I plan to make an interactive map detailing the main character's journey. I want to make a map with sliders and 3D locations. I want to have the special locations be 3D and colored.

This is my final map. I am still deciding on how I should make it. I am between laser cutting and printing. I am open to feedback

This is the beginning of my map which I designed on Canva

I made these figures to use for the sliders

Thanks for Listening

Thesis

I will create a board came called, "City-Eat-City." This will relate to Mortal Engines. City-Eat-City will have character pieces, each for one player. The players will then take turns rolling a die to determine how many spaces they advance on the board. Some spaces help the players, while some set them back, with the main goal being that the first person to reach the end wins. Each area on the board has a different important scene from the book, as well.

Conceptual Precedent

Technical Precedent

Initial Sketch

Cuttle Designing (Day 1)

Cuttle Designing (Day 2)

Cuttle Designing (Day 3)

Cuttle Designing (Day 4)

Finished Designing (Day 5)

CharacterPieces Cut (Day 6)

Sign Made (Day 7)

Final Image

Text On The Board Spaces

SPOILER ALERT

(If You Want To Read It, Check My Presentation After Class)

Thanks For Watching!

My idea is to make a card game that will allow the players to lead events in the book Temeraire Victory of Eagles by Naomi Novic.This will relate to the book because a lot of the book is about the Military Commanders and how their decisions impact the war.

Precendents

Conceptual Precedent

Techinal Precedent

Precedent

Sketch

My Process

DAY ONE

DAY TWO

DAY THREE

DAY FOUR

DAY FIVE

DAY SIX

DAY SEVEN

DAY SEVEN

DAY EIGHT

DAY NINE

Thesis Statement

I will create a rover that will be able to travel across very uneven terrain, which will relate to the book Star Splitter.

Conceptual Precedent

Technical Precedent

Additional Precedent

Initial Sketch

Day 1:

Today, I continued to work on and finished the brainstorming worksheet and sent an email to the CCI to order some parts that I need for my project. The project that I want to create is a remote-controlled buggy, which is why I need motors, an IR receiver & remote, wheels, and batteries for the remote.

Day 2:

Today, I started modeling the robot in Onshape. I started by finding some of the parts I ordered and imported them. Then, I started to model the main body of the robot. Tomorrow, I will try to model the suspension mechanism.

Day 3:

Today, I worked on the suspension mechanism on Onshape. I chose to use a Bogie-Bogie suspension system because it allows a vehicle to traverse very tough terrain.

Day 4:

Today, I got the parts printed yesterday and started to assemble them, as you can see in the picture. I also started to print the top half of the chassis, as there was no available printer at the time.

Day 5:

Today, I finished putting together the rover and started to wire it. Tomorrow, I will try to finish wiring the rover and try to start coding it.

Day 6:

Today, I finished wiring the rover, which includes an IR receiver, Arduino, and a motor driver. During Help & Work today, I started to code the robot. The GIF on the right is when I just finished wiring it. Only the right side works because I haven't coded the robot yet.

Day 7:

Today, I continued coding the robot. Using ChatGPT, I got the robot to move forward and backward and turn left and right, but you could not hold down the buttons, so you would have to click it very fast.

Day 8:

Today, I fixed the code and was able to drive the rover for the first time. The battery runs out very quickly, but it is very fun to drive around and can climb over obstacles, such as in the video to the right.

Final Images

Video