Applications and Implications | Week 19

Week Content


What will it do?
Makerbot will help student to understand different making and prototyping experience.
Student particularly work on science projects making models and stuff which explain the concept of the project and working behind it they are in need of some automation which they want to add.
But as soon they see arduino with lot of wires and connection they lose their confidence and feel that it's hard.
Makerbot will help them to learn Micro-controller, coding and Robotics which can help them to make stuffs.
By help of this they will easily learn and work on engineering science and different magnetism concepts.

who's done what beforehand?


I was inspired by Hackabot from Kickstater to make this project with open source components.
Many different boards and design where available by students make something with it there are not that easy so student find its learning easy and good for prototyping so my try was to make something which is very easy for them and cost .


Products like
Pi-Bot: The Ultimate Robotics Education Experience
Link to Pi-Bot Its Kick-starter Project
My idea was to simplify this project to some extent in which training to students would be easy and they like to to work on it.

what materials and components will be required?
It requires electronics with few sensors and LED on it it will be a combination of a Boat which includes all component.
list of component in a bot.
  • LED
  • battery 12 volt dc rechargeable
  • Potentiometer
  • ultrasonic sensor
  • LDR
  • Bluetooth
  • satshakit board
  • 360 Servo Motors
  • Wheels ( 3D Printed )
  • Castor
  • Circuit board
  • LCD Display I2C
Where will they come from?

Materials are generally resources from Amazon and local electronics market I can get that easily as this is like it which is to be which is to be modified for them.

How much will it cost?

Total cost of the project would not exceed from 70$ which is 2000 Indian rupee.
Its Cost of single board would be near 30$ but with whole kit like motors it will be more.


What parts and systems will be made?

Circuit Board milling and soldering t
Connectors
3D Printed Wheels


what processes will be used?

For making this day I like it a lot of different different processes is used to get the final get ready.

  • laser cutting
  • CNC
  • circuit designing
  • embedded programming
  • CAD
  • 3D printing

What tasks need to be completed?

Its need to add more sensors when design for commercial Purpose. Double side PCB design is required.

what questions need to be answered?

I can do a research to find the best material in correlation with the lowest price.

How will it be evaluated?

Projects can be separate or joint, but need to show individual mastery
of the range of skills covered
where possible, you should make rather than buy the parts of your project

Name Description Quantity Price Total
Servo Motor For Both Weels 2 575 1150
Blower Used to blow air in the flute 1 400
3D Printed Flute Stand Pressfitting for holding the flute 3 120
3D Printed Servo Stand To hold the servo 6 240
Laser cut base Base of the flute 2 160
Flute 6 hole UPVC 1 350
Nut and Blts Fixing all the components in the MDF 1 350

Poster and Presentation

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