Step 1:

We begin this stage of the work by taking the measure- ments of my actual glasses, so that the final model is adapted to my morphology and therefore wearable. Here are the different measurements that I was able to take:

• frame front width = 140 mm 

• frame front height = 50 mm 

• lens height = 47 mm

• lens width = 60 mm

• bridge width =18 mm

Step 3:

At this stage, I personalized the design to make it more unique and visually interesting, so I added:

• A small arrow symbol on the center of the frame, inspired by the iconic arrow on Aang’s head from Avatar 

• Pyramid shapes on both sides of the frame, to give it a bold and original style. 

• I added a little inclination  using "Spline" and then I fixed them with the lock so that it doesn't move.

Step 5:

Now that the design of the front frame is complete, the next step is to verify that the entire sketch is fully constrained in Fusion 360.

This means making sure that all shapes and lines are fully defined by dimensions and constraints, with no parts left floating or undefined.
A fully constrained sketch ensures stability, accuracy, and ease of modification later on.

In Fusion 360, we can confirm this by checking that all the sketch lines turn black (instead of blue), which indicates that the sketch is fully constrained.

Step 1:

As with the front frame, I began the arm design by measuring real-world dimensions. To do this, I used my own pair of glasses as inspiration and reference, ensuring that the final model would be both realistic and comfortable to wear. 

• Total length of the arm: 150 mm
  
  

• Width of the arm: 5 mm
  
  

• Average thickness: 4 mm

Step 3:

In this step, we will create fillets for the arm design in Fusion 360. The fillets will smooth out the edges and corners, giving the arms a more refined look while also improving comfort and durability. 

Step 4:

In this step, we design the small connecting parts at the front end of each arm. These parts will allow the arms to be attached securely to the front frame of the glasses.

The design includes a small extension with a hole that matches the screw size and position used on the front frame. This ensures proper alignment and a stable mechanical connection between the arms and the main frame.