About this Course

Introduction

The Certificate in SAR-66 Category B1 Basic Conversion provides basic conversion training for SAR-7 Category A & C licensed aircraft maintenance engineers to qualify them for SAR-66 Category B1 Aircraft Maintenance Licence in accordance with CAAS Advisory Circular AC 66-3(0).

Its curriculum is designed to meet the training requirements prescribed by CAAS Singapore Airworthiness Requirements Part 66 (SAR-66), governing the basic knowledge and skills for Category B1.1 Line Maintenance certifying engineer.

Course Title

The Certificate in SAR-66 Category B1 Basic Conversion is a 32 days full-time programme.

Course Objectives

This course is designed to provide basic conversion training for these SAR-7 categories A & C aircraft maintenance engineers to qualify for the respective SAR-66 Category B1 Aircraft Maintenance Licence in accordance with CAAS Advisory Circular AC 66-3(0) and to apply for removal of the technical limitation(s) from their basic SAR-66 licences.

The Certificate in SAR-66 Category B1 Basic Conversion is intended for holders of CAAS SAR Section 7 (SAR-7) Aircraft Maintenance Engineer Licences in the Airframe (A) and Engine (C) categories. With the introduction of SAR-66, these SAR-7 licences were converted to their respective SAR-66 Category B1 Licences, with technical limitation(s) annotated in the “Categories and Aircraft Type Rating” page of the SAR-66 licence.

Course Structure

The Certificate in SAR-66 Category B1 Basic Conversion is essentially a sub-set of the currently approved modularly-delivered SAR-66 Category B1.1 Training Programme, and comprises the whole or part of the following modules.

Basic Theory:

- BM03     Electrical Fundamentals (part module – items 3.10 to 3.18 of Module 3 syllabus)

- BM04     Electronic Fundamentals (whole module)

- BM05     Digital Techniques / Electronic Instrument Systems (whole module)

- BM07     Maintenance Practices (part module – items 7.5 to 7.7 of Module 7 syllabus)

- BM11A   Turbine Aeroplane Aerodynamics Structures and Systems (part module – items 11.5.2, 11.6 and 11.18 of Module 11 syllabus)

- DP100    Practical Skills Training at Hangar / Workshop

Practical Modules:

- PM8-1    Splice and terminate wires with crimp-type terminal devices

- PM8-2    Remove and insert contacts of crimp-type connectors

- PM8-3    Apply appropriate soldering and de-soldering methods

- PM8-4    Perform wire wrapping connections

- PM8-5    Fabricate wire harness

- PM12      Electrostatic discharge sensitive devices

- PM46      Electrical bonding, continuity and static discharge check

- PM50      Internal lighting check

- PM54      Electrical power generation system fault diagnosis

- PM57-1  Measure voltage, current, power, frequency and phase sequence

- PM57-2  Check serviceability of basic electrical components

- PM57-3  Check serviceability of wires and cables

Student – Lecturer Ratio

Theory:

The ratio of Lecturer to Students is 1:32 for theory classes

Practical:

The ratio of Lecturer to Students is 1:16 for practical training.

Learning And Teaching Methods

The mode of delivery for this course comprises of face-to-face, classroom-facilitated delivery of theory lessons as well as practical training at ATTC’s practical laboratory and/or training workshop/hangar.

Student Assessment

ATTC courses are assessed by written examination and practical assessments

Admission Requirements

The Certificate in SAR-66 Category B1 Basic Conversion is intended for holders of CAAS SAR Section 7 (SAR-7) Aircraft Maintenance Engineer Licenses in the Airframe (A) and Engine (C) categories.

Graduation Requirements

Upon successful completion and passed all necessary modules assessments, written examinations and practical assessments. Graduates will be awarded the ‘BCC certificate’ by the Air Transport Training College.

Course Duration

Full-Time:

Theory Lessons:

[23 days * 6 hours per day]

Practical Skills Training:

[9 days * 8 hours per day]

Attendance Requirements

Students must achieve a minimum of 85% attendance for all individual modules

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