AERO4491 Advanced Aircraft Design
Project Document
area (Password Required)
Useful
Links
AERO4491 ADVANCED AIRCRAFT DESIGN 6 Credit Points
Classes:
Two 3hr design class per week in Aero Tut Room.
Classes shall be in the form of formal design meetings and work sessions, with
occasional lectures and tutorials.
Assessment:
During design meetings and Design Project Reports, with final individual interviews.
Objectives/Outcomes:
To develop an understanding of the
application of design to the modern aerospace industry. Students will gain
an overview of how to manage a project and its associated design team and will
also gain skills in setting design specifications and carrying out detailed
design analysis.
References:
As per the list given in AERO4460 Aerospace Design 2.
Year 2006 PROJECT:
Project documents will be posted
soon.
Students will be required to work in groups but with a predefined area of
responsibility (eg. Aerodynamics, structural analysis, performance, stability
and control, production, cost and marketing, etc.) to be decided at the first
design meeting in Week 2. Design meetings will be held in the
Aero Tut Room. Assessment will be based on the final design report for your
allocated task, with ongoing assessments during the design meetings.
More details will be available as the project(s) progress(es).
ASSESSMENT
- Course Requirements and Individual Aims (50)
- originality (inspiration - 10)
- quantity (perspiration - 10)
- quality (knowledge of subject - 10)
- practicality (application - 10)
- persuasion (presentation - 10) of your work
As
a guide, the course objectives are to:
- develop an understanding of the application of design to a contemporary
industry requirement;
- develop management skills in teamwork; and
- develop skills in carrying out detailed design tasks.
Task Summary must include aspects of the following:
- design information processing;
- configuration design;
- performance;
- weight and balance;
- propulsion (and implications);
- aerodynamic design: lift, drag, S&C;
- structural design: loads, materials, weights, manufacturability,
assembly, transport, maintenance.
- regulatory requirements (use CASA guidelines);
- system design and integration;
- system validation.
Note that cost considerations was not
listed above, but please be aware that cost is a key driving factor for this
particular project - so it should be reflected in all aspects. Likewise,
marketing is not there because there isn't enough time to conduct a market
survey etc - we'll leave that to someone else - but obviously the final
"product" - system of modules should be versatile enough to be marketable to a
broad range of applications. Proposals and reports can seem a waste of time, but
it is very important these days to become good at producing such documents -
particularly "executive summaries" of these documents.
Some useful internet references (updates in progress...):
Background
Ideas
Airframe and Components
Miscellaneous
Tools:
Project
2001
Updated: 3 August 2006
Copyright: School of Aerospace, Mecahnical and
Mechatronic Engineering, 2006.