STEM

These STEM-focused programs at various middle schools engage students in hands-on, project-based learning across multiple fields, while preparing them for future careers in engineering, design, technology, and aerospace. Applied Engineering introduces students to STEM concepts through real-world problems, using the design process and available school resources to develop prototypes, laying a foundation for careers in engineering and technology. Design and Production teaches students to apply design and technology to solve everyday problems, using 3D modeling software and hands-on creation of products and prototypes, providing skills relevant to careers in industrial design, product development, and manufacturing. Robotics focuses on developing creative innovators by applying mechanical principles and programming to design and build solutions in collaborative settings, offering a pathway into careers in robotics, automation, and software engineering. Flight and Space explores aeronautics and aerospace science, allowing students to design, build, and test prototypes with the help of simulation software, providing a strong foundation for careers in aerospace engineering, aviation, and space exploration. Each course fosters problem-solving, collaboration, and creativity in design and engineering, equipping students with the skills necessary for success in a wide range of technical careers.

Courses in this Pathway

Applied Engineering

Location: Chinook Middle School, Highland Middle School, Odle Middle School, Tillicum Middle School, Tyee Middle School

This semester-long, hands-on, project-oriented design class introduces STEM (Science, Technology, Engineering, and Math) principles, concepts, and guidelines engaging students in current topics related to industry standards and practices. Using the design process, creativity, and an understanding of materials, machines, and equipment students will solve a variety of technology problems. Students will use a design cycle to solve problems and challenges using the current equipment and facilities available in each school. Students will learn how to utilize a clean room for creative design and a fabrication room for model/prototype development. Participation and completion of Applied Engineering prepares students to collaboratively solve open-ended problems with an engineering and creative design mindset.

Design and Production

Location: Chinook Middle School, Highland Middle School, Odle Middle School, Tillicum Middle School, Tyee Middle School

This activity-oriented, cutting-edge program shows students how design and technology are used in engineering to solve everyday problems. Students will gain the skills they need to develop, produce, and use products and services. Using the design process, students will solve problems and understand the influence that creative and innovative design has in our lives. Students use industry standard 3D modeling software to draw virtual images of their designs and produce a portfolio displaying their creative solutions. Students will take their designs to the shop and build a product and or prototype and will begin to recognize the value of capturing and documenting their ideas. Students develop skills in design drawing, problem solving, and research while learning strategies for design process documentation, collaboration, and presentation.

Robotics

Location: Chinook Middle School, Highland Middle School, Odle Middle School, Tillicum Middle School, Tyee Middle School

This activity-oriented, cutting-edge program shows students how technology is used in engineering to solve everyday problems. The goal of the Robotics course is to motivate students to become creative innovators. Students will gain skills to develop, produce, and build innovative products and prototypes through problem solving and working in collaborative groups. They will apply mechanical principles and programming skills to solve a variety of challenges.

Flight and Space

Location: Chinook Middle School, Highland Middle School, Odle Middle School, Tillicum Middle School, Tyee Middle School

This semester-long, hands-on, project-oriented class introduces the exciting world of aerospace. Students explore the science and history behind aeronautics and use their knowledge to design, build, and test different projects throughout the semester. Simulation software will be used to test and design ideas prior to building and testing prototypes. Students develop skills in problem solving, research, and design while learning strategies for design process documentation, collaboration, and presentation.

Post-Secondary Opportunities

University of Washington (UW): UW offers extensive undergraduate and graduate programs, including renowned STEM fields.
Washington State University (WSU): WSU provides a wide range of programs, emphasizing research and innovation, particularly in agricultural and engineering sciences.
Central Washington University (CWU): CWU offers diverse programs with a focus on undergraduate education and strong STEM offerings.
Eastern Washington University (EWU): EWU provides various programs, including those in science and technology fields.
Western Washington University (WWU): WWU offers programs emphasizing environmental science and technology.

Careers in this Pathway

Mechanical Engineer: Design, develop, and test mechanical systems and devices such as engines, machines, or HVAC systems.
Civil Engineer: Plan, design, and oversee construction projects such as buildings, roads, bridges, and infrastructure, ensuring they are safe and functional.
Electrical Engineer: Work with electrical systems, designing components such as circuits, power systems, and electronic devices.
Aerospace Engineer: Design aircraft, spacecraft, and defense systems, working with advanced technologies to explore air and space travel.
Chemical Engineer: Apply chemistry principles to design and improve manufacturing processes, including the creation of chemicals, materials, and energy solutions.