Engineering Principles and Applications – Year 11

About Course

Course Overview: Welcome to the Engineering Principles and Applications Year 11 course! In this comprehensive course, students will dive deeper into advanced engineering concepts, engage in challenging projects, and enhance their critical thinking and problem-solving skills essential for aspiring engineers.

By completing the Engineering Principles and Applications Year 11 course, students will have acquired an in-depth understanding of advanced engineering principles and their practical implementations. They will possess the skills needed to tackle complex engineering problems, lead projects, and adapt to new technologies and challenges. This course serves as a valuable foundation for students considering further studies or careers in engineering, equipping them to excel in an ever-evolving field.

Course Content

Lesson 1: Engineering Analysis Techniques
o Learn advanced mathematical and analytical tools used in engineering.

Lesson 2: Project Management in Engineering
o Understand project management methodologies for successful engineering projects.

Lesson 3: Thermodynamics and Heat Transfer
o Study thermodynamic principles and heat transfer mechanisms.

Lesson 4: Design and Analysis of Mechanical Systems
o Apply engineering software to design, simulate, and analyze complex mechanical systems.

Lesson 5: Control Systems and Automation
o Explore control theory and automation in engineering applications.

Lesson 6: Advanced Electronics and Circuit Design
o Design and build advanced electronic circuits for specific purposes.

Lesson 7: Structural Analysis and Finite Element Method
o Study structural analysis techniques and the finite element method.

Lesson 8: Design and Construct a Building Prototype
o Collaboratively design and build a scaled building prototype.

Lesson 9: Process Optimization and Chemical Engineering
o Learn process optimization methods and their role in chemical engineering

Lesson 10: Environmental Impact Assessment and Mitigation
o Evaluate environmental impacts of engineering projects and propose mitigation strategies.

Lesson 11: Algorithms and Data Structures
o Dive into advanced algorithms and data structures used in software engineering.

Lesson 12: Develop a Software Application
o Design and develop a comprehensive software application with real-world functionality.

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Engineering Principles and Applications – Year 11

About Course

What Will You Learn?

Course Content

Lesson 1: Engineering Analysis Techniques o Learn advanced mathematical and analytical tools used in engineering.

Lesson 2: Project Management in Engineering o Understand project management methodologies for successful engineering projects.

Lesson 3: Thermodynamics and Heat Transfer o Study thermodynamic principles and heat transfer mechanisms.

Lesson 4: Design and Analysis of Mechanical Systems o Apply engineering software to design, simulate, and analyze complex mechanical systems.

Lesson 5: Control Systems and Automation o Explore control theory and automation in engineering applications.

Lesson 6: Advanced Electronics and Circuit Design o Design and build advanced electronic circuits for specific purposes.

Lesson 7: Structural Analysis and Finite Element Method o Study structural analysis techniques and the finite element method.

Lesson 8: Design and Construct a Building Prototype o Collaboratively design and build a scaled building prototype.

Lesson 9: Process Optimization and Chemical Engineering o Learn process optimization methods and their role in chemical engineering

Lesson 10: Environmental Impact Assessment and Mitigation o Evaluate environmental impacts of engineering projects and propose mitigation strategies.

Lesson 11: Algorithms and Data Structures o Dive into advanced algorithms and data structures used in software engineering.

Lesson 12: Develop a Software Application o Design and develop a comprehensive software application with real-world functionality.