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Project Development

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 Hello! Welcome to My Project Development blog! In this blog, I will be documenting on My team (Kalyani & Friends) and I process o creating a prototype of the BREATHANALYSER. What is a Breathanalyser? It is an chemical device that can detect high concentration of alcohol, it alerts the user with a loud beeping noise and flash a red LED. It will also be equipped with a water dispenser to shoot water at the face of those who consumed large amount of alcohol. What is the objective? It is to reduce the amount of drunk driving cases by including annoying aspects to the breathanalyser such as the loud alarm and water shooter, people will be more reluctant to be tested drunk and be more cautious on how much alcohol they consumed. Roles & Task Allocations for the team: Kalyani: The team leader, Chief Executive Officer (CEO). She is in charge of overseeing the entire process of making the prototype of our chemical device. She makes sure the entire time is on the right track and ensu...
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DOE Hypothesis Testing

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INTRODUCTION My team members: Kalyani Brayden Jolyn Gideon FULL FACTORIAL DESIGN DATA FRACTIONAL  FACTORIAL DESIGN DATA Kalyani will use RUN #4 from FULL and FRACTIONAL design data. Brayden will use RUN #4 from FULL and FRACTIONAL design data. Gideon will use RUN #4 from FULL and FRACTIONAL design data. Runs I will be testing will be RUN #3 from FULL & FRACTORIAL design data. The  catapult  (the one s  that were used in the DOE practical) manufacturer  needs  to determine the consistency of the products they have man ufactured. Therefore they want to determine whether CATAPULT A produces the same flying distance of projectile as that of CATAPULT B.    Scope of the test ➤The human factor is assumed to be negligible. Therefore  different  user will not have any effect on the  flying distance of projectile. Flying distance for catapult A and catapult B is collected using the factors below: Arm length =  _24.1___cm Start angle ...
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DOE

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 Hello and welcome! Today, I will be documenting on how I applied FULL & FRACTIONAL data analysis. I am going to determine the effect of the different factors and rank them on how significant each factor is. I am to analyse CASE STUDY 1. These are the 3 factors: A:  Diameter of the bowls to contain the corn, 10 cm and 15 cm B: Microwaving time, 4 mins and 6 mins C: Power of microwave setting, 75% and 100% Data Collected: Google Drive Link:  https://docs.google.com/file/d/1UtFq9WKG-ZKQU7mfzyCree01LKiKdr1K/edit?usp=docslist_api&filetype=msexcel   Ranking of factors from MOST to LEAST significant: C, B & A FULL DESIGN DATA ANALYSIS The following interactions are: A x B A x C B x C After selecting the runs for each interaction analysis and completing the necessary calculations. This is what my graphs looks like: Interaction effect of A x B For these selections, I have selected Runs 1,5,3,8 for Low B and Runs 2,7,4,6 for High B. The graph shows that the gradie...
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3D Printing

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 Hello everyone! In this blog, I will be documenting my journey into creating my 3D Printed PokeBall in a Cube figurine. Here is a picture of what the final product look likeđź–¨: Design Process I begin my idea by creating something fun like a PokeBall, so I decided to design a PokeBall. To do that, I created a sketch that looks like this↓ After that, I use the extrusion tool and different lengths to make the different layers of the PokeBall. And this what the result of the PokeBall is↓ Once my PokeBall was created, I then design the cube that will contain the PokeBall. I made a sketch surrounding the PokeBall. In the bigger square sketch, I added a smaller square in each big square to creat a frame. I then proceeded to using the extrusion tool and extrude the bigger squares first, I then extrude the small square towards the sphere to create the hole in the big square. Here is what it looks like↓ Finally, I put the PokeBall and cube box together to make my final product design: What ...
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