Task 1: Carry out a detailed comparison between mechanical, fluid and electrical methods of power generation for a typical aircraft usage
Task 2: Design an aircraft power distribution system and explain the features of your system that help to ensure the continuing integrity and safety
Task 3: Scenario:As a qualified aircraft control systems designer, you have been tasked with choosing an appropriate servo/actuation system that will enable the smooth operation of proposed new large passenger aircraft's control surfaces. Your choice will be presented to the aircraft manufacturer.
Your presentation should include details of the following:
Construction,
Control,
Protection methods,
Performance parameters of electric motors and actuators used.
Scenario:
As part of an Aircraft Engineering management team, you are to recommend types of protective clothing and equipment to personnel for the following situations/environments:
(i) Chemical
(ii) Temperature
(iii) Crush resistance
(iv) Noise protection
(v) Eye protection
(vi) Electrical
(vii) Radioactive protection
Note: these recommendations should be in the form of a report
Task2:
As an Aircraft Engineering manager, you are to evaluate 2 types of permit -to-work system suitable to ensure safe systems of work
Note: Use the permit-to-work guidance from the HSE .