Lville Design

Lville Design

Design Rubric

West V.

Homework due September 6-Upper Arm Side

Classwork 9/6/2022- Upper arms
Homework Due 9/9/2022-Horizontal Upper Arm
Classwork 9/9/2022
Classwork – Base Plate – 9/12/22
Homework due 9/13/2022
Classwork 9/13/2022
Homework due 9/16/2022
classwork 9/16/2022

Homework and CLasswork 9/19/2022
Hw due 9/22/22
Classwork 9/22/22
Classwork 9/26/22
PHONE SKETCH
PHONE SKETCH

Hw Due 9/29/2022

Need to insert for my lamp progressions

Hw Due 10/3/2021 – worked on all my dimensions and worked on my speakers

Class work 9/29/2022 –
Classwork 10/3/2022 – finished the upped part of my lamp, hardware included

Phone Final – Classwork 10/4/2022
Lamp Final – Classwork 10/4/2022
The 4 images above are my ideas for a phone stand

For Classwork on Friday October 7th I had nothing to post as I only brainstormed more ideas

Classwork Oct 11

Classwork for oct-11.

HW due 0ct-13
Hw due oct-13
Classwork oct-13
HW Due Oct-17

The Series of images above are a collection of the last week during homework and classwork periods. I decided to design a simple-to-use phone stand with easy charging access. You can fit a charger underneath and feed it through until the hole in the stand where it can feed through and charge your phone. The object the phone is resting on has a place for a mag-safe magnet to be installed so the phone can look as if it has nothing holding it up. The object the phone is resting on also has a moving joint, so you can maneuver your phone to a favored position without a hassle.

Homework is due Oct 18. I created a ball joint, so my phone could move on the stand.
Phone Base final due Oct 18. In this image, the charging holes are clear, and you are able to see the airpod stand.
In this image of my final you can see where the phone charger exits the pole and the pole that has the ball joint which allows the phone to spin
This image of the final shows the plate my phone rests on, the discolored circle is where the mag-safe magnet will go that has enough power to hold my phone. The base plate is connected via a rod to the ball joint, allowing full spin.
These are the dimensions for h
Bottom side of my phone stand, you can clearly see the cuts where the chargers fit without putting the stand off-balance.

The two images above are the FINAL VERSION of my phone stand

My initial lamp ideas- Hw due oct 28

Lightbulb work during Friday class for my lamp project- Classwork due Oct 28

Classwork Monday, Oct 31 I brainstormed more lamp ideas, no visual work.

Hw is due Tuesday, Nov 1, Tonight for Hw I brainstormed my idea, I put a canvas of the image I want to use as inspiration for my lamp. I will be doing an old scuba divers helmet. Did not get to start it yet, but will have a lot done by end of class, and hopefully go to consult

Class work Nov 1- Started the main body of my scuba helmet, not too pretty, but she’ll get there.

The two images are my Homework and Classwork for Friday November 4th. For homework I worked on creating the lenses that would attach to the sides of my helmet and started on the cuts for the chest piece and finished it in class

Homework due Monday nov 7. I created the stand for my helmet.

Classwork nov 7: I worked on my threads for my lightbulb, jointed it to my stand, created wire holes in my stand and then jointed it to my helmet.

Hw Due wed November 9th- tonight I made the main lense for my scuba helmet. In class I wish to finish the main body.

Wed November 9th classwork – today I made the shoulder piece less bulky than it was before. I cut off some major pieces which took a ton of work

Hw due November 11th- Worked on an outline for the chest piece and shortened my stand

In class, Friday November 11th, I created both a table (32 inches high, 4 feet wide and long, 1 inch thick, and 4 by 4 inch legs) and I created a room, which is 16 feet by 16 feet with 8 foot high walls

For my final presentation I created an outlet and cord. This and the following images are my final

Final lamp project – This project was incredibly fun, not only did I get to experiment with fusion, but I got to be creative, creating a lamp of a old fashioned scuba dive helmet. This project was incredibly confusing as a ton of my extrusions and joints took hours of work. Overall, with the room I created and the table, I think my lamp turned out incredible.

How you change my lightbulb: Though it is impossible to create a large thread, in reality, the bottom metal neck piece(Little round circle directly below the shpere) would have a thread along the inside. This would allow for the whole upper part of the helmet to come off with ease as the neck piece would also have a thread allowing for an easy on/off screw. You could then change the bulb and screw the helmet back on.