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[NP-DEAS] Diploma in Engineering (Aerospace) (DEAS)

Offered by School of Engineering

Part-time Diploma

Course Schedule
About Course
Course Structure
Entry Requirements
Financial Matters
Register Interest
Area of interest
Aeronautical & Aerospace, Engineering

Course Schedule

Class Day(s): Mon, Tue & Thur
Time: 6:30pm - 10:00pm
Delivery mode: Face-to-face & Home-based learning (Async & Sync)

About Course

Course Objectives

The main objective of the part-time Diploma in Engineering (Aerospace) (CET) is to offer the working adults with a broad-based curriculum in aerospace engineering in order to upgrade their knowledge and skills required by the industry as well as for working adults who wish to seek potential employment in the aerospace industry. This knowledge is highly sought by industry involved in the maintenance, repair & overhaul (MRO) of aircraft and its components, namely avionics, engines and mechanical devices.

Course Description

The Diploma in Engineering (Aerospace) is a part-time CET course, consist of the following modules:
   1. Aerospace Fundamentals (60hrs)
   2. Flight Mechanics (60hrs)
   3. Aerospace Maintenance Practices (60hrs)
   4. Basic Electricity & Electronics (60hrs)
   5. Aircraft Electrical Systems (60hrs)
   6. Avionics Theory & Systems (60hrs)
   7. Aerospace Materials & Processes (60hrs)
   8. Airworthiness Legislation and Quality Systems (60hrs)
   9. Aerospace Computer Aided Design (60hrs)
   10. Mechanics of Fluid (60hrs)
   11. Propulsion Fundamentals (60hrs)
   12. Aircraft Propulsion Systems (60hrs)
   13. Aircraft Structures and Mechanics (60hrs)
   14. Aircraft Systems (60hrs)
   15. Aircraft Environment & Auxiliary Systems (60hrs)

Trainer's Profile

Chung Koh Choon

Chung Koh Choon graduated with a degree in Mechanical Engineering and Master of Science (MSc) degrees in Mechanical Engineering and Defence Technology & Systems.

Prior to joining Ngee Ann Polytechnic, Koh Choon worked in the aerospace industry for 13 years as an aircraft design & analysis engineer/manager.

Koh Choon is a full-time lecturer with Ngee Ann Polytechnic since 2011. He currently teaches in several aerospace engineering modules in the School of Engineering. His teaching focuses on aero-mechanical system, computer-aided design, aerospace fundamentals and drone projects.

Lim Thian Hoe

Engineering, and Maintenance, Repair & Overhaul (MRO) of Communication, Navigation, and Electronic Warfare Systems. With a Bachelor's Degree in Electrical & Electronic Engineering from Nanyang Technological University (NTU) and further expertise gained through a Master of Science in System Engineering & Project Management, as well as an MBA in Global Business from Coventry University UK, Thian Hoe brings a comprehensive skill set to the table.

Thian Hoe’s journey began in the Republic of Singapore Air Force (RSAF), where he honed his expertise as a Senior Engineer, spearheading the management of complex systems crucial to RSAF aircraft. For two decades, Thian Hoe navigated the intricacies of Communication, Navigation, and Electronic Warfare Systems, ensuring optimal functionality and safety standards.

In 2014, driven by a passion for knowledge dissemination and grooming the next generation of talent, Thian Hoe transitioned to academia, joining Ngee Ann Polytechnic as an educator. Drawing from his extensive industry experience, Thian Hoe imparts invaluable insights to aspiring engineers, equipping them with practical skills and theoretical foundations essential for success in the dynamic field of aerospace technology.

With a knack for bridging theoretical concepts with real-world applications, Thian Hoe fosters an engaging learning environment where learners thrive. As a respected figure in both academia and industry, Thian Hoe continues to make significant contributions to the field of aerospace technology, shaping the future of Project Management, System Engineering, and MRO practices.

Low Yim Wah

Low Yim Wah served as a Senior Technical Services Engineer at Singapore Airlines for eight years, where he specialised in managing and resolving technical issues related to the structural integrity of aircraft airframes. He also reviewed structural service bulletins for various aircraft models such as the A380, A330, A345, B747, and B777, and provided critical recommendations and engineering documents to ensure the proper follow-up actions were taken. Additionally, he offered technical assistance to both Base and Line maintenance teams and also composite and sheet-metal workshops.

During his tenure, Yim Wah played a vital role in the A345 operation team for 18 months, overseeing the dispatch of A345 aircraft to avoid delays. He also performed routine standby duty to support Aircraft on Ground (AOG) situations, ensuring timely dispositions for the entire SIA fleet. His other duties include monitoring the A380 fleet for recurring structural defects, and to develop follow-up actions such as inspection interval reductions and preventive maintenance.

Yim Wah collaborated with Original Equipment Manufacturers (OEMs) for known structural issues and facilitated modifications and inspections for the A330 and A380 fleets. He was part of the team that successfully prepared and oversaw the first C03 check of the A380 fleet.

Trained in structural and composite repair courses, Yim Wah has consistently demonstrated his commitment to maintaining high standards in aircraft structural integrity and operational efficiency. His contributions have been integral to ensuring the safety and reliability of Singapore Airlines' fleet.

Course Structure

TPG course reference No.

TGS-2023019766

Diploma in Engineering (Aerospace)

Certificate in Aerospace Design Processes
Aerospace Computer Aided Design (NP-010110)
This practice-oriented module enables students to acquire computer-aided design skills and a good understanding of aerospace design process. Students will work in a design project which exposes them to the basic aerospace programme management, system engineering and design practices up to Design Review.
Aerospace Materials & Processes (NP-010108)
This module provides students with knowledge of common aerospace materials such as aluminum, magnesium, titanium and nickel-based alloy systems, super alloys, ceramics and composites and manufacturing processes. Students will appreciate the importance of structure-property-processing-performance relationship and understand the effects of fatigue, creep and corrosion in aircraft components.
Airworthiness Legislation and Quality Systems (NP-010109)
Airworthiness Legislation provides students with basic knowledge of key aviation regulations and airworthiness requirements governing the aerospace industry. Students will gain an appreciation of the roles and organization of aviation governing bodies responsible for the safety standards and aviation regulations. In the context of the local aerospace industry, the module covers in greater depth the Singapore Air Navigation Order (ANO), with focus on the Singapore Airworthiness Requirements.

In Quality Systems, students learn to apply quality management techniques and principles. Topics include total quality management concepts and philosophy; quality systems and audits; benchmarking and quality costs; quality tools and techniques; statistical quality control techniques; sampling plans and inspection techniques; design of experiments to optimize and improve products and processes; and lean manufacturing in the aerospace industry.
Certificate in Aircraft Electrical Avionics Systems
Aircraft Electrical Systems (NP-009989)
This module provides students with fundamental knowledge and operations of generators and motors, aircraft electrical power, wiring and circuit protection, distribution of power supplies, control and transducers devices used in aircraft systems and aircraft lighting systems.
Avionics Theory & Systems (NP-009990)
This module covers the various avionics instruments and systems used in modern aircraft, the requirement for zero-visibility flying, the functions and operation of various cockpit instruments, flight environmental systems, sensing devices and electrical power systems used in aircraft. Due emphasis is given to electronics for navigation, communications, surveillance and control.
Basic Electricity & Electronics (NP-009988)
This module introduces the basic electrical, electronic and digital fundamentals. It provides students with basics knowledge and skills in solving DC and AC networks by using Ohm's Law, Kirchhoff's Law. The module will also cover principles of semiconductor, diodes, transistors and logic gates.
Certificate in Aircraft Propulsion Systems
Aircraft Propulsion Systems (NP-010353)
This module equips students with the basic principles of aircraft propulsion systems and a general understanding of the design features of some of the components and sub-systems. Topics include gas turbine cycles, various jet and rocket propulsion systems, design features of inlets, compressors, combustion chambers, turbines and other elements of propulsion systems.
Mechanics of Fluid (NP-010351)
This module involves the study of fluid in both static and dynamic situation. Students learn the basic laws governing the behaviour of fluids under the influence of energy transfer. Major topics include systems concept, temperature and pressure, fluid statics, fluid in motion, continuity equation, laminar and turbulent flows, ideal incompressible flow, Bernoulli’s equation, flow measurement and Pitot tube, external flow, fluid applications in aircraft components and systems.
Propulsion Fundamentals (NP-010352)
This module deals with thermodynamics and includes the applications of the First and Second Laws of thermodynamics, with emphasis on engineering problem solving to help students to bridge the gap between theory and practice. Major topics include perfect gases and perfect gas laws, the First and Second Laws, flow and non-flow processes, steady flow energy equation, gas cycles, heat transfer, one-dimensional compressible flow.
Certificate in Aircraft Structures and Systems
Aircraft Environment & Auxiliary Systems (NP-010414)
The module covers aircraft environmental control systems, which air-conditioning, cabin pressurisation, oxygen system, as well as various auxiliary systems such as fire and ice protection system, water and waste system, and rain removal. It also covers the application of heat transfer, thermodynamics principles to flow and non-flow processes as well as power cycles.
Aircraft Structures and Mechanics (NP-010412)
The module covers the characteristics and design features of aircraft structures, general construction of the fuselage and main control surfaces, basic analysis of the stress and strain due to forces within the operating flight envelope, and the structural requirements imposed by the various aircraft systems. Beside this, it also equips students with the basic knowledge and skills to analyze problems of rigid bodies.
Aircraft Systems (NP-010413)
The module covers aircraft hydraulic components and their working principles, hydraulic circuits, operating characteristics, hydraulic drives and application circuits, pneumatic, landing gears, fuel system and flight control surfaces. Students will also learn the basic laws governing the behaviour of fluids under the influence of energy transfer.
Certificate in Aviation Fundamentals
Aerospace Fundamentals (NP-009767)
The module aims to equip students with an appreciation of the basic aerodynamics and flight principles, the basic aircraft structures, components, systems, their basic design features and the airworthiness legislations requirement for the aviation industry, specifically in Singapore. The topics designed aim to provide students with the foundation that can be built upon at the higher levels for those who desire to pursue the other certificate courses within the Diploma in Engineering (Aerospace). To spur the students' learning interest and knowledge enhancement, this module will help them through web searching, e-learning assignment, classroom activities, inquiry-based learning tasks and class tests.
Aerospace Maintenance Practices (NP-009769)
This module aims to equip students with the basic knowledge and practical skills in aerospace manufacturing processes and maintenance practices. The topics include turning, milling, grinding, CNC machining, non-conventional machining, jigs and fixtures, finishing operations, measurements, sheet metal forming, welding, non-destructive test, wire locking, fasteners, assembly and aircraft weight & balancing. Students learn through practical projects, reinforcing the theory covered in lectures with hands-on practice. Safety and a positive work attitude will be emphasized in both theory and practical sessions.
Flight Mechanics (NP-009768)
This module aims to provide students with an understanding of the aerodynamics principles of aircraft flight in regime ranging from subsonic to supersonic flow. Topics include basic aerodynamics forces acting on an aircraft, the aerofoil performance at subsonic speed, viscous flow characteristics, aircraft performance characteristics and factors affecting flight, take-off and landing performance, leveled turn, range and endurance, aircraft stability and control. Wind tunnel experiments are designed to reinforce students' theoretical knowledge. These include varied models simulation in a low speed subsonic wind tunnel. Tutorials are designed with heavy focus on practical problems that involve aerodynamic characteristics and performance of aircraft.

Entry Requirements

Condition 1

Highest qualification

GCE ‘O’ Level grade:
  • English Language (Grade 1-7)
and

Highest qualification

GCE ‘O’ Level grade:
  • Mathematics (Grade 1-6)
and

Highest qualification

GCE ‘O’ Level grade:
  • Science (Grade 1-6)
And Working experience:At least 1 year of relevant work experience.
or

Condition 2

Highest qualification

NITEC with GPA >= 3.5
or

Condition 3

Highest qualification

NITEC with GPA >= 3.0 And Working experience:At least 1 year of relevant work experience.
or

Condition 4

Highest qualification

Higher NITEC with GPA >= 2.0
or

Condition 5

Highest qualification

Higher NITEC with GPA >= 1.5 And Working experience:At least 1 year of relevant work experience.
or

Condition 6

Highest qualification

NITEC in Technology with GPA >= 3.5 And Working experience:At least 1 year of relevant work experience.
or

Condition 7

Highest qualification

NITEC in Services with GPA >= 3.5 And Working experience:At least 1 year of relevant work experience.
or

Condition 8

Highest qualification

Higher NITEC in Technology with GPA >=2.0 And Working experience:At least 1 year of relevant work experience.
or

Condition 9

Highest qualification

Higher NITEC in Services with GPA >=2.0
And Working experience:At least 1 year of relevant work experience.
or

Condition 10

Highest qualification

Relevant Advanced WSQ Certificate (or higher) and Level 6 WSQ Workplace Literacy SOA and Workplace Numeracy SOA
and

Highest qualification

- And Working experience:At least 1 year of relevant work experience.
or

Condition 11

Working experience

Applicants with at least 2 years of relevant working experience may apply for the course
Recognition of Prior Learning (RPL)
Applicants who do not meet the entry requirements may be considered for admission to the course based on supporting evidence of competency readiness.

Suitable applicants who are shortlisted may have to go through an interview and/or entrance test.

The Polytechnic reserves the right to shortlist and admit applicants.

Financial matters

Course fees payable (incl. GST & excl. supplementary fee)

Description Certificate in Aerospace Design Processes Certificate in Aircraft Electrical Avionics Systems Certificate in Aviation Fundamentals Certificate in Aircraft Propulsion Systems Certificate in Aircraft Structures and Systems Total course fee
Full Course fee $3,440.88 $3,767.04 $3,767.04 $3,440.88 $3,351.24 $17,767.08
Singapore Citizen Aged 40 & Above $335.13 $376.70 $376.70 $335.13 $335.12 $1,758.78
Singapore Citizen Sponsored by SME $346.08 $392.26 $392.26 $346.08 $346.09 $1,822.77
PR Sponsored by SME $356.83 $392.26 $392.26 $356.83 $346.09 $1,844.27
Singapore Citizen Aged Below 40 $502.68 $565.06 $565.06 $502.68 $502.69 $2,638.17
Singapore PR $1,376.35 $1,506.82 $1,506.82 $1,376.35 $1,340.50 $7,106.84
Long-Term Visit Pass Plus $3,440.88 $3,767.04 $3,767.04 $3,440.88 $3,351.24 $17,767.08

GST rate

The course fees payable above are inclusive of 7% GST rate.

Payment option

The first payment needs to be made after accepting the offer.

Allowed payment by

The course fee allows to be paid by:
Post-Secondary Education Account (Adhoc withdrawal form);
Post-Secondary Education Account (Standing order form);
SkillsFuture Credits (SFC);
Credit card (e-payment);
Debit card (e-payment);
PayNow (e-payment).

Refund and withdrawal policy

  • Please note that a 100% refund will be available if the withdrawal request is submitted more than or equal to 14 days before the course start date.
  • Please note that a 50% refund will be available if the withdrawal request is submitted less than 14 days before the course start date.
  • Please note that no refund will be available if the withdrawal request is submitted on or after the course start date.

Remarks

Company Sponsorship

If your employer is sponsoring your course fee, please refer to this guide to link your company's Corppass to the STEP Corppass e-Service first. Your company will need to generate sponsorship link for you to register for the course.

For more details, please refer to the step-by-step guide to enrol, track and manage employee's learning activities and other services.