#Week 13 / Applications and Implications

What is this week assignment?

We should propose a final project masterpiece that integrates the range of units covered.

Your project should incorporate 2D and 3D design

Additive and subtractive fabrication processes

Electronics design and production

Microcontroller interfacing and programming

System integration and packaging

Where possible, you should make rather than buy the parts of your project

Projects can be separate or joint, but need to show individual mastery of the skills, and be independently operable

What is learning outcomes for this week?

Define the scope of a project

Develop a project plan

For this week I need to answer this questions.

what will it do?

who has done what beforehand?

What will you design?

what materials and components will be used?

where will they come from?

how much will they cost?

what parts and systems will be made?

what processes will be used?

what questions need to be answered?

how will it be evaluated?

Introduction

My device is wireless charging desk it will charge quite a few devices at the same time using magnetic induction wireless charging method. This method has these advantages and key technology challenges. It will charge any device which has wireless charging capability. You can place your device anywhere on the surface of the desk and it will charge your device (phone, tablets, computers).I have done some research about wireless charging implementations, and I didn't find wireless charging desk which has fully wireless charging ability.

For final project I will use following components and materials.

For 3D printing I have used white PLA material(Makerbot PLA)-100g

MDF - 500x300mm

Playwood-700x700mm

2 layer boards-4 lists

Bluetooth module HC-05-1

Monochrome 0.96" 128x64 OLED graphic display-1

Atmega328P-1

Attiny44a-8

NE555 timer-8

N chanal MOSFET transistor(RFD16N05LSM)-8

Termistor-8

Voltage Regulator 5V 55TOL53B-8

22uf electrolitic capasitor(SMD)-9

ACS712 current mesuring sensor-1

Copper wire -0.5mm- 10meter

Wiers and connectors

Crystal resonator, resistors , ceramic capasitors in SMD package

Steps to follow for final project

Step 1) Make wireless power transmiter board with his coil.

Step 2) Make Master board for data collection , Bluetooth communication and LCD status showing

Step 3) Make Power supply for desk

Step 4) Make Boxes for wireless power transmiter board

Step 5) Make Desk for Boxes.

Step 6) Wiring

Step 7) Programming and testing

Processes I will use

2D and 3D design for Desk for Boxes(for wireless power transmiter board )

Additive fabrication processe -Boxes using 3D printer

Subtractive fabrication processe- Desk for boxes using Shopbot CNC

Electronics design and production- Master and slave , using KiCad as design tool and SRM-20 as milling machine

Microcontroller interfacing and programming- program for slave and master board

Assemble all parts

Test

Which tools I use for this project .

Project evaluation.