south texas college

South Texas College Makerspace

Where creativity resides

Engineering


The engineering section of our lab is equipped with a variety of tools and resources designed for hands-on electronics and programming projects. We offer a range of Arduino Unos and Raspberry Pi units, providing versatile platforms for prototyping and experimentation. These devices are ideal for developing embedded systems, IoT projects, robotics, and custom applications. The section is well-stocked with essential components, such as sensors, motors, and accessories, to support creative development and problem-solving in engineering design.

Equipment Access

To use the Makerspace equipment, participants must first have either: attended one of our Makerspace Workshops 
or 
completed the series of online 3D Printing trainings through Niche Academy.


Niche Academy Trainings

For new makerspace users, select the Niche Academy link above to access our online safety and hardware trainings for the Pecan Makerspace. An account will need to be created in order to track your completion status.

Once you are on the website:

  • Click on the user icon    located at the top right corner.
  • Click "Create a free account"
  • Fill out the information form (First Name, Last Name, etc.)
  • Create My Account

You will automatically receive an email with your credentials.

Once you are logged in to Niche Academy, complete trainings under  titled:

 

 

 

Completion of these trainings will enable you to reserve the at any of our Makerspace locations.

Tools


Arduino Uno

The Arduino Uno is a popular open-source microcontroller board used for building electronic projects. It features an ATmega328P microchip and is known for its simplicity, ease of use, and versatility.

You can use an Arduino Uno to create a wide range of projects involving sensors, motors, lights, and other electronic components. It allows you to control devices, interact with the environment, and create automated systems. Common applications include:

  1. Robotics: Building autonomous robots that can sense their surroundings and navigate. 
  2. Home automation: Controlling lights, thermostats, and other home devices remotely.
  3. Wearable electronics: Creating interactive garments or accessories.
  4. Art installations: Developing interactive displays or sculptures.
  5. Educational projects: Teaching students about electronics and programming.

The Arduino Uno is programmed via the Arduino IDE (Integrated Development Environment) using a simplified version of C++ and has a large online community with resources and tutorials to help you get started.

Raspberry Pi

Coming soon.