Advanced Engineering Concepts – Year 12 – Future Aerospace Engineering

About Course

Course Overview: Welcome to the Advanced Engineering Concepts Year 12 course! In this course, students will explore advanced topics in various engineering disciplines, delve into cutting-edge research, and enhance their critical thinking and problem-solving abilities, preparing them for higher education and careers in engineering.

Course Content

Lesson 1: Engineering Ethics and Responsibility
o Discuss ethical considerations and responsibilities in engineering practice.

Lesson 2: Effective Communication for Engineers
o Develop professional communication skills for engineering contexts.

Lesson 3: Advanced Materials and Composite Structures
o Explore advanced materials and their applications in composite structures.

Lesson 4: Computational Fluid Dynamics
o Understand fluid dynamics using computational methods and simulations.

Lesson 5: Power Systems and Renewable Energy
o Study power generation, distribution, and renewable energy systems.

Lesson 6: Microelectronics and Nanotechnology
o Explore microelectronics and nanoscale devices for advanced applications.

Lesson 7: Geotechnical Engineering and Foundations
o Learn about soil mechanics and foundation design for civil engineering projects.

Lesson 8: Seismic Analysis and Retrofitting
o Understand seismic design principles and retrofitting techniques.

Lesson 9: Advanced Process Control and Optimization
o Study advanced techniques for process control and optimization.

Lesson 10: Sustainable Engineering Practices
o Explore sustainable design, waste management, and environmental considerations.

Lesson 11: Artificial Intelligence and Machine Learning in Engineering
o Dive into AI and machine learning applications within engineering.

Lesson 12: Software Development for Complex Systems
o Develop software solutions for complex engineering systems.

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Advanced Engineering Concepts – Year 12

About Course

What Will You Learn?

Course Content

Lesson 1: Engineering Ethics and Responsibility o Discuss ethical considerations and responsibilities in engineering practice.

Lesson 2: Effective Communication for Engineers o Develop professional communication skills for engineering contexts.

Lesson 3: Advanced Materials and Composite Structures o Explore advanced materials and their applications in composite structures.

Lesson 4: Computational Fluid Dynamics o Understand fluid dynamics using computational methods and simulations.

Lesson 5: Power Systems and Renewable Energy o Study power generation, distribution, and renewable energy systems.

Lesson 6: Microelectronics and Nanotechnology o Explore microelectronics and nanoscale devices for advanced applications.

Lesson 7: Geotechnical Engineering and Foundations o Learn about soil mechanics and foundation design for civil engineering projects.

Lesson 8: Seismic Analysis and Retrofitting o Understand seismic design principles and retrofitting techniques.

Lesson 9: Advanced Process Control and Optimization o Study advanced techniques for process control and optimization.

Lesson 10: Sustainable Engineering Practices o Explore sustainable design, waste management, and environmental considerations.

Lesson 11: Artificial Intelligence and Machine Learning in Engineering o Dive into AI and machine learning applications within engineering.

Lesson 12: Software Development for Complex Systems o Develop software solutions for complex engineering systems.