly. Miscellaneous parts are sourced locally where possible to reduce lead times. | Expenditure is tracked against a detailed bill of materials within program budget constraints. Component procurement is milestone-gated to ensure availability before prototype assembly. Miscellaneous parts are sourced locally where possible to reduce lead times. | ||
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| ==== 3.9. Project Plan ==== | ==== 3.9. Project Plan ==== | ||
| As detailed in the Global Sprint Plan (see {{ref> | As detailed in the Global Sprint Plan (see {{ref> | ||
| - | <WRAP center round box 600px> | ||
| <table sprint_plan> | <table sprint_plan> | ||
| < | < | ||
| + | <WRAP center round box 600px> | ||
| ^ Sprint | ^ Sprint | ||
| | 1 | 5 march | 12 march | 4 days of availability | | 1 | 5 march | 12 march | 4 days of availability | ||
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| | 12 | 4 june | 11 june | 5 days of availability | | 12 | 4 june | 11 june | 5 days of availability | ||
| | 13 | 11 june | 18 june | 5 days of availability | | 13 | 11 june | 18 june | 5 days of availability | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| The specific tasks and deliverables assigned to these periods are managed in the Project Backlog (see Table {{ref> | The specific tasks and deliverables assigned to these periods are managed in the Project Backlog (see Table {{ref> | ||
| - | <WRAP center round box 900px> | ||
| <table project_backlog> | <table project_backlog> | ||
| < | < | ||
| + | <WRAP center round box 900px> | ||
| ^ Timeline ^ Epic ^ Ticket code ^ Ticket title ^ Status ^ | ^ Timeline ^ Epic ^ Ticket code ^ Ticket title ^ Status ^ | ||
| | Sprint 1 (5 Mar - 12 Mar) | General / No Epic | SCRUM-3 | Communication presentation | Done | | | Sprint 1 (5 Mar - 12 Mar) | General / No Epic | SCRUM-3 | Communication presentation | Done | | ||
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| | Backlog | TESTING | SCRUM-67 | Non-functional testing | To Do | | | Backlog | TESTING | SCRUM-67 | Non-functional testing | To Do | | ||
| | Backlog | TESTING | SCRUM-68 | User-acceptance testing | To Do | | | Backlog | TESTING | SCRUM-68 | User-acceptance testing | To Do | | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| The high-level distribution of Epic responsibilities across the timeline is summarized in the Initial Sprint Plan (see Table{{ref> | The high-level distribution of Epic responsibilities across the timeline is summarized in the Initial Sprint Plan (see Table{{ref> | ||
| - | <WRAP center round box 900px> | ||
| <table initial_sprint> | <table initial_sprint> | ||
| < | < | ||
| + | <WRAP center round box 900px> | ||
| ^ Sprint ^ Start ^ Finish ^ Epics ^ Responsible ^ | ^ Sprint ^ Start ^ Finish ^ Epics ^ Responsible ^ | ||
| | 1 | 5 march | 12 march | INITIATION & PLANNING | All | | | 1 | 5 march | 12 march | INITIATION & PLANNING | All | | ||
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| | 14 | 4 june | 11 june | FINAL REPORT, PRESENTATION & VIDEO | All | | | 14 | 4 june | 11 june | FINAL REPORT, PRESENTATION & VIDEO | All | | ||
| | 15 | 11 june | 18 june | FINAL REPORT, PRESENTATION & VIDEO ; FINAL DELIVERABLES | All | | | 15 | 11 june | 18 june | FINAL REPORT, PRESENTATION & VIDEO ; FINAL DELIVERABLES | All | | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| Lastly, the visual dependencies and duration of these tasks are illustrated in the Gantt Chart (see Figure {{ref> | Lastly, the visual dependencies and duration of these tasks are illustrated in the Gantt Chart (see Figure {{ref> | ||
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| Bellow, we can see Table {{ref> | Bellow, we can see Table {{ref> | ||
| - | <WRAP center round box 600px> | ||
| <table sprint_reports> | <table sprint_reports> | ||
| < | < | ||
| + | <WRAP center round box 600px> | ||
| ^ Sprint ^ Report Link ^ | ^ Sprint ^ Report Link ^ | ||
| | Sprint 3 | {{ : | | Sprint 3 | {{ : | ||
| | Sprint 4 | {{ : | | Sprint 4 | {{ : | ||
| - | </ | ||
| </ | </ | ||
| + | </ | ||
| - | === 3.10.1 Sprint 3 Outcome | + | == 3.10.1 Sprint 3 Outcome == |
| In Sprint 3 we consolidated both the technical foundation of the project and the supporting documentation. The team completed all planned issues in Jira, with no carry‑over work. Key outcomes included updated structural drawings and schematics (V2), the cardboard model, and a refined selection of materials and components. We also advanced the digital side with Figma designs for the message application and progressed written deliverables such as the background/ | In Sprint 3 we consolidated both the technical foundation of the project and the supporting documentation. The team completed all planned issues in Jira, with no carry‑over work. Key outcomes included updated structural drawings and schematics (V2), the cardboard model, and a refined selection of materials and components. We also advanced the digital side with Figma designs for the message application and progressed written deliverables such as the background/ | ||
| - | === 3.10.2 Sprint 4 Outcome | + | == 3.10.2 Sprint 4 Outcome == |
| In Sprint 4 we advanced both the written deliverables and the technical foundations of the CONNECT system. The team completed the core report chapters (Introduction, | In Sprint 4 we advanced both the written deliverables and the technical foundations of the CONNECT system. The team completed the core report chapters (Introduction, | ||
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| Sprint evaluations and retrospectives are fundamental to the team’s Agile workflow, allowing for continuous process improvement. Starting from Sprint 3, the team implemented formal retrospective sessions to identify bottlenecks and refine internal methodologies. | Sprint evaluations and retrospectives are fundamental to the team’s Agile workflow, allowing for continuous process improvement. Starting from Sprint 3, the team implemented formal retrospective sessions to identify bottlenecks and refine internal methodologies. | ||
| - | === 3.11.1. Sprint 3 Retrospective | + | == 3.11.1. Sprint 3 Retrospective == |
| In this sprint, the focus was on establishing the technical foundation. The retrospective revealed significant gaps in task granularity and time management. | In this sprint, the focus was on establishing the technical foundation. The retrospective revealed significant gaps in task granularity and time management. | ||
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| *Action Plan: The team committed to breaking down tasks into sub-tasks (max 4h each) and ensuring Jira is updated daily. | *Action Plan: The team committed to breaking down tasks into sub-tasks (max 4h each) and ensuring Jira is updated daily. | ||
| - | === 3.11.2. Sprint 4 Retrospective | + | == 3.11.2. Sprint 4 Retrospective == |
| Following the action plan from the previous sprint, Sprint 4 showed a marked improvement in organization and team morale. | Following the action plan from the previous sprint, Sprint 4 showed a marked improvement in organization and team morale. | ||