Engineering
CTE Program: Engineering Sciences
- Design and build rockets, robots, and solar-powered cars using cutting-edge digital design and 3D printing technologies
- Invent solutions for complex engineering challenges from concept to completion
- Visualize and construct 3D models and prototypes using Computer-Aided Design (CAD), and Computer-Aided Machining (CAM) technologies
Career Focus
- Prepared for immediate employment, advanced certifications, and further education
Competitive Advantages
- Certifications
- Internships/Scholarships
- National Competitions
Sequence of Courses
Introduction to Engineering Design (9-12)
BCHS, MRHS
Principles of Engineering H (10-12)
BCHS, MRHS
Prerequisite: Introduction to Engineering Design
Digital Electronics H (11-12)
MRHS
Prerequisite: Principles of Engineering
Aerospace Engineering H (11-12)
BCHS
Prerequisite: Principles of Engineering
Civil Engineering H (11-12)
BCHS
Prerequisite: Principles of Engineering
Engineering Design and Development (12)
BCHS, MRHS
Prerequisite: Aerospace Engineering, Digital Electronics, or permission of instructor
CTE Internship (12)
BCHS, BGHS, DVHS, MRHS, SOHS
Prerequisite: Principles of Engineering, Digital Electronics, Aerospace or Engineering Design and Development (concurrent or previously completed)
ADE Engineering Standards
Engineering Career Tree
Expanded opportunities and competitive advantage that career-focused education delivers.
Certifications
Students have the opportunity to earn industry credentials and dual enrollment college credit through CTE programs.
Project Lead The Way
Project Lead The Way is a United States non-profit organization that develops hands-on, project-based science, technology, engineering and math curricula for use by elementary, middle, and high schools.
Student Organization
SkillsUSA is a partnership of students, teachers and industry working together to ensure America has a skilled workforce.
For more information, visit SkillsUSA and Arizona SkillsUSA.
