DIPLOMA IN NANOTECHNOLOGY & MATERIALS SCIENCE ver thought of driving in the rain advanced materials such as polymers, Ewithout the need for wipers? How ceramics and composites. about harnessing solar energy from your Our strong industry links with shirt to charge a mobile phone? These nanotechnology and advanced materials are the wonders that nanotechnology and companies and institutions will further materials science can create. provide you with ample opportunities to This course adopts a multidisciplinary work on live industry projects. This will curriculum that combines applied sciences prepare you for a wide range of careers in and engineering. You will learn how to use the materials science and nanotechnology to deliver cheaper, smaller, nanotechnology sectors. better, faster and stronger products using 182 WHY THIS DIPLOMA? DURATION • Get wide exposure to engineering Three academic years on a full-time basis. Nanotechnology – You can take on a and science. number of roles that support the design • Enjoy good opportunities for R&D in FURTHER EDUCATION and development of nanotechnology academia or research institutions. Receive advanced standing or module products in nanotechnology and • Be part of an exciting new trend exemptions for relevant or equivalent nanoscience laboratories using in technology. degrees and programmes at many smart, nano-structured devices and • Gain international exposure and universities in Singapore and overseas, nanomaterials. experience through our Overseas such as the University of New South Internship Programme in countries Wales, University of Sydney, University ENTRY REQUIREMENTS such as Australia, Canada, France, of Western Australia, University of You must have obtained the following the UK and Japan. South Australia, University of Southern minimum GCE ‘O’ Level results: Queensland, Queen Mary University of • English Language (EL1) Grade 1–7 IT WILL ENABLE YOU TO… London, Newcastle University, University • Elementary/Additional • Gain a broad-based foundation in the of Sheffield and Cranfield University. Mathematics Grade 1–6 sciences behind advanced materials • A relevant Science subject like polymers and ceramics. CAREER PROSPECTS Grade 1–6 • Improve products in the electronics, Look forward to rewarding and challenging consumer, medical and pharmaceutical, careers in: chemical, and renewable clean energy industries. Materials development and processes – • Deliver improved products that have Your strong knowledge in chemistry and new and far greater functionalities at materials science will be needed as a a lower cost. materials technologist and development • Design and develop advanced and engineer. You can also become a materials innovative materials. process engineer with your competencies in various materials process technologies. Materials characterisation and analysis – You can take up positions as a quality control engineer and laboratory/ research technologist in advanced materials analysis laboratories for both industry and research institutions. This is because you have practical training in operating and handling specialised equipment, instruments and tools for the characterisation and analysis (including failure analysis) of advanced materials, in support of the complete product development cycle. ^ Please refer to the section on entry requirements for diploma courses for more details. 183 COURSE STRUCTURE YEAR 1 – SEMESTERS 1 & 2 YEAR 3 – SEMESTERS 1 & 2 Advanced Electronic Materials & Core Modules Elective Programmes (Select one) Semiconductor Technology EGJ101 Mathematics 1A Core Modules EGJ103 Electrical Principles Materials For Sustainable Technology EGJ301 Nanomaterials Science & Circuits Core Modules EGJ302 Semiconductor Technology EGJ104 3D Modelling EGJ303 Nanomaterials & Commerce EGJ303 Nanomaterials & Commerce EGJ105 Communication Skills EGJ304 Professional & Interpersonal EGJ304 Professional & Interpersonal EGJ106 Physics Communication Skills Communication Skills EGJ107 Mathematics 1B EGJ311 Energy Harvesting & Storage EGJ324 Full-Time Semestral Project** EGJ108 Inorganic & Physical Chemistry EGJ312 Sustainable Materials General Studies* Mechanics & Technology # EGJ109 Internship EGJ110 Materials Science Full-Time Semestral Project** EGJ324 Elective Modules (Choose two) EGJ111 Computer Programming General Studies* EGJ305 Wafer Fabrication Processes EGJ112 Good Laboratory Practices Internship# EGJ306 Electronic Materials EGJ113 Introduction to Engineering Elective Modules (Choose two) EGJ311 Energy Harvesting & Storage General Studies* EGJ302 Semiconductor Technology Electronic Materials YEAR 2 – SEMESTERS 1 & 2 EGJ306 EGJ313 Nanomaterials & Safety Core Modules EGJ201 Mathematics 2A EGJ202 Thermodynamics Functional & Structured Materials EGJ203 Polymers & Composites Core Modules Nanomaterials Science EGJ204 Organic Chemistry EGJ301 Nanomaterials & Commerce EGJ205 Materials Analysis & EGJ303 Nanocharacterisation EGJ304 Professional & Interpersonal Communication Skills EGJ206 Materials & Nanotechnology Project 1 EGJ308 Advanced Crystalline Solids Full-Time Semestral Project** EGJ207 Mathematics 2B EGJ324 EGJ208 Advanced Materials Science General Studies* EGJ209 Mechanics of Materials Internship# EGJ210 Metrology & Quality Control Elective Modules (Choose two) EGJ211 Micro & Nanotechnology EGJ306 Electronic Materials EGJ212 Materials & Nanotechnology EGJ309 Smart Materials Project 2 EGJ313 Nanomaterials & Safety General Studies* * To complete 60 hours for General Studies Modules with the aim of promoting a holistic education and learning experience. Choose modules from clusters that include foreign languages, communication and interpersonal skills, leadership and teamwork, values and society, general knowledge and interests, and healthy and active lifestyle. ** Students taking EGJ325 or EGJ326 would not need to do EGJ324. # Internship (Choose one) EGJ323 Internship Programme (12 weeks) EGJ325 Internship Programme (24 weeks) EGJ326 Overseas Internship Programme For detailed module synopses, please refer to the online Prospectus at www.nyp.edu.sg/prospectus 184 EGJ101 EGJ105 Mathematics 1A [60 hours] Communication Skills [30 hours] This module provides students with the basic mathematical This module gives students a broad understanding of the principles and tools necessary to underpin their education in the communication process and interpersonal communication skills engineering discipline. It will enable them to apply mathematical to interact effectively with others. The module will also cover the methods, tools and notations proficiently in the analysis and various forms of writing skills – technical, proposal and report – solution of engineering problems. Topics covered include required in an engineering environment. In addition to interacting engineering functions, trigonometry, complex numbers, more effectively with others, their oral presentation skills will also determinants, matrices and vectors. At the end of this module, be honed so that they become effective presenters. students will be able to demonstrate understanding of and competence in the basic mathematics of engineering, such as EGJ106 vectors, matrices, exponential and logarithmic functions, and Physics [60 hours] complex numbers This module provides students with fundamental basic concepts of physics and also covers how to apply physics in technology EGJ103 development such as biomedical and material science applications. Electrical Principles & Circuits [60 hours] The module covers measurement, kinematics, dynamics, This module provides students with the fundamentals of DC energy, thermal physics, wave theory, solid state devices and and AC electrical circuits. They will be learning the relevant electromagnetism. By the end of this module, students will have electrical principles, electrical safety rules and how to measure a good grasp of basic physic science knowledge. Knowledge the AC and DC basic electrical quantities. Topics covered include acquired also serves as a foundation for advanced modules principles of electricity, resistive circuits, electromagnetism, in the field of biomedical engineering and material science. inductive and capacitive circuits, DC transient circuits, AC circuits and DC sources. Skills acquired serve as a foundation for advanced EGJ107 modules in the areas of Biomedical Instrumentation & Control Mathematics 1B [60 hours] and Nanotechnology Engineering. This module provides students with the essential knowledge in calculus and analytical skills for solving engineering problems EGJ104 encountered in their course of study. It also serves as a foundation 3D Modelling [45 hours] for advanced topics in the second year. Topics include concept This module provides students the fundamental knowledge of basic of limits; derivatives of polynomial, trigonometric, inverse 3D modelling and 2D drafting skills. Topics covered include Solid trigonometric, exponential and logarithmic functions; indefinite Modelling and Drafting and Documentation to equip the students and definite integrals of common engineering functions; and with the necessary skills in communicating design ideas and differentiation and integration with engineering applications. concepts. The module equipped students with knowledge of the universal graphic language and documentation standards essential for engineering components and systems design in the diploma and the engineering industry. 250 EGJ108 EGJ111 Inorganic & Physical Chemistry [75 hours] Computer Programming [60 hours] The module provides students