STEM

"This class allows you to explore your creativity. We work on hands-on projects and actually create something. I’ve learned a lot of the actual fundamentals in engineering... It's interesting because if I were to take a job in engineering, which I am looking towards, it's something that would follow me life."

DANIELLE, FWPA
Engineering Essentials

INTRODUCTION TO ENGINEERING DESIGN

Scholars will learn to analyze problems and design potential solutions as scientists and engineers through a series of project-based units and activities. Using powerful 3-dimensional design and modeling software, scholars will create and model their own inventions and designs. The major focus of the IED course is to expose scholars to the design process, research and analysis, teamwork, communication methods, global and human impacts, engineering standards, and technical documentation.

"I like engineering and I want to go into that field. This class helps me with projetcs that I'd like to do in the future."

JENNIFER, THOMAS JEFFERSON HS
Principles of Engineering & Robotics

"I think this is a really good start for a pathway in the future. Taking a class like this is definitely improving my skills to become a professional engineer."

DAVIN, DECATUR HS
Principles of Engineering & Robotics

AEROSPACE ENGINEERING

This Project Lead the Way specialty course helps scholars expand horizons with projects developed with NASA-aerodynamics, astronautics, space-life sciences, and systems engineering. Scholars will learn skills in support of engineers and other professionals engaged in developing, manufacturing, and testing aircraft, spacecraft, and their systems. Includes instruction in aircraft, spacecraft system technology; design and development testing, prototype and operation testing; instrumentation, test equipment, and maintenance report vocabulary. This course is project-based and creates an environment for applying engineering principles in the field of aerospace.

Prerequisite: Principles of Engineering & Robotics

robotics (high school)

This course provides an introduction to various aspects of robotics, including robot systems, microcontrollers, programming, design, basic fabrication, and an introduction to engineering principles. Scholars use the Vex Robotics system and the RobotC language in various challenge-based explorations culminating with the construction of a robot to compete at the Vex Swept-Away or other in-class competition. In addition, this course will provide opportunities for scholars to develop collaboration, problem-solving, and communication skills, building skills necessary for success in STEM careers.