WEEK 18
Applications and Implications, Project Development
Assignment scope
- Plan a final project masterpiece that integrates the range of units covered in Fab Academy.
- Prepare draft presentation assets: presentation.png (1920x1080) and presentation.mp4 (1080p HTML5, less than 1 minute, less than 25 MB).
- Define project scope, schedule, BOM, progress tracking, and evaluation criteria.
1) What will it do?
My final project is a kinetic modular facade panel for windows and envelopes. It changes its geometry to regulate sunlight and thermal gain, improving indoor comfort while creating dynamic visual patterns in architecture.
2) Integrated skills matrix
| Requirement | How it is covered in my project |
|---|---|
| 2D and 3D design | Parametric module geometry and CAD assemblies in SolidWorks. |
| Additive and subtractive processes | 3D printed parts plus laser/CNC manufactured components. |
| Electronics design and production | Custom PCB design, milling/production, soldering, and validation. |
| Embedded interfacing and programming | Microcontroller firmware to control actuators and sensor response. |
| System integration and packaging | Mechanical, electrical, and control integration in one operable prototype. |
3) Who has done what beforehand?
I reviewed kinetic facade references, responsive shading systems, and previous Fab Academy projects involving modular mechanisms, PCB control, and compact embedded actuation.
4) Sources and references
- Fab Academy weekly assignments and final project examples.
- Dynamic facade case studies (RMIT Design Hub and similar references).
- Datasheets and design guides for microcontrollers, drivers, and sensors.
5) What will I design and make?
- Hexamodular cell geometry and panel arrangement.
- Custom electronics board and wiring architecture.
- Actuation and linkage parts for movement control.
- Assembly fixtures and final packaging supports.
6) Materials, components, and BOM
| Item | Qty | Source | Unit Cost (USD) | Subtotal (USD) |
|---|---|---|---|---|
| Microcontroller board | 1 | Local supplier / lab stock | 8.00 | 8.00 |
| Custom PCB materials | 1 set | Fab Lab | 6.00 | 6.00 |
| Actuators (servo/DC) | 2 | Electronics store | 5.00 | 10.00 |
| Sensors | 2 | Electronics store | 2.50 | 5.00 |
| Acrylic / plywood | 1 set | Local market | 12.00 | 12.00 |
| Fasteners and wiring | 1 set | Local market | 6.00 | 6.00 |
| Total (draft BOM) | 47.00 | |||
Note: This BOM is a draft and will be updated as final sourcing and quantities are confirmed.
7) Project plan and schedule
| Milestone | Status | Target week |
|---|---|---|
| Concept and scope definition | Done | Week 16-17 |
| Mechanical module refinement | In progress | Week 18 |
| Electronics and firmware integration | In progress | Week 18-19 |
| Packaging and reliability tests | Pending | Week 19 |
| Final documentation and presentation assets | Pending update | Final week |
8) What questions still need answers?
- How stable is long-term actuation under repeated cycles?
- What is the best control strategy for smooth movement and low power use?
- How does the panel perform under different real sunlight conditions?
- What is the best balance between module rigidity and lightweight construction?
9) How will it be evaluated?
- The system must open and close reliably through embedded control.
- Custom electronics must power and control modules without faults.
- Fabricated parts must assemble correctly with repeatable tolerances.
- The prototype must be independently operable and clearly documented.
10) Presentation deliverables (placeholders)
| Deliverable | Status | Link |
|---|---|---|
| presentation.png (1920x1080) | Placeholder pending upload | presentation.png |
| presentation.mp4 (1080p, less than 1 min, less than 25 MB) | Placeholder pending upload | presentation.mp4 |
| Linked in final presentation schedule | To be checked after upload | External Fab Academy schedule |
11) Files from my development workflow
Conclusions
This week consolidates my final project strategy with a clear scope, measurable milestones, and a draft bill of materials. It also defines evaluation criteria and pending questions that guide the next design and integration iterations.
The page now reflects both assignment dimensions: Applications and Implications plus Project Development, including the placeholder structure for final presentation assets required by Fab Academy.