clte 203 fibre and fabric science and technologies word - course info sheets-clte 203 2018.docx...

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Version: Tuesday, 6 June 17 All reasonable care has been taken that information published in this document is correct at the time of publishing. However, the University of Otago does not guarantee the accuracy of this information nor can it be held responsible for any errors or omissions. CLTE 203 Fibre and Fabric Science and Technologies 18 points: Semester 1 Description: Structure, function and performance of fibres, yarns, fabrics and products. International and New Zealand perspectives. Aim: To knowledge of the structure, function and performance of textiles. Objectives: At the end of the course the student will be able to: account for the inter-dependence of countries with respect to textiles, their origin, supply, demand identify and distinguish among structural elements of fabrics (woven, knit, non-woven), yarns, and fibres, and the effect of these elements on appearance and performance describe contemporary developments in enhanced fabric functionalities review and evaluate relevant literature communicate information clearly in written and oral forms. Paper structure: CLTE203 is comprised of lecture and workshop/seminar sessions which are designed to introduce fibre science and technologies. The 13 week course introduces students to fabric, yarn and fibre production and properties; principles of finishing/dyeing and printing; and international and national perspectives on fibres fabrics and technologies. Timetable: Lecture: Monday and Tuesday 10-10.50am. Workshops: Every second Wednesday 12-12:50pm or Thursday 2-3.50pm. Assessment: Final grade compilation for CLTE 203 is 50% from regular laboratory submissions (35%) and oral presentation (15%)); and 50% from the semester (10%) and final (40%) written examinations. Students are additionally expected to show satisfactory performance in laboratory sessions, workshops and/or seminars. Staff Dr Bronwyn Lowe BEng (Hons) (Monash) BAppSc PhD (Charles Sturt) (course co-ordinator) Dr Linda Dunn BCom PGCertTertTchg MHSc PhD (Otago) Prof. Raechel Laing MS(Tenn) PhD, DipEd(Otago) CText Hon FTI Guest lecturers may also contribute to selected sections of the course. Sciences, 2009

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Version: Tuesday, 6 June 17

All reasonable care has been taken that information published in this document is correct at the time of publishing. However, the University of Otago does not guarantee the accuracy of this information nor can it be held responsible for any errors or omissions.

CLTE 203 Fibre and Fabric Science and Technologies

18 points: Semester 1

Description: Structure, function and performance of fibres, yarns, fabrics and products. International and New Zealand perspectives.

Aim: To knowledge of the structure, function and performance of textiles.

Objectives: At the end of the course the student will be able to: •   account for the inter-dependence of countries with respect to textiles, their origin, supply, demand •   identify and distinguish among structural elements of fabrics (woven, knit, non-woven), yarns, and fibres, and

the effect of these elements on appearance and performance •   describe contemporary developments in enhanced fabric functionalities •   review and evaluate relevant literature •   communicate information clearly in written and oral forms.

Paper structure: CLTE203 is comprised of lecture and workshop/seminar sessions which are designed to introduce fibre science and technologies. The 13 week course introduces students to fabric, yarn and fibre production and properties; principles of finishing/dyeing and printing; and international and national perspectives on fibres fabrics and technologies.

Timetable: Lecture: Monday and Tuesday 10-10.50am. Workshops: Every second Wednesday 12-12:50pm or Thursday 2-3.50pm.

Assessment: Final grade compilation for CLTE 203 is 50% from regular laboratory submissions (35%) and oral presentation (15%)); and 50% from the semester (10%) and final (40%) written examinations. Students are additionally expected to show satisfactory performance in laboratory sessions, workshops and/or seminars.

Staff Dr Bronwyn Lowe BEng (Hons) (Monash) BAppSc PhD (Charles Sturt) (course co-ordinator) Dr Linda Dunn BCom PGCertTertTchg MHSc PhD (Otago) Prof. Raechel Laing MS(Tenn) PhD, DipEd(Otago) CText Hon FTI Guest lecturers may also contribute to selected sections of the course.

Sciences, 2009