The Engineering Pathway offers a dynamic curriculum designed to prepare students for success in engineering, design, and technical careers. This pathway immerses students in real-world problem-solving, cutting-edge technology, and collaborative teamwork, fostering innovation and critical thinking through a sequence of hands-on courses.
The pathway begins with Engineering Essentials, an introductory course where students explore how engineers improve lives and solve global challenges. Using tools like geographic information systems (GIS), 3D solid modeling software, and prototyping equipment, students apply the engineering design process to address mechanical, electronic, and logistical problems across various industries.
Building on these foundational skills, Principles of Engineering provides a broad overview of engineering disciplines, including robotics, mechanical design, infrastructure, and environmental sustainability. Students use tools such as 3D modeling software, robotics hardware, and programming applications to design and implement innovative solutions. This course emphasizes the development of technical, problem-solving, and critical thinking skills, preparing students for advanced engineering challenges.
Introduction to Engineering Design introduces students to the engineering design process and the use of Computer-Aided Design (CAD) software. Students work individually and in teams to create and document design solutions, developing prototypes using 3D printing and applying computational methods to inform their designs. The course focuses on manufacturability, sustainability, and the ethical implications of engineering decisions.
The pathway culminates with Engineering Design and Development (EDD), a capstone course where students apply their knowledge to design and develop original solutions to complex problems. Working in teams, students research, define, and prototype solutions, presenting their projects to an external panel of experts. This course emphasizes research, communication, project management, and collaboration with industry professionals, preparing students for advanced studies or technical careers.
Additional elective options include Introduction to Drafting Design, where students learn CAD fundamentals using SolidWorks and prepare for the Certified SolidWorks Associate (CSWA) exam, enhancing their skills in technical drafting and design.
Through this pathway, students gain expertise in modern engineering tools, develop transferable skills such as teamwork and communication, and cultivate an understanding of ethical and sustainable design practices. Graduates of the Engineering Technical Pathway are well-equipped for further education and careers in engineering, technology, and related fields.
