CTE Curriculum
Prepare learners with CTE curriculum aligned to industry standards.
Engineering Science
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About the Course
Engineering Science combines advanced scientific inquiry with engineering design principles to help students analyze, test, and solve complex problems. Students will investigate force, motion, energy, materials, manufacturing processes, control systems, and engineering research methods while developing critical thinking, data analysis, and technical communication skills used in engineering and STEM careers.
SAMPLE LESSON
Fluid Power Systems
Each lesson includes media-rich presentations, a pre-made lesson plan, assessments and engaging real-world projects and activities. To get an idea of what iCEV offers, explore the sample lesson and resources below.
Lesson Resources:
Lessons Available in this Course
- Advanced Control Systems
- Advanced Material Properties
- Analyzing Data: Engineering Science
- Communicating Findings in Engineering Science
- Conducting Lab & Field Investigations: Engineering Science
- Design Challenge: Catapults & Kinematics
- Design Challenge: Hydraulic Crusher
- Design Challenge: Linkages & Machine Design
- Developing a Model: Engineering Science
- Experimental Design: Engineering Science
- Fluid Power Systems
- Impact of Science: Engineering Science
- Introduction to Engineering Science
- Lab Challenge: Material Testing
- Lab Safety: Engineering Science
- Manufacturing Processes
- Mathematical Principles: Statistics & Probability
- Principles of Energy
- Principles of Energy Management
- Principles of Force
- Principles of Kinematics
- Principles of Machines
- Professionalism in the Sciences: Engineering Science
- Science Explained: Engineering Science
- Solving Design Problems
- STEM Careers: Engineering Science
- Tools & Equipment in Engineering Science
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