“Digital Maker and Fabrication

1. Using digital and physical tools, engineer and build prototypes that technology patents are then applied for.

2. Build physical products while demonstrating technique and safety competency across commonly accepted prototyping devices, maker tools and techniques.

3. Produce products that balance form and function while reflecting current and future trends in design and human factors.

4. Demonstrate the ability to evaluate material and build technique options during the creation of products and their prototypes.

5. Demonstrate the ability to effectively implement embedded systems and fundamental electronics into product builds.

6. Place prototypes and builds within the Agile and MVP development frameworks.”

Robotics Engineering

1. Design and complete robotic and embedded systems solutions that address real-world situations and challenges.

2. Demonstrate embedded microprocessor system and circuit skills.

3. Develop mechanical control systems by implementing transducers, actuators, feedback, vision and sensing systems, and other mechanical systems into robotic platforms.

4. Examine and assess a variety of applications within the field of robotics.

5. Model, analyze, and design systems or processes that integrate hardware and software to control autonomous mechanical systems.

6. Implement artificial intelligence and data systems into robotic platforms.”