Subject Descriptions - Subject Information


Calendar: 2017 Undergraduate
Faculty: Faculty of Science, Medicine and Health
Department: Science, Medicine and Health


Subject Information
Subject Code AIIM411
Subject Name Advanced Materials: Devices, Performance and Applications
Credit Points 6
Pre-Requisites Nil
Co-Requisites Nil
Restrictions Nil
Equivalence Nil
Assessment Quizzes x 2(20%), Group case studies and written report (60%), Assignment: Oral presentation on choice of topic dedicated to multi functional material and its fabrication techniques (20%).
General Subject No.
EFTSL (Non Weighted) 0.125
Non Weighted Student Contribution Amounts
Commonwealth Supported (HECS) Students Only
Pre-1997 Pre-2005 Post-2005 Post-2008 Post-2009 Post-2010
$ 1131  $ 1131  $ 1131  $ 1131  $ 1131  $ 1131 
Weighted Student Contribution Amounts
Commonwealth Supported (HECS) Students Only
Course
1771-Bachelor of Laws (Honours) (Direct Entry)
1777-Bachelor of Laws (Direct Entry)
1827-Bachelor of International Studies - Bachelor of Laws
1845-Bachelor of Information Technology - Bachelor of Laws
1852-Bachelor of Business Information Systems - Bachelor of Laws
329-Bachelor of Economics and Finance-Bachelor of Laws
336-Bachelor of Science (Psychology) - Bachelor of Laws
340-Bachelor of Arts - Bachelor of Laws
351-Bachelor of Laws (Honours)
760-Bachelor of Communication and Media Studies - Bachelor of Laws
770-Bachelor of Laws (Graduate Entry)
771-Bachelor of Arts - Bachelor of Laws
771H-Bachelor of Arts - Bachelor of Laws
772-Bachelor of Creative Arts - Bachelor of Laws
773-Bachelor of Commerce - Bachelor of Laws
774-Bachelor of Mathematics - Bachelor of Laws
775-Bachelor of Science - Bachelor of Laws
775H-Bachelor of Science - Bachelor of Laws
775M-Course information not Found
776-Bachelor of Computer Science - Bachelor of Laws
778-Bachelor of Information and Communication Technology-Bachelor of Laws
779-Bachelor of Engineering - Bachelor of Laws
858-Bachelor of Journalism - Bachelor of Laws
Work Experience No
Tutorial Enrolment Information None.

Subject Availability
Session Spring  (24-07-2017 to 16-11-2017)
Campus Innovation Campus
Delivery Method On Campus
Instance Name Class 1
Course Restrictions No restrictions
Contact Hours  
Lecturer(s) and
Cons. times
 
Coordinator(s) and
Cons. times
Jung Ho Kim
Md Shahriar Hossain
Instance Comment  
Census Date 31-08-2017

Subject Description
The subject is dedicated to electronic, energy and biomedical based applications and devices. The subject aims to develop future workforces skilled in application of modern devices in related industries including batteries, supercapacitors, solar cells, superconducting magnets, magnetic/spintronic devices, nanogenerator etc. The course covers the basics of the electronic/spintronic, energy and materials for biomedical based nanotechnologies and relies on the substantial in-house expertise, laboratories and manufacturing technologies at AIIM. The course also demonstrates the application of various materials characterisation techniques [such as thermo-electric evaluation X-ray photoelectron spectroscopy (XPS), energy-dispersive X-ray spectroscopy (XPS), gas adsorption-desorption measurement (pore size distribution curves), advanced scanning tunnelling microscopy (STM), X-ray diffraction (XRD), inductively coupled plasma mass spectrometry (ICP-AES), and thermal analyses techniques such as Differential scanning calorimetry and thermogravimetric analyses (DSC/TGA)] to evaluate important physico-chemical properties and performance of covered materials and devices.


Subject Learning Outcomes
On successful completion of this subject, students will be able to:
1. Understand the diverse factors and characteristics of advanced functional materials and their importance in design, modelling and device development.
2. Identify the principles of device design and development and correlate this with the properties of the studied materials.
3. Understand the working principles of AIIM's state-of-the-art characterization techniques and gain hands-on experience.
4. Analyse the data generated from the characterization techniques and explain the selection of right materials to be used for device development.
5. Apply the use of appropriate measurement and experimental techniques for determining properties of fabricated devices and to write clear reports detailing the results.


Textbook Information
To be advised
Text book information is available via the UniShop website:



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