Department of Aviation Mechanical Engineering
http://am.hc.cust.edu.tw
TEL：+886+3+593-5707#203
I. Introduction
This department is established in May 20 2001 with the approval from the Ministry of Education. The
department is located in Hsin-chu Campus with 9 acres is facilitated with the largest and the most advanced training
facilities in this country by far. Closely working with Lufthansa Technical Training, our department has international
standard and has 2 year junior college, 2 year senior college, 4 year university degree (day time and evening session),
to fulfil the need from aviation industry.
II. The goal and the features of the department
The training goal is to cultivate the student to perform professional skill in aircraft structural repair, aircraft
powerplant, aircraft system, repair component, overhaul, and inspection, operation and control. The training features
of the department are detailed in the following.
1.Fully equipped facility：With the largest practical training ground, our department has Boeing 727 and other 9
airplanes, 32 Various types of aircraft powerplants, 32 system training modules,? and other training equipment
for inspection, design, assemblies.
2.Well-trained trainer：There are 6 professors hold with PhD degree from different aviation fields, In addition to 6
professors, 3 more instructors and 6 more assistants are assigned to teach courses and most of them hold with
CAA or FAA Aviation certificates.
3.Internal co-operation：The internal co-operation with LTT and otherships to improve in training, trainers, and
courses.
4.Certificated：The only certificated JAA/CAA training institute are qualified in getting mechanic certificate from
JAA and CAA, therefore, students are highly internationally competitive.
5.English intensive training：Application English and aviation technical English are stressed in order to promote
the familiarization in English.
6.Practical training：Besides the practical practice at school, students are also arranged for field trips to visit
aviation industry in order to gain more practical experience.
III. Curriculum
1.Special Topic (I, II) |
1 credits |
2.Aircraft Design |
3 credits |
3.Aircraft Systems And Practical Training |
3 credits |
4.Aircraft Maintenance Practical Training |
2 credits |
5.Jet Propulsion |
3 credits |
6.Applied Electronics |
3 credits |
7.Data Base Management |
3 credits |
8.Rotorcraft Introduction |
3 credits |
9.Aviation Quality Assurance |
3 credits |
10.Non-Destructive Inspection |
3 credits |
11.Numerical Analysis |
3 credits |
12.Aviation English (I, II) |
3 credits |
13.Aircraft Performance Analysis |
3 credits |
14.Human Factors |
3 credits |
15.Aviation Field Trip |
1 credits |
16.Avionics |
3 credits |
17.Pricision Measurement Equipment |
3 credits |
18.Aircraft Maintenance Planning & Management |
2 credits |
19.Aviation Basis Training |
2 credits |
20.Aircraft Pneumatics & Hydraulics, practice |
3 credits |
21.Aviation Law |
2 credits |
22.Aviation Powerplants |
3 credits |
23.Thermal Dynamics |
2 credits |
24.Dis/Reassembly Practice Of Piston Engine |
2 credits |
25.Aircraft Materials |
3 credits |
26.Aircraft Structure |
3 credits |
27.Aviation English |
2 credits |
28.Dis/reassembly Practice Of Gas Turbine Engine |
2 credits |
29.Airframe Structure Practice |
2 credits |
30.Aerodynamics |
3 credits |
31.Flight Safety Introduction |
2 credits |
32.Composites Materials |
3 credits |
33.Aircraft Manufacturing |
3 credits |
34.Aircraft Instrument |
3 credits |
35.Introduction To Aerospace Engineering |
3 credits |
36.Introduction To Computers |
3 credits |
37.Applied Mechanics |
3 credits |
38.Computer Programming |
2 credits |
39.Engineering Mathematics |
3 credits |
40.Material Mechanics |
3 credits |
41.Auto CAD |
2 credits |
42.Fluid Mechanics |
3 credits |