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0824 epidemic protective gear

Dr Jin Lam and service learning programme students develop epidemic protective gear

Dr Jin Lam, Assistant Professor of ITC, and her students of a service learning subject called “Community Engagement through Expressive Textile Arts and Fashion” were recently involved in the development of “Epidemic Protective Gear” with and for individuals who had previously suffered from a mental illness. After the COVID-19 pandemic started in January 2020, Dr Lam collaborated with the Baptist Oi Kwan Social Service to launch a campaign called “Cheer up! Gear up!” which pairs up students and service recipients to co-design and produce functional protective items. The students teamed up with the service recipients and conducted online meetings to understand their needs in designing anti-epidemic functional gear. Based on the functional needs and personal preferences of the service recipients, each team then generated a co-design brief of an “anti-epidemic functional design” and created tailored “epidemic protective gear” such as a fabric mask, protective hat with a face shield and water repellent bag, etc.  The students also video-recorded the sewing and hand-stitching procedures to construct the prototypes of the functional items, and produced video clips for the service recipients on the manufacturing procedures and laundering instructions. This service is not about only developing a functional product, but also transferring knowledge and skills. As such, the activity empowers both students and service recipients and helps to establish a mutual supportive network in the community.

24 Aug, 2020

Research & Innovation

20200731_1

PolyU Knitwear Design 2020 – From zero to infinity

This year, twenty one knitwear design students showcased their final collections, reflecting the uniqueness and passion of design. These collections are the combined efforts of a group of yarn suppliers, knitwear producers, the teaching team and students. Please click here for the e-brochure. Thank you.

31 Jul, 2020

Shows & Exhibitions

13 Tse Yun Ting2

PolyU Fashion Show 2020 – Announcement of Results

Although the PolyU Fashion Show 2020 was cancelled due to the COVID-19 pandemic, we were fortunate to have 16 professional judges select the winners of the event.  Congratulations to these award-winning young fashion designers who demonstrated their creative flair through their collection! Overall Grand Award — TSE Yun Ting Alex 《DEVOID》 First runner-up — YU Cheuk Lam, Topsy《MORNING MOON》 Second runner-up — LAM Ka Man《Sire》 Esquel Outstanding Menswear Award — LAM Ching Hei, Charmaine《One of a Kind》 Let’s Have Fun Award — LEUNG Hoi Ting 《Extreme Storage》 HKFDA Scholarship of Creativity — LUK Tsz Ting 《To Infinity and Beyond》

30 Jul, 2020

Announcements

FAST Graduate Executive Programme 2020

In view of the economic adversities brought by the COVID-19 pandemic which has caused a severe hit to the employment market, the FAST Graduate Executive Programme 2020 is established to assist the Faculty’s fresh graduates to overcome challenges in this critical period. The positions of “Graduate Executive” are now open to application for fresh graduates of FAST bachelor degree programmes awarded in 2020 with details as follows: Hosting Departments    Post Reference Number  Department of Applied Biology and Chemical Technology (ABCT) Job spec.   GE2020_ABCT Department of Applied Mathematics (AMA) Job spec.   GE2020_AMA Department of Applied Physics (AP) Job spec.   GE2020_AP Institute of Textiles and Clothing (ITC) Job spec.   GE2020_ITC Appointment Period: From September 2020 to February 2021 (6 months) Remuneration: HK$10,680 monthly Programme Structure: The Programme will include training workshops in the first week and on-the-job training to nurture talents and to facilitate the transition from studies to work environment. Supervisors will be assigned to provide coaching, performance feedback, support and guidance to the Graduate Executives throughout the Programme. Quota: Around 30 appointees across all hosting departments Application Method: Please send a completed application form by post to Human Resources Office, 13/F, Li Ka Shing Tower, The Hong Kong Polytechnic University, Hung Hom, Kowloon, Hong Kong or via email to hrstaff@polyu.edu.hk. Application forms can be downloaded from http://www.polyu.edu.hk/hro/job/en/guide_forms/forms.php (HR Form 7). If a separate curriculum vitae is to be provided, please still complete the application form which will help speed up the recruitment process. The closing date for application is Sunday, 26 July 2020. Applicants who are not invited to an interview within two months from the closing date should consider their applications unsuccessful. The University’s Personal Information Collection Statement for recruitment can be found at http://www.polyu.edu.hk/hro/job/en/guide_forms/pics.php. Enquiries Ms Catheleen Ng | catheleen.ng@polyu.edu.hk

22 Jul, 2020

Announcements

New 2-year ITC undergraduate programme for sub-degree holders

Students will soon be able to receive a solid holistic understanding of new emerging technologies and digital fashion business models, and innovative marketing/business strategies and plans when ITC launches a new two-year full-time UGC-funded undergraduate programme in 2021/22 - the Bachelor of Science (Honours) in Digital Fashion (數碼時尚(榮譽)理學士學位) for local associate degree or higher diploma holders.  The Digital Fashion programme is characterized by 3is: iFashion, iMedia and iConnect, which comprise a cluster of subjects in digital fashion creation and entrepreneurship (iFashion), media communications and marketing analytics (iMedia), as well as connecting textile processes for innovation (iConnect). Dr Tracy Mok, the programme leader explained, “This is a 2-year full-time top-up programme with multidisciplinary nature, which is suitable for Associate Degree or Higher Diploma holders of different discipline backgrounds such as engineering, information technology, media communication, fashion or marketing. There are many elective subject options and different study pathways for students with different academic backgrounds.” The programme focuses on training students in three distinctive skill categories: advanced digital skills for fashion creation (iFashion), advanced digital skills for fashion media communication and market analytics (iMedia), and the ability to connect fashion and textile processes and emerging technologies for product and business innovations (iConnect). Upon successful completion of the programme, students will be proficient at implementing the components of the 3is. The admission quota into this programme is 30 individuals for 2021/22.  During the normative study period of two years, students shall complete at least 60 credits for graduation. Students are also required to complete at least three units of research course(s).  The programme will accept applications from sub-degree holders in business, media communication, engineering or information technology.

20 Jul, 2020

Teaching & Learning

ITC professors publish in top ranking journals

ITC would like to highlight the commendable achievements of several ITC professors who have recently published in top ranking journals in different fields, including Nature Electronics, Science Advances and Production and Operations Management. Upon invitation from the Chief Editor of Nature Electronics, Prof. Xiaoming Tao, Chair Professor of ITC, wrote a commentary view article which discussed a recently published paper called “Liquid metal gives transmission lines a softer touch”. Nature Electronics is a top-tier journal that ranks no. 3 on the Scimago Journal & Country Rank. The article highlights the advancements of embedding liquid metal into the core of fibers, which can then be woven into textile. This process can potentially impart sensing capabilities to large, non-uniformly shaped and mechanically dynamic surfaces. This innovation has great significance for practical applications related to health monitoring, human–machine interactions and soft robotics.   Prof. Jintu Fan and Dr Dahua Shou also recently published a paper titled ““Skin-like” fabric for personal moisture management” in the highly renowned Science Advances journal which details the development of a “skin-like” fabric that enables liquid to be directionally transported through spatially distributed channels which act like “sweat glands” but repel foreign environmental contaminants. The water transmission rate can be 15 times greater than that of the best commercial breathable fabrics. This advanced functionality can be applied in various contexts, such as oil-water separation processes, wound dressings, geotechnical engineering and flexible microfluidics applications, and fuel cell membranes. Furthermore, the permeability, mechanical properties, and abrasion resistance (up to 10,000 cycles) of the fabric are not affected by the treatment. Prof. Jason Choi recently published a paper in Production and Operations Management, a premier business journal that is highly regarded in the business and management fields. The study applies a mean-variance theory that is used in economics to address the newsvendor problem, thus facilitating solutions to optimization problems in supply chain management that takes risk considerations into account. The study focuses on the relevant and important research area of selling short-life-cycle seasonal fashion products. We would like to congratulate our ITC professors and their co-authors for their notable achievements, which also attest to their hard work and dedication to advancing knowledge and science during these unprecedented times of a global pandemic.

17 Jul, 2020

Research & Innovation

0712 Dr Jeanne Tan

Dr Jeanne Tan awarded Caring Ambassador for research with H.K.S.K.H Welfare Council

Dr Jeanne Tan, Associate Professor of ITC, has been awarded ‘Caring Ambassador’ for her contributions to social responsibility.  Her research work involves developing tools for multi-sensory therapy for dementia victims. PolyU was also nominated by the Hong Kong Sheng Kung Hui (H.K.S.K.H) Welfare Council and H.K.S.K.H. Lok Man Alice Kwok Integrated Service Centre, who are the working partners of Dr Tan, for ‘Caring Company’ under the Caring Company & Caring Organization Scheme launched by The Hong Kong Council of Social Service. PolyU subsequently received the title of Caring Company. This award commends and publicly recognises business organisations that demonstrate good corporate citizenship. 

12 Jul, 2020

Research & Innovation

CANCELLED PolyU Fashion Show 2020

In response to the recent upsurge of local COVID-19 infection cases and the stringent social distancing measures, PolyU Fashion Show 2020 scheduled on 30 July will be cancelled. However, we have created an e-brochure with the creative designs of the 17 finalists. Please click the e-brochure below to view the creative design of the finalists: Happy Viewing! ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We are thrilled to announce that PolyU Fashion Show 2020 will be taking place on 30th July 2020 (Thursday) at PolyU Jockey Club Innovation Tower. Setbacks are part of life; despite all the challenges, the graduating class of 2020 have eventually completed their final collections this year. A total of 17 students selected by professional judges will be showcasing their collections on the runway as a celebration of their graduations and achievements. In addition to the show, we are also showcasing the work of our students, including fashion show finalists and the PolyU Fashion Online Contest awardees, in form of an exhibition at the Fashion Gallery, PolyU during 4th Aug to 25th Sept 2020. A pre-view to the Exhibition will be held on the show date on 30 July 2020. Students and Colleagues of PolyU family are invited to be our guests to the show and exhibition. Please sign up for PolyU Fashion Show 2020 at this link: https://www.polyu.edu.hk/pfs/index.php/931972?lang=en Thank you for supporting Hong Kong Fashion Talents!

11 Jul, 2020

Shows & Exhibitions

20200711 online contest

ITC launches first PolyU Fashion Online Contest 2020

In the spirit of adaptation, ITC promoted the designs of our graduating students on an online platform this year. The first ever PolyU Fashion Online Contest took place from 17 to 21 June 2020, where people are invited to cast votes for their preferred designs among the collections created by over 60 design students. The online contest was initiated and promoted by ITC student society (ITCSS) over social media platform of Instagram. With the contributions of ITCSS, the campaign has been a big success that the most preferred collections in three categories were selected from over 3000 valid votes, including 606 from PolyU community and the rest over 2400 votes from the public. After this campaign, ITC Instagram account has 400+ more followers, meaning an increase of 26% followers. Congratulations to all the awardees of PolyU Fashion Online Contest 2020! To view the creative design of the awardees, please visit the e-brochure. Awardees of the Fashion Online Contest 2020: Category Designer Name PolyU Fashion Online Contest Womenswear AU Ka Sin Top 15 Womenswear Collections-PolyU Top 20 Womenswear Collections-Public CHAN Lok Yin Top 15 Womenswear Collections-PolyU/Public CHAN Sau Lam Top 10 Womenswear Collections-PolyU/Public CHAU Chi Wing Top 20 Womenswear Collections-PolyU/Public CHAU Hiu Man Top 15 Womenswear Collections-PolyU Top 10 Womenswear Collections-Public CHUNG Siu Yan Top 20 Womenswear Collections-PolyU   HO Yin Yin Top 20 Womenswear Collections-PolyU/Public KAN Chung Ting Top 5 Womenswear Collections-PolyU Top 10 Womenswear Collections-Public LAI Hoi Lee Top 15 Womenswear Collections-PolyU/Public LAM Ka Man Top 15 Womenswear Collections-PolyU Top 20 Womenswear Collections-Public LEE Yuen Ying Top 10 Womenswear Collections-PolyU/Public LI Ka Kei Top 5 Womenswear Collections-PolyU/Public LI Yat Lam   Top 15 Womenswear Collections-Public LIU Hoi Tung Top 5 Womenswear Collections-PolyU/Public LO Sze Ching Top 10 Womenswear Collections-PolyU Top 5 Womenswear Collections-Public LUI Chi Yan Top 10 Womenswear Collections-PolyU Top 5 Womenswear Collections-Public NG Hoi Kei Top 10 Womenswear Collections-PolyU/Public NG Wing Yan Top 20 Womenswear Collections-PolyU/Public TANG Pui Shan Top 5 Womenswear Collections-PolyU Top 15 Womenswear Collections-Public YEUNG Sze Yung Top 20 Womenswear Collections-PolyU Top 15 Womenswear Collections-Public YU Cheuk Lam Top 5 Womenswear Collections-PolyU/Public Menswear/ Unisex FONG Cheuk Yi Top 5 Menswear Collections-PolyU/Public KWOK Hoi Yan LAM Wing LUK Tsz Ting TAI Wai Tung Knitwear CHU Chun Yee Top 5 Knitwear Collections-PolyU/Public HO Lam Chi LEUNG Yuen Ching WONG Mei Ting YEUNG Tsz Hei Marco * By alphabetic order of the names of awardees/designers.        

11 Jul, 2020

Teaching & Learning

Prof. Xiaoming Tao writes commentary in Nature Electronics

Prof. Xiaoming Tao, Chair Professor of ITC, was invited by the chief editor of Nature Electronics to write a commentary/view article on a recently published paper written by Prof. Fabrien Sorin and his group at the École polytechnique fédérale de Lausanne (EPFL) in Switzerland.  Nature Electronics is a top-tier journal that is ranked no. 3 on the Scimago Journal & Country Rank. The paper is titled “Liquid metal gives transmission lines a softer touch”, which discusses how fibre with a liquid-metal core and soft outer shell can be woven into textiles. The fibres can be used to simultaneously sense multiple compression and stretching events.  The ability to obtain information on the spatial and temporal distributions of mechanical stimuli, including compression, tensile, torsional and bending stresses, is important in the development of applications related to health monitoring, human–machine interactions and soft robotics. One-dimensional sensor probes based on fibres or cables are desirable for such purposes because they can be easily integrated into large-area textile fabrics. If a single fibre is capable of detecting multimodal deformations — with information on deformation mode, amplitude, time and location — then only one or two output ports at the fibre ends are required. In such a case, complex addressing circuits are not necessary, since they can be difficult to place in flexible fibrous structures like textile fabrics. Such fibres can also be potentially made in kilometre lengths and thus used in very large area sensing applications, for example, in bridges or on railway tracks.  For details of the paper, please click here.

11 Jul, 2020

Research & Innovation

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