Engineering concepts

Robot Project

Today we learned that we are starting the semester with a robot project.

Above is the briefing for the project.

This is a continuation of our project.

Above is the briefing for our final sumobot.

Moving servo

today we used a reference to wire and code our first servo to rotate back and fourth.

Servo wiring

Today we learned how to create a visual representation for our circuit using the TinkerCAD circuit tool.

Two servos independent

Today we attached a second servo to our arduinos and used TinkerCAD as reference as well as wrote the code for the servo

Research

This showed me how to add wheels to a robot.

This robot showed me how to hold stuff inside it.

This showed me how to build an arm.

Single point perspective

Moving servo

We coded the servo so it could move.

Two servos independent

We coded our servos to work independently.

Battery power

Today we learned how to use batteries to power our robots instead of it being plugged into he computer wire.

Battery Power wiring

Today we learned how to wire our battery to our servos.

For-back left right

Today we coded our robot to move forward backwards left and right.

ONshape

We used onshape to design a wheel for the hobby motor.

Hobby moter wheel

We used glowforge to cut out our wheel the connected it to the hobby motor.

robot base built

We had to build a stable build for our robot.

Ultra sonic sensor working

I coded and wired my ultra sonic sensor.

Bluetooth connector

We coded our robot to connect to to our phones. So we can use our phones to control our robots using Bluetooth

Bluetooth Controlled

Today we connected to our robots using Bluetooth and coded our robot to move with the control pad.

sumo battle 1

First coat of paint

I painted the whole body brown.

Calendar

This is our calendar for our dog kennel or kitty condo project

Scaling lesson

We learned how to scale draw

4 sketches

WE made 4 sketches for modern dog houses and cat condos.

Detailed sketch

We sketched out our ideas for the Dog house and kitty condo.

Machine learning

The goal of this project is to determine who is in front of the camera. The pictures we took of ourselves this semester is the data we used. The model trains itself by asking whos in the picture. It tests itself hundred of times and its 100% accurate.

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