Loomo

Robotics & Embedded Systems Objectives

1. Designed Indication lights for a cart we added to Loomo.

2. Used a jet nano to connect to the Loomo expansion bay to receive commands for the lights to do specific tasks.

4. Autonomous functionality with hardware indication lights.

6. Helped Brandon with autonomous board room navigation.

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Description:

Loomo was an internship we did with Perimeter83. The team consisted of three people. The goal was to make an office assistant. The assistant was to be made by using the robot they already had (Loomo). We had to develop an app for all the autonomous function codes to be running off this included voice command, user input from the screen, boardroom navigation, and a follow-me function. We also needed to add a cart. So we designed a custom hitch that allows for wires to pass through the middle for indication lights we added to the back of the cart.

Link for more: https://uattransportrobot.wordpress.com/

Digital Maker & Fabrication Objectives

2. Designed a custom hitch for the Loomo. I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

3. Designed a custom hitch for the Loomo. I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

4. Autonomous navigation, and indication lights.

5. This was an internship team.

6. Designed a custom hitch for the Loomo. I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

Loomo

Robotics & Embedded Systems Objectives​​

​​​​​​

1. Designed Indication lights for a cart we added to Loomo.​

​​

2. Used a jet nano to connect to the Loomo expansion bay to receive commands for the lights to do specific tasks.​

​

4. Autonomous ​functionality with hardware indication lights.

​

6. Helped Brandon with autonomous board room navigation.​

​

​​

Digital Maker & Fabrication Objectives

​​​​

2. Designed a custom hitch for the Loomo.​ I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

​​

3. Designed a custom hitch for the Loomo.​ I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

​​

4. Autonomous navigation, and indication lights. ​

​​

5. This was an internship team.​

​​

6. Designed a custom hitch for the Loomo.​ I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

Robotics & Embedded Systems Objectives

1. Designed Indication lights for a cart we added to Loomo.

2. Used a jet nano to connect to the Loomo expansion bay to receive commands for the lights to do specific tasks.

4. Autonomous functionality with hardware indication lights.

6. Helped Brandon with autonomous board room navigation.

2. Designed a custom hitch for the Loomo. I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

3. Designed a custom hitch for the Loomo. I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.

4. Autonomous navigation, and indication lights.

5. This was an internship team.

6. Designed a custom hitch for the Loomo. I used Solidworks and mechanical design principles to make a hitch that can be 3D printed as one printed piece utilizing dissolvable support material.