641 - Introduction to Engineering and Design (IED) (1 credit) 

This course emphasizes the development of design and teaches problem-solving skills in a project- based environment. Teams of students use solid modeling computer design software to produce, analyze and evaluate models of project solutions. PREREQUISITE: Concurrent enrollment in Algebra I or higher.

 

642 - PLTW: Principles of Engineering (POE) (1 credit)

In this second-year course students design and program robotics devices, build and test various machines, and test different materials and systems. Students use math, science and technology to understand, design, and build their prototypes. The course also addresses concerns about the social and political consequences of technological change. PREREQUISITE: Concurrent enrollment in college preparatory mathematics and science. Satisfactory completion of 641 - IED.
 

644 - PLTW: Civil Engineering and Architecture (CEA) (1 credit)

This course offers an overview of the fields of civil engineering and architecture, while emphasizing the interrelationship and dependence of both fields on each other. Students use state of the art software to solve real- world problems and present solutions to hands-on projects and activities in multiple formats, such as PowerPoint, brochures, posters and oral presentations. PREREQUISITE: Concurrent enrollment in college preparatory mathematics and science. Satisfactory completion of 641 - IED and 642 - POE.

 

635 - Computer Science Discoveries (CODE.ORG) (.5 credit)

In this introductory computer science, course students will be empowered to create authentic artifacts and engage with computer science as a medium for creativity, communication, problem solving, and fun. Student will learn problem solving, programming, physical computing, user centered design, and data skills in order to build their own websites, apps, animations, games, and physical computing systems.

 

648 – UW-Milwaukee Computer Science 150: Survey of Computer Science (1 credit) 

This semester-long course covers a survey of computer science. Topics include data storage and manipulation, operating systems and networks, algorithms and data structures, programming languages, artificial intelligence, and computability. This course is taught in partnership with the University of Wisconsin-Milwaukee's dual-enrollment program. Students in this course earn college credit right from our computer lab!

PREREQUISITE: C or higher in Algebra 1.

 

649 - UW-Milwaukee Computer Science 250: Introductory Computer Programming (1 credit) 

A dive into the Java Programming Language. Topics include writing and compiling programs using Java and Eclipse, Java syntax and variables, arithmetic, user input and output, Boolean logic, loops, methods, UX/UI, arrays, and recursion. This course is taught in partnership with the University of Wisconsin-Milwaukee's dual-enrollment program. In addition to earning college credit, students also gain experience creating software in collaboration with a client. PREREQUISITE: C or higher in Algebra 2.

 

650 - Rube Goldberg Machine Design (1 credit) 

A team of students will follow the Engineering Design Process to design and construct a complex machine to accomplish a particular task. The team will work throughout the year to research, sketch, build, and present the device. They will compete in the Rube Goldberg Machine Contest in early March. The students and teacher will decide on specific goals, objectives, and responsibilities for both individuals and the team. PREREQUISITE: One credit of science, completion of IED, concurrent enrollment in mathematics and science. Application required.