Aerospace propulsion engineer
The course will also cover how to collaborate with other professionals in the aerospace industry to ensure that aerospace systems meet performance and safety requirements and resolve any issues or concerns.
Course curriculum
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CURRICULUM
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Overview of propulsion systems for aircraft and spacecraft
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Importance of propulsion engineering in aerospace industry
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Historical development of aerospace propulsion technology
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Understanding fluid mechanics and its applications in aerospace propulsion
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Thermodynamics principles and their applications in propulsion engineering
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Combustion principles and how they relate to propulsion system design
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Performance, safety, and regulatory requirements of propulsion systems
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Collaborating with other professionals to ensure seamless integration of propulsion systems with the rest of the vehicle
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Design optimization and trade-off analysis
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Introduction to Computational Fluid Dynamics (CFD) and its applications in propulsion system design
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Finite Element Analysis (FEA) for material behavior simulation
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Analysis of results and interpretation
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Technical report writing
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Presentation skills for communicating complex technical information
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Participating in meetings to discuss analyses and recommendations
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About this course
- $99.00
- 20 lessons
- 0 hours of video content