Diploma in Aeronautical & Aerospace Technology

About the Course

Are you fascinated by how airplanes fly? Do you wonder how a jet engine works, and can propel a plane to supersonic speed? Then our Diploma in Aeronautical & Aerospace Technology is your ticket to an exciting career in the aerospace industry. Build a strong foundation in engineering fundamentals, gain knowledge of aircraft systems and their operating principles, and pick up best practices in the maintenance, repair & overhaul (MRO) and aerospace manufacturing industries.

Our course integrates theory, practical and experimental learning so that you are skilled in areas such as aerospace engineering and materials, design manufacturing and analysis, and quality system. Plus, our curriculum follows industry standards set by the Civil Aviation Authority of Singapore (CAAS), so you will be eligible to pursue an aircraft maintenance licence after graduation.

This diploma is for you if…

You love aeroplanes and are eager to work on the latest aircraft at leading aerospace companies.

What You'll Study

Year 1

Core Modules

Algebra [60 Hours]

Learners will study the basic mathematical principles and tools necessary to build their engineering foundation. They will apply mathematical methods, tools and notations proficiently in the analysis and solution of engineering problems. Topics covered include mathematical functions (polynomials, exponential, logarithms, step functions and trigonometry), complex numbers, determinants, matrices and vectors.

Calculus [60 Hours]

Through this foundation module, learners will study essential knowledge in calculus and acquire skills for solving engineering problems encountered in their course of study. Topics include differentiation and integration of commonly used functions in engineering applications.

Effective Communication Skills [30 Hours]

Communicating well is a vital life skill, benefitting all aspects of our lives from professional life to social gatherings. It is thus important to be proficient in both written and oral communication. This module will enable learners to communicate effectively in different settings and on different collaborative platforms. There will be opportunities to practise and deliver various types of presentations, to learn to competently handle questions, and to effectively incorporate verbal and non-verbal elements when speaking. Learners will also acquire media and information literacy and be able to produce clearly written and well-structured reports and proposals, following standard citation and referencing guidelines.

Electrical Principles [60 Hours]

This module covers electrical fundamentals and their applications in electrical and electronic circuits. Topics covered include principles of electricity, power sources, resistive, capacitive and inductive circuits. Learners will apply this knowledge to analyze, interpret and solve engineering problems.

Engineering Drawing & Modelling [60 Hours]

In this module, learners will gain knowledge and skills to model the engineering parts and interpret drawings that are derived from the 3D models. Topics covered include orthographic projection, sectional views, assembly drawing, geometric dimensioning and tolerancing. Learners will acquire the necessary skills in communicating ideas and concepts through engineering drawings, which is one of the necessary and critical skills needed in the design process.

Engineering Exploration Project [30 hours]

In this module, learners will be engaged in a systematic process of design thinking. Through this process, they will acquire innovative and enterprising skills to develop creative and technically robust solutions to real-world challenges.

Fundamentals of Innovation & Enterprise [30 hours]

Learners will develop attributes that are pervasive and synonymous with being innovative and enterprising for career and life. Through this module learners will develop positive practices when working with data, propose ideas using user-centric approaches and design processes, determine and locate resources, and leverage collaborative practices to formulate solutions.

Fundamentals of Mechanics [60 hours]

This module provides learners with the fundamentals of engineering mechanics. Topics covered include Newton laws, statics of rigid bodies, moment of inertia and bending moments. Fundamentals in dynamics that include kinematics and kinetics of particles will also be covered in this module. Learners will acquire fundamental engineering competency to understand and perform engineering-related activities related to statics and dynamics.

Introduction to Engineering [60 hours]

In this module, learners are exposed to different engineering disciplines by focusing on the application of relevant core engineering disciplines. Topics covered include roles and responsibilities of an engineer, ethics, and sustainability. Learners will engage in the practice of engineering through the process of conceiving, designing, and implementing solutions to engineering problems, individually and in teams. Through this, they will also be able to hone their creative thinking and problem-solving skills, build synergistic teamwork and enhance their communication skills.

Materials Technology [60 hours]

In this module, learners will acquire knowledge of properties and applications of engineering materials, including ferrous and non-ferrous metals, polymers, composites, and ceramics. Learners are exposed to various material properties tests and characterization, material processing methods and different material failure modes. Learners will be able to select appropriate materials for specific engineering applications.

Programming [60 hours]

The practice-oriented module introduces learners to software development methodology. Learners will study problem-analysis and problem-solving techniques to develop essential programming skills. They will be able to create flowcharts, develop algorithms, write structured programs, test and debug programs.

Thermofluids [60 hours]

This module introduces the concepts of heat, fundamentals of thermodynamics, and fluid mechanics. Topics covered include temperature, heat capacities, latent heat, heat transfer and the ideal gas law, first laws of thermodynamics, the properties of fluids, the concepts and basic equations of fluid statics, and fluid flow. Learners will apply their knowledge to analyse and solve problems relating to heat, heat transfer, ideal gases, fluid statics and fluids in motion.

Workplace Digital Skills [30 hours]

In this module, learners will use word processing software to create, modify and style document/report effectively and efficiently. Learners will use spreadsheets to manage, organise and model data as well as to perform analysis and report generation. Creation of customised, dynamic and multimedia-style presentations using software tools will also be covered. Learners will gain and apply these skills through hands-on practices in preparation for the digital workplace.

General Studies

To provide you an all-rounded education, NYP offers General Studies Modules (GSMs). So besides taking modules related directly to your chosen diploma course, you will get exposed to areas beyond your usual field of study. Through a combination of prescribed and elective inter-disciplinary GSMs, you will gain interesting, practical knowledge that can be beneficial to you as you prepare for the world of work and life after graduation.

To learn more about the GSMs offered, click here

Year 2

Core Modules

Aeronautical Science [60 hours]

This module introduces the fundamental theory and practical aspects of subsonic flight. It equips students with the basic knowledge that is required under the Singapore Airworthiness Requirements SAR-66 pertaining to Basic Aerodynamics and Theory of Flight for Turbine Airplanes. At the end of this module, students will be able to appreciate and understand the applications of aerodynamics, flight mechanics, aircraft stability and control, as well as evaluate aircraft performance.

Aero-Structures [60 hours]

This module provides students with the understanding of how an aeroplane is constructed from a structural viewpoint. They will be able to identify the major and sub-assembly components of an aeroplane, understand design philosophy, design concepts and allowables on how these parts are constructed, sized, shaped. The students will also learn about the features that makes the aeroplane safe to fly, durable during its design life, easily maintainable and efficient in operation. The students will also be able to perform simple stress analysis for metallic repair and also appreciate the complexity of composite repairs by performing simple ABD matrix computation and composite repair in the laboratory. In addition, students will also perform calculation on weight and balance of the aeroplane due to a major modification or regulatory requirements.

Aero-Systems [30 hours]

This module provides students with the knowledge of the various aircraft systems that keeps the aircraft flying and responsible for the functionality of the aircraft. Students will be exposed to topics which include flight controls, cockpit instrumentation, air conditioning, pressurisation, oxygen system, hydraulic system and circuits, operations of landing gear and ice & rain protection systems.

Aircraft Propulsion System [60 hours]

This module provides students with knowledge and understanding of the propulsion system for modern commercial jet aircraft. Topics include the theory and construction of gas turbine power plants and their auxiliary systems, engine operation and maintenance. At the end of this module, students will be equipped with fundamental knowledge of the aircraft power plants and prepared with competency to pursue careers in the aerospace industry.

Analogue & Digital Electronics [60 hours]

This module covers various analogue and digital devices, such as diodes, bipolar junction transistors, operational amplifiers, and basic logic gates. The working principles, designs, and applications of these devices in electronic circuits are also covered. This module provides the foundation for advanced electronic modules in electronic engineering courses

Aviation Legislation & Human Factors [30 hours]

Students will understand the main aviation regulations and airworthiness requirements governing the aerospace industry and their applications. Students will also understand the concepts of human factors which affect human performance in aviation industry and aircraft maintenance. In addition, students will be exposed to health & safety and manpower regulations governing the aerospace industry personnel.

Computer-Aided Design & Manufacturing [60 hours]

This module introduces the use of Computer Numerical Control (CNC) and Computer-Aided Manufacturing (CAM) application software. Students will be taught to produce basic design geometries sensitive to Design for Manufacturability (DFM) requirements using manual part programming and generate tool paths from complex CAD models using CAM software package. On completion of the module, the student will be able to explain the interrelation between CNC and CAD/CAM application. The student will also be able to produce manual part programs, generate NC tool path using CAM software and verify the tool path with NC simulation software.

Differential Equations & Series [60 hours]

This module provides students with the basic theory of solving differential equations and of representing periodic functions in terms of Fourier series. The main topics covered include the techniques of solving differential equations, Laplace transform and its application, rewriting periodic functions into Fourier series and decomposing them into harmonic frequency components. At the end of this module, students will be able to solve engineered modelling of real-life problems by applying the techniques of differential equations and series.

Mechanical Design [60 hours]

This module introduces the students to the fundamental concepts and considerations of mechanical design and the design of machine elements. Topics covered include Engineering Design Process, Fits and Tolerances, Drive Elements, Shaft, Keys & Couplings, Bearing, Cams and Stress Analysis. The module will provide students with the necessary knowledge pertinent to primary mechanical system design. Also, the module introduces students to Design for Additive Manufacturing.

Mechanics - Dynamics [60 hours]

This module builds on the Fundamental of Mechanics and covers practical and complex mechanical analysis. It provides an overview of the various concepts of dynamics of particles and physical bodies. At the end of this module, the students will be able to appreciate, analyse and utilise their knowledge to solve real-life problems related to engineering dynamics.

Metrology & Quality Control [30 hours]

This module equips students with the fundamental principle of metrology and its effect and impact on the precision and accuracy of manufactured parts. Topics covered include measurement standards, selection of tools and equipment for inspection and control, identification and minimization of errors in a measuring system. The introduction of GD&T will also be included. Hands-on practice is an integral part of the course to apply, enhance and acquire skills in the proper handling and techniques of using precision measuring tools. At the end of the module, the students will be able to work in an aerospace environment that can ensure fitness for use is achieved in manufactured parts.

Probability & Statistics [60 hours]

This module provides learners with the essential concepts of probability and statistics. The learners will be able to apply probability theory and statistics to analyse real life problems. The topics covered include the probability concepts, probability distributions (Binomial, Poisson and Normal), sampling distributions, estimating and testing of population mean, linear correlation and regression.

Workshop Practices [30 hours]

This module imparts students with the knowledge and skills required to operate workshop machines to perform various machining process. The hands-on practical sessions include workshop safety, workshop best practices, correct handling of hand tools and proper techniques of using measuring instruments. On completion of the module, the students will be able to use tools and operate workshop machines to fabricate components for the aerospace industry.

General Studies

To learn more about the GSMs offered, click here

Year 3

Elective Programmes (Select one)

Aerospace Systems & Testing

Aerospace Material & NDT Technology [60 hours]

This module is designed to expose students to the types and properties of aerospace materials and non-destructive evaluation tools. Topics covered include aluminium alloys, titanium alloys, superalloys and composite materials – their properties and their applications in the aerospace industry. In the area of non-destructive testing, the principles, applications and devices used will be covered. At the end of the module, students will be able to describe the engineering materials and non-destructive evaluation methods used in the aerospace industry.

Aircraft Component & Fixture Design [60 hours]

This module develops students’ knowledge and skills for designing jigs and fixtures in the machining industries, particularly in the aerospace industry. Topics include fundamentals of design, datum selection, locating concepts, clamping principles, drill jig design, milling fixture design, modular fixturing, power work holding and materials for jigs and fixtures. Upon completion of this module, students will be able to design drill jigs and milling fixtures in the relevant industries with proper selection of locating elements, clamping elements, loading and unloading of workpieces and ease of handling.

Aero Maintenance Practices & Projects [60 hours]

This module provides the students hands-on skills and working knowledge to perform aircraft and component maintenance. The module covers areas such as sheet metal structural repair, fastening devices, sealant application, aircraft rigging, hydraulic plumbing and best practices for aircraft electrical wiring interconnect system (EWIS). At the end of the module, students will be competent to apply their skills to perform various Maintenance Repair & Overhaul (MRO) related tasks.

Communication & Personal Branding [30 hours]

In today’s competitive environment, a strong personal brand sets one apart from others. In this module, learners will develop techniques to impress and persuade others to accept their ideas. They will also learn how to communicate effectively over e-mail. To support their job search, learners will use digital portfolios to showcase their abilities, as well as gain the knowledge and skills to promote their capabilities in their cover letters and resumes. They will also acquire skills to project themselves positively and for performing well at interviews.

General Studies

To learn more about the GSMs offered, click here

Elective Modules

Reliability & Failure Analysis [60 hours]

This module introduces students to the concepts of safety factors and reliability relating to aircraft structural and systems. Topics covered include probability, risk assessment, maintainability, reliability testing, as well as reliability-based design and evaluation. This module also exposes students to the failure analysis of aerospace components and structures, relating the dependence of failures to the mechanical, micro-structural and loading conditions. Topics covered include types and mechanisms of overload, fatigue, creep, wear and corrosion failures in metallic and composite materials. At the end of the module, students will be able to analyse and solve reliability and engineering failure problems encountered in the industry.

Computational Analysis & Simulation [60 hours]

This module exposes the student to the use of simulation and computational analysis software in an aerospace engineering design and development environment. The topics covered include motion simulation and finite element analysis (FEA). Students will be able to use the different types of simulation software and analysis tool to assist in making engineering decisions.

Aerospace Manufacturing

Aerospace Material & NDT Technology [60 hours]

Advanced Metrology and Quality Management [60 hours]

This module provides students the theory and applications of the latest metrology equipment and quality management. The focus will cover the working principles of precision measuring equipment, its methodology and techniques for precision measurement. The precision measurement techniques will cover errors of measurement, surface and roughness measurement and assessment, coordinate measuring machine and the interpretation of geometric dimensioning and tolerancing symbols. Topics covered in quality management includes principles, methods and techniques relevant to aerospace manufacturing such as 6-sigma and lean manufacturing. By the end of the module, students will be competent to measure product parts using appropriate metrology equipment and to apply appropriate quality management and techniques for continuous improvement.

Aero Maintenance Practices & Projects [60 hours]

Communication & Personal Branding [30 hours]

General Studies

To learn more about the GSMs offered, click here

Elective Modules (Choose two)

Advanced Machining Technology [60 hours]

This module provides students with knowledge and skills on advanced machining processes such as high-speed machining, ultra-precision machining, multi-axis machining of free-form surfaces, and non-traditional machining processes. The students will go through extensive practical sessions to generate NC tool paths for complex aerospace component manufacturing through the use of machining and simulation software packages.

Aerospace Manufacturing System [60 hours]

This module equips students with the operating principles and applications of manufacturing systems in the aerospace industry. This includes the classification of production systems, concepts of manufacturing resource planning, JIT, group technology, flexible manufacturing system (FMS), principles and practices of lean manufacturing and the application of computer-aided design/manufacturing (CAD/CAM).

Shop Floor Monitoring & Control

This module aims to equip students with the knowledge and skills for monitoring and controlling manufacturing systems in the shop-floor. Students will learn technology fundamentals related to shop floor monitoring and control, such as material and information flow in shop floor, basic control architectures and control decision making processes, shop floor production data acquisition and presentation. The students will also be exposed to Industry 4.0 concepts and applications. They will also acquire skills in using the latest software tools related to shop floor monitoring and control and apply simulation techniques using software for the manufacturing environment.

Final-year students will also have the opportunity to undertake a full-time project and participate in a local or overseas internship programme for one full semester.

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Nanyang Polytechnic International

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School of Design

School of Engineering

School of Health & Social Sciences

School of Information Technology

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Foundation & General Studies

Polytechnic Foundation Programme

Aeronautical & Aerospace Technology (C51)

About the Course

Algebra [60 Hours]

Calculus [60 Hours]

Effective Communication Skills [30 Hours]

Electrical Principles [60 Hours]

Engineering Drawing & Modelling [60 Hours]

Engineering Exploration Project [30 hours]

Fundamentals of Innovation & Enterprise [30 hours]

Fundamentals of Mechanics [60 hours]

Introduction to Engineering [60 hours]

Materials Technology [60 hours]

Programming [60 hours]

Thermofluids [60 hours]

Workplace Digital Skills [30 hours]

General Studies

Aeronautical Science [60 hours]

Aero-Structures [60 hours]

Aero-Systems [30 hours]

Aircraft Propulsion System [60 hours]

Analogue & Digital Electronics [60 hours]

Aviation Legislation & Human Factors [30 hours]

Computer-Aided Design & Manufacturing [60 hours]

Differential Equations & Series [60 hours]

Mechanical Design [60 hours]

Mechanics - Dynamics [60 hours]

Metrology & Quality Control [30 hours]

Probability & Statistics [60 hours]

Workshop Practices [30 hours]

General Studies

Aerospace Material & NDT Technology [60 hours]

Aircraft Component & Fixture Design [60 hours]

Aero Maintenance Practices & Projects [60 hours]

Communication & Personal Branding [30 hours]

General Studies

Reliability & Failure Analysis [60 hours]

Computational Analysis & Simulation [60 hours]

Aerospace Material & NDT Technology [60 hours]

Advanced Metrology and Quality Management [60 hours]

Aero Maintenance Practices & Projects [60 hours]

Communication & Personal Branding [30 hours]

General Studies

Advanced Machining Technology [60 hours]

Aerospace Manufacturing System [60 hours]

Shop Floor Monitoring & Control

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Course Manager

Course Coordinator (CC)

Course Coordinator (CC)

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