Tamil Nadu HSE Second Year Textile Technology study plan
Tamil Nadu HSE Second Year Textile Technology · Give each week a clear focus.
8 weeks · About 6 hours per week
Textile Fibres: Classification, Properties and Identification & Yarn Manufacture: Ginning, Opening, Carding, Drawing, Combing, Roving and Spinning
Classify all natural and man-made fibres into vegetable, animal, mineral, regenerated and synthetic groups and state one identifying property for each group
Differentiate physical and chemical fibre identification tests (burning, solubility, microscopic) and predict the outcome for cotton, wool, silk, polyester and viscose
Sequence the blow room operations and explain the purpose of each opening, cleaning and mixing machine in the cotton spinning line
Draw a labelled flow chart from bale to yarn and mark where opening, carding, drawing, combing, roving and spinning sit
Your checkpoint
One A3 hand-drawn fibre classification tree plus a bale-to-yarn process flow chart, both annotated with at least 15 correct technical terms
Yarn Manufacture: Ginning, Opening, Carding, Drawing, Combing, Roving and Spinning
Explain the working principle, main parts and settings of a carding machine and describe how carding removes trash and neps while forming a sliver
Compare the drafting actions of draw frame and comber and explain why combing improves yarn quality and where it fits in the sequence
Describe speed frame and ring frame operations, including drafting, twisting and winding, and state the function of traveller, spindle and lappet
Calculate production per shift for a card, draw frame and ring frame given speed, count and efficiency inputs
Identify common yarn faults such as slubs, neps, thick and thin places and match each to its likely spinning stage cause
Your checkpoint
A formula sheet with 8 solved production and draft calculations, each showing units and a one-line check of the answer
Fabric Manufacture: Weaving Preparatory, Weaving, Knitting and Non-woven Basics
Explain weaving preparatory steps: winding, warping, sizing and drawing-in, and justify why sizing is essential before weaving
Describe the primary, secondary and tertiary motions of a plain power loom and state the function of each part
Compare plain, twill and satin weaves by interlacement pattern and draw the weave diagram, peg plan and draft for each
Distinguish weft knitting from warp knitting and identify single jersey, rib and interlock structures from their loop diagrams
Outline the main non-woven web formation and bonding methods and give one end use for each
Your checkpoint
A weave portfolio containing three correctly drawn weave diagrams with matching draft and peg plan, plus a one-page knitting versus non-woven comparison table
Textile Chemical Processing: Singeing, Desizing, Scouring, Bleaching, Mercerising, Dyeing and Printing
Order the preparatory wet processing sequence from grey fabric to finished fabric and justify the position of singeing, desizing, scouring, bleaching and mercerising
Explain the chemistry and purpose of desizing and scouring and describe the tests used to confirm each stage is complete
Describe the mercerising process, its effect on cotton lustre, strength and dye uptake, and the role of tension and caustic concentration
Compare dye classes for cotton and polyester and match each to a suitable dyeing method and fastness profile
Differentiate direct, discharge and resist printing styles and describe the working of screen and roller printing
Your checkpoint
A two-page process card listing every wet processing stage in order with its chemical, purpose and one quality check, plus a dye-to-fibre matching table of at least 8 entries
Textile Testing and Quality Control & Garment Technology: Pattern Making, Cutting, Sewing and Finishing
Compute count, twist, strength, crimp and fabric weight from given test data and state the correct SI and traditional units for each
Explain sampling, moisture regain, standard atmosphere and tolerance limits, and describe how test results are compared against standards
Identify the tools used for fibre, yarn and fabric testing and state which property each instrument measures
Sequence the garment production route from design to finishing and describe the information carried on a pattern and marker
Distinguish the main cutting and sewing machine types and match stitch classes to seam types used in woven garments
Explain fabric inspection systems and how fabric defects are graded before cutting
Your checkpoint
A 10-question self-made test with worked answers covering one calculation from testing and one defect-diagnosis question from garmenting
Textile Mill Management, Maintenance and Safety & Entrepreneurship, Costing and Environmental Aspects of Textiles
Describe the organisational structure of a spinning or weaving mill and state the responsibility of each department
Explain preventive and breakdown maintenance schedules and list routine maintenance tasks for card, ring frame and loom
Identify the main safety hazards in a textile mill and state the precautions and protective equipment required for each
Prepare a simple cost sheet for a yarn or fabric product covering raw material, power, labour, overheads and profit margin
Outline the steps to start a small textile unit and identify the licences, finance sources and environmental clearances needed
Explain effluent treatment and pollution control obligations for a dyeing or processing unit
Your checkpoint
A one-page cost sheet for a chosen product with 6 cost heads and a total, plus a 5-point environmental compliance checklist for a processing unit
Textile Fibres: Classification, Properties and Identification & Yarn Manufacture: Ginning, Opening, Carding, Drawing, Combing, Roving and Spinning & Fabric Manufacture: Weaving Preparatory, Weaving, Knitting and Non-woven Basics & Textile Chemical Processing: Singeing, Desizing, Scouring, Bleaching, Mercerising, Dyeing and Printing
Re-answer the weakest questions from weeks 1 to 4 and write a corrected explanation for each mistake
Memorise the key definitions, units and formulas from fibre, yarn, fabric and chemical processing in a single condensed revision sheet
Practise drawing the standard diagrams for card, ring frame, plain loom, three weaves and the wet processing sequence from memory
Work through previous-style descriptive questions on spinning and weaving under timed conditions
Your checkpoint
A one-page condensed revision sheet plus five timed descriptive answers of 5 marks each, self-marked against the textbook
Textile Testing and Quality Control & Garment Technology: Pattern Making, Cutting, Sewing and Finishing & Textile Mill Management, Maintenance and Safety & Entrepreneurship, Costing and Environmental Aspects of Textiles
Re-answer the weakest questions from weeks 5 and 6 and write a corrected explanation for each mistake
Complete two full mock papers under exam timing and score them against the marking scheme
Review the full syllabus checklist and mark every topic as confident, shaky or unknown, then revise only the shaky and unknown ones
Recite key definitions for testing, garmenting, management and entrepreneurship from memory without notes
Your checkpoint
Two completed mock papers with scores recorded and a final gap list of no more than 10 topics, each with a one-line revision note
Milestones
Week 2: Can draw the bale-to-yarn flow chart and explain carding and ring frame working from memory without notes
Week 4: Can list the full wet processing sequence in correct order and match at least 8 dyes to their fibres and methods
Week 6: Can produce a complete cost sheet with all cost heads and state five environmental compliance obligations for a processing unit
Week 8: Two timed mock papers completed with scores above 60 percent and a final gap list of 10 or fewer topics