Engineering
The Engineering Cluster introduces students to the innovative and problem-solving world of design, construction, and technology. In these courses, students learn how engineers use math, science, and creativity to develop solutions that improve everyday life. From designing structures and machines to exploring robotics and renewable energy, this cluster provides hands-on experiences that prepare students for college and future engineering careers. Students will explore the fundamentals of physics, mechanics, and design processes while developing critical thinking, teamwork, and technical skills. Through real-world projects and experiments, they’ll learn how to design prototypes, test materials, analyze data, and apply engineering concepts to solve practical problems.
Course Progession
Engineering I
- Product Design and prototyping using Autodesk
- Mechanical systems & electronic solutions
- Application of robotics
Engineering II
- Civil engineering & Architectural designs
- Residential design
- Commercial application
Engineering III
- College Level Course & Credit
- Applied Computer-Aided Design
👷 Civil Engineer
- Design Tools: Proficiency in software like AutoCAD or Revit for creating blueprints and structural designs.
- Math & Physics: Applying geometry, algebra, and physics to design safe and efficient structures.
- Project Planning: Managing timelines, materials, and budgets for construction projects.
- Collaboration: Working with architects, surveyors, and construction teams to ensure projects meet safety standards.
- Collaboration: Working closely with developers, managers, and stakeholders to align design goals with business objectives.
🛠️ Mechanical Engineer
- Design Tools: Using CAD software to design and test mechanical systems and components.
- Problem-Solving: Applying physics and material science to develop efficient machines and tools.
- Prototyping: Building and testing models to improve performance and reliability.
- Collaboration: Partnering with manufacturing teams and designers to produce high-quality mechanical products.
💡 Electrical Engineer
- Circuit Design: Creating and analyzing electrical circuits using simulation tools like Multisim or MATLAB.
- Troubleshooting: Identifying and resolving issues in wiring, systems, and electronic devices.
- SSafety & Standards: Ensuring designs meet electrical codes and industry regulations.