Advanced Seating Design
Expert-defined terms from the Advanced Certificate in Aircraft Interior Concepts (Switzerland) course at London School of Planning and Management. Free to read, free to share, paired with a professional course.
Aerodynamic Fairing refers to the smooth covering of aircraft surfaces to… #
Related terms include aircraft drag reduction, aerodynamic optimization, and fairing design. In the context of Advanced Certificate in Aircraft Interior Concepts, aerodynamic fairing is essential to consider when designing aircraft seats and interior components to minimize weight and maximize efficiency.
Aircraft Certification refers to the process of obtaining approval from r… #
Related terms include certification requirements, regulatory compliance, and airworthiness certification. In Advanced Seating Design, aircraft certification is critical to ensure that seats and interior components meet strict safety and quality standards.
Aircraft Interior Configuration refers to the layout and arrangement of i… #
Related terms include cabin layout, interior design, and space optimization. In the context of Advanced Certificate in Aircraft Interior Concepts, aircraft interior configuration is essential to consider when designing seats and interior components to ensure efficient use of space and maximize passenger comfort.
Airline Operational Requirements refers to the specific needs and cons… #
Related terms include airline operations, route planning, and fleet management. In Advanced Seating Design, airline operational requirements are critical to consider to ensure that seats and interior components meet the unique needs of each airline.
Anthropometric Data refers to the measurement of human body dimens… #
Related terms include human factors, ergonomics, and biomechanics. In the context of Advanced Certificate in Aircraft Interior Concepts, anthropometric data is crucial to consider when designing seats to ensure comfort and safety for passengers.
Aviation Regulations refer to the rules and standards governing th… #
Related terms include regulatory compliance, aviation law, and safety standards. In Advanced Seating Design, aviation regulations are essential to consider to ensure that seats and interior components meet strict safety and quality standards.
Cabin Air Quality refers to the quality of air in the aircraft cabin, inc… #
Related terms include air quality management, cabin pressure, and ventilation systems. In the context of Advanced Certificate in Aircraft Interior Concepts, cabin air quality is important to consider when designing seats and interior components to ensure a healthy and comfortable environment for passengers.
Cabin Layout refers to the arrangement of interior components, including… #
Related terms include aircraft interior configuration, interior design, and space optimization. In Advanced Seating Design, cabin layout is essential to consider when designing seats and interior components to ensure efficient use of space and maximize passenger comfort.
Certification Requirements refer to the specific requirements and stan… #
Related terms include certification process, regulatory compliance, and airworthiness certification. In the context of Advanced Certificate in Aircraft Interior Concepts, certification requirements are critical to consider when designing seats and interior components to ensure compliance with safety and quality standards.
Comfort Criteria refer to the standards and guidelines used to eva… #
Related terms include human factors, ergonomics, and biomechanics. In Advanced Seating Design, comfort criteria are essential to consider when designing seats to ensure comfort and safety for passengers.
Computer #
Aided Design (CAD) refers to the use of computer software to design and simulate aircraft seats and interior components, allowing for efficient and accurate design and testing. Related terms include computer-aided engineering, design software, and simulation tools. In the context of Advanced Certificate in Aircraft Interior Concepts, CAD is a crucial tool for designing and optimizing aircraft seats and interior components.
Crashworthiness refers to the ability of aircraft seats and interior comp… #
Related terms include crash testing, impact resistance, and safety standards. In Advanced Seating Design, crashworthiness is essential to consider when designing seats to ensure safety and protection for passengers.
Ergonomic Design refers to the application of human factors and ergono… #
Related terms include human factors, biomechanics, and design principles. In the context of Advanced Certificate in Aircraft Interior Concepts, ergonomic design is crucial to consider when designing seats to ensure comfort and safety for passengers.
Fire Resistance refers to the ability of aircraft seats and interior comp… #
Related terms include fire testing, flame resistance, and safety standards. In Advanced Seating Design, fire resistance is essential to consider when designing seats to ensure safety and protection for passengers.
Galley Design refers to the layout and configuration of aircraft g… #
Related terms include cabin layout, interior design, and space optimization. In the context of Advanced Certificate in Aircraft Interior Concepts, galley design is important to consider when designing aircraft interior components to ensure efficient use of space and maximize passenger comfort.
In #
Flight Entertainment (IFE) refers to the systems and components used to provide entertainment and information to passengers during flight, including factors such as audio and video systems, seatback screens, and wireless connectivity. Related terms include in-flight entertainment, passenger experience, and connectivity solutions. In Advanced Seating Design, IFE is essential to consider when designing seats to ensure comfort and entertainment for passengers.
Interior Lighting refers to the design and installation of lightin… #
Related terms include lighting design, interior illumination, and safety standards. In the context of Advanced Certificate in Aircraft Interior Concepts, interior lighting is important to consider when designing aircraft interior components to ensure visibility and comfort for passengers.
Lavatory Design refers to the layout and configuration of aircraft… #
Related terms include cabin layout, interior design, and space optimization. In Advanced Seating Design, lavatory design is essential to consider when designing aircraft interior components to ensure efficient use of space and maximize passenger comfort.
Maintenance Requirements refer to the specific needs and procedures</i… #
Related terms include maintenance planning, repair procedures, and logistics support. In the context of Advanced Certificate in Aircraft Interior Concepts, maintenance requirements are critical to consider when designing seats and interior components to ensure reliability and safety over the lifecycle of the aircraft.
Material Selection refers to the process of choosing materials for aircra… #
Related terms include material properties, material testing, and supply chain management. In Advanced Seating Design, material selection is essential to consider when designing seats to ensure lightweight and durable construction.
Noise Reduction refers to the methods and techniques used to minim… #
Related terms include noise reduction, sound proofing, and acoustics. In the context of Advanced Certificate in Aircraft Interior Concepts, noise reduction is important to consider when designing aircraft interior components to ensure comfort and relaxation for passengers.
Passenger Experience refers to the overall experience of passengers</b… #
Related terms include passenger satisfaction, customer experience, and service quality. In Advanced Seating Design, passenger experience is essential to consider when designing seats to ensure comfort and entertainment for passengers.
Regulatory Compliance refers to the process of ensuring that aircraft sea… #
Related terms include certification requirements, regulatory compliance, and safety standards. In the context of Advanced Certificate in Aircraft Interior Concepts, regulatory compliance is critical to consider when designing seats and interior components to ensure safety and quality standards.
Seat Design refers to the process of designing aircraft seats, including… #
Related terms include seat configuration, seat layout, and design principles. In Advanced Seating Design, seat design is essential to consider when designing seats to ensure comfort and safety for passengers.
Seat Testing refers to the process of testing aircraft seats to ensure th… #
Related terms include seat certification, seat testing, and safety standards. In the context of Advanced Certificate in Aircraft Interior Concepts, seat testing is critical to consider when designing seats to ensure safety and quality standards.
Space Optimization refers to the process of optimizing the use of spac… #
Related terms include cabin layout, interior design, and space planning. In Advanced Seating Design, space optimization is essential to consider when designing seats and interior components to ensure efficient use of space and maximize passenger comfort.
Supply Chain Management refers to the process of managing the flow … #
Related terms include supply chain optimization, procurement strategies, and inventory control. In the context of Advanced Certificate in Aircraft Interior Concepts, supply chain management is important to consider when designing seats and interior components to ensure efficient and cost-effective production.
Sustainability refers to the practice of designing and operating a… #
Related terms include sustainable design, environmental impact, and green technology. In Advanced Seating Design, sustainability is essential to consider when designing seats to ensure environmental responsibility and social accountability.
Systems Integration refers to the process of integrating multiple syst… #
Related terms include systems design, integration testing, and validation procedures. In the context of Advanced Certificate in Aircraft Interior Concepts, systems integration is critical to consider when designing seats and interior components to ensure reliability and safety over the lifecycle of the aircraft.
Weight Reduction refers to the process of minimizing the weight of… #
Related terms include weight reduction, lightweight materials, and design optimization. In Advanced Seating Design, weight reduction is essential to consider when designing seats to ensure fuel efficiency and environmental responsibility.