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    Engineering Small Worlds: Micro and Nano Technologies
    22Z080167
    ENGG S356
      More information: Course Guide
    Engineering Small Worlds: Micro and Nano Technologies
    22Z080167
    Course Start Date
    Aut 2019
    Course Level
    Higher
    Length in Terms
    2 terms
    Credits
    10
    Language
    English
    Fees ($) (including lab fees)
    12,500
    Future Terms
    Quota and Schedule
    Course
    Start Date
    Course Level Length in Terms Credits
    Language
    Fees ($)
    (including lab fees)
    Future Terms
    Aut 2019
    Higher 2 terms 10
    English
    12,500

    Course Coordinator: Dr Kevin Hung, BSc (Queen's University); MPhil,PhD (CUHK); MIEEE, MIET; MCIE

    This course is an optional course for the following programmes: BSc and BSc (Hons) in Electronics, BSc (Hons) in Electronics (with Management), BSc and BSc (Hons) in Engineering Mechanics, Materials and Design, BSc (Hons) in Engineering Mechanics, Materials and Design (with Management), BSc and BSc (Hons) in Product Design and Technology, and HD in Engineering Design.

    The course examines the development of micro- and nano-scale devices in terms of their engineering and operation. Mechanical, electrical, chemical and biological engineering of these ‘small worlds’ is revolutionizing our lives through devices smaller than the eye can see. Aspects of this ‘unseen’ engineering are investigated in the light of scientific principles and the practical constraints they impose. A selection of applications, chosen to illustrate how engineering solutions are achieved on the micro and nano scales, is described.

    Aims
    This course aims to:

    • demonstrates how matter can be manipulated at the atomic and molecular scale to serve the engineering needs of society for ever-smaller systems acting as intelligent monitors, controllers and micro-environments;

    • examines how micro and nano technologies are being advanced. A firm grounding in engineering on both micro and nano scales was gained, through the detailed study of how scientific and engineering principles are applied to the design and manufacture of real devices.

    Contents
    The course covers the following topics:

    • Understanding nanotechnology
      - an introduction to the subject of nanotechnology
      - engineering at the atomic scale

    • Structural and inertial systems
      - MEMS Pirani sensor
      - mircomachining
      - sources of uncertainty in transducers
      - microscale gyroscope

    • Electronic and optical devices
      - aspects of light
      - conversion between light signals and electronic signals
      - electronic memory and electronic switches
      - microelectronic solutions for digital photography
      - light and mater
      - LCD and LED

    • Working with nature
      - construction with lipids and proteins
      - electrical transmission within cells
      - energy in cells
      - DNA and molecular machinery

    Learning support
    There will be ten tutorials and nine surgeries, each of two hours. All of the tutorials and surgeries will be conducted in classrooms. Some seminars may also be introduced.

    Assessment
    There will be four assignments and a final examination.

    Online requirement
    This course is supported by the Online Learning Environment (OLE). You can find the latest course information from the OLE. Through the OLE, you can communicate electronically with your tutor and the Course Coordinator as well as other students. To access the OLE, students will need to have access to the Internet. The use of the OLE is required for the study of this course.

    Equipment
    A computer system suitable for connecting to the Internet is essential for accessing the online support. The minimum configuration of the computer system is:

    • Pentium 4 2.4 GHz CPU or above

    • VGA display card and monitor

    • 1 GB RAM

    • 2 GB free hard disk space

    • Internet access

    • Mouse, keyboard and printer

    Software
    You will need to have access to a computer with Microsoft Windows XP or a later version with an Internet browser to access the course homepage and a Word Viewer or Microsoft Office to read the documents downloaded from the course website. Six audio programmes and one video programme on CD and DVD are provided. CD and DVD players are essential.

    Set book(s)
    There are no set books for this course.

    Students with disabilities or special educational needs
    Students with impaired sight might have difficulty with the use of a computer monitor. You are encouraged to seek advice from the Course Coordinator before enrolling on the course.

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