Turbine Aerospace and Aerodynamics
- Description
- Announcement
- Reviews
This module delves into the fundamental principles of aerodynamics and gas turbine engines, essential for understanding aircraft flight and propulsion.
Students will explore the physics of air flow, lift, drag, and stability, as well as the design and operation of jet engines. Through theoretical study and practical applications, students will develop a strong foundation in aerospace engineering, preparing them for careers in aircraft design, development, and maintenance.
Key topics include:
- Aerodynamic principles and their application to aircraft
- Gas turbine engine components and operation
- Propulsion systems and performance analysis
- Aircraft performance and flight mechanics
- Experimental techniques and data analysis
By combining classroom learning with hands-on experience, this module equips students with the knowledge and skills necessary to excel in the dynamic field of aerospace engineering.
What You Will Learn Under This Course
- Theory of flight
- Airframe structures – General concepts
- Airframe structures – Aeroplanes
- Air conditioning and cabin pressurisation
- Instruments / avionic systems
- Equipment and furnishings (ATA 25)
- Fire protection (ATA 26)
- Flight Controls (ATA 27)
- Fuel systems (ATA 28)
- Hydraulic power (ATA 29)
- Ice and rain protection (ATA 30)
- Landing gear (ATA 32)
- Lights (ATA 33)
- Oxygen (ATA 35)
- Pneumatic / vacuum (ATA 36)
- Water / waste (ATA 38)
- On board maintenance systems (ATA 45)
What is the target audience?
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The target audience for a Turbine Aerospace and Aerodynamics module can vary depending on the depth and focus of the course. Here are some potential target groups:
Undergraduate Level
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Aerospace Engineering Students:
Core component of their curriculum.
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Mechanical Engineering Students:
Elective or specialization track.
- Physics Students: With an interest in fluid dynamics and applied physics.
Postgraduate Level
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Aerospace Engineering Masters Students:
Specializing in aerodynamics, propulsion, or aircraft design.
- PhD Candidates: Conducting research in relevant areas.
- Industry Professionals: Seeking advanced knowledge and skills.
Industry Professionals
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Aircraft Designers:
Enhancing their knowledge of aerodynamics and propulsion.
- Aerospace Engineers: Working in areas like performance analysis, flight testing, or structural analysis.
- Maintenance Engineers: Understanding aircraft systems in greater depth.
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For More Details
Schedule and Cost
Weekly
Evenings Mon to Fri 6-8.30 pm
Ghc1000 per module (2 months)
Weekends,
Saturday 9 to 4 pm; Sunday 2-6 pm
Ghc1000 per module
Types of Programmes
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Evening and weekend
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Block release
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Pre-employment
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Special requests from formal and informal sectors and short courses for industry/commerce
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Coursework/project support for those enrolled in tertiary education
LOCATION: Yellow Container, Obom Road - Kasoa - Ghana
