* Advanced Engineering Design (Level 2) Semester - 0.5 credit Prerequisite: Successful completion of Foundations of Engineering (Level 1) or Instructor Approval
* Digital Logic 1 / * Digital Logic 1 Honors Semester - 0.5 credit Corequisite: Algebra 2 or higher
Digital Logic 1 introduces students to the fundamentals of logic and its application in circuit design. Topics include number systems, logic gates, Boolean algebra simplification techniques (DeMorgan’s Theorem, Karnaugh mapping), binary arithmetic, multiplexers, flip-flops, memory, and finite state machines. Through hands-on labs and simulations, students will design and analyze digital circuits, developing a strong foundation in combinational and sequential logic. Honors Designation: Students enrolled in Digital Logic 1 Honors must complete all extension labs, demonstrating a deeper understanding of advanced concepts. Quizzes and assessments for Honors students will incorporate increased depth and rigor, requiring more complex problem-solving and circuit analysis. Digital Logic 1 will be stacked with Digital Logic 1 Honors
In this advanced, project-based engineering course, students will build on their foundational knowledge from Foundations of Engineering (Level 1) to design, develop, and construct a large-scale project in a specialized engineering field. Working individually or in teams, students will conceptualize, prototype, and build a functional engineering project within mechanical, civil, aerospace, or electrical engineering. This hands-on experience mirrors real-world engineering processes, incorporating design planning, material selection, structural analysis, and iterative problem-solving. Each semester, one of the following large-scale engineering projects may be selected, depending on the semester, student enrollment, and prior knowledge: Mechanical Engineering: Design and build a large-scale bridge, focusing on structural integrity, load distribution, and material efficiency. Civil Engineering: Construct a model house or structure, incorporating architectural design, sustainability, and construction principles. Aerospace Engineering: Develop and launch a functional model rocket, exploring aerodynamics, propulsion, and flight mechanics. Aviation & Drone Technology: Build and test a custom drone or small-scale airplane, examining aerodynamics, flight stability, and remote control systems. Electrical Engineering: Design a renewable energy system utilizing wind, solar, hydro, or a combination of sources. Throughout the semester, students will document their design process, analyze prototypes, and refine their projects based on real-world engineering constraints. The course culminates in a final presentation and demonstration, where students will showcase their work to peers, teachers, and industry professionals.
* Digital Logic 2 / * Digital Logic 2 Honors Semester Prerequisite: Digital Logic 1
Digital Logic 2 builds on the foundations of Digital Logic 1, transitioning from circuit design to a code-based environment. Students will design and implement projects incorporating sensors, motors, Arduinos, and other components, applying digital logic principles to real-world systems. The course emphasizes independent project development, allowing students to synthesize second-semester concepts into functional, interactive designs. Final Project: All students will complete a final project demonstrating their ability to integrate Digital Logic 2 concepts into a working system. Honors Designation: Students in Digital Logic 2 Honors must complete all quarter three extension labs and develop an honors-level final project that includes a substantive enhancement beyond the standard project scope. Honors projects require instructor approval and must demonstrate greater complexity or functionality. Digital Logic 2 will be stacked with Digital Logic 2 Honors
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