PEC EPE Textile study plan

Map the full Textile Engineering syllabus into a personal topic checklist with confidence ratings for each area

Define and memorize the standard fibre classification tree (natural vs man-made, regenerated vs synthetic) and place 20 named fibres on it

List the key physical properties used to compare fibres (tenacity, elongation, fineness, moisture regain, elastic recovery) and state their units

Build a formula sheet in your own words for the relationships between linear density, tenacity, and breaking load

Trace the staple yarn production sequence from opening and cleaning through carding, drawing, roving, and spinning, stating the purpose of each stage

Differentiate carded, combed, and rotor-spun yarns by fibre arrangement, parallelization, and typical end use

Explain how twist level and twist direction affect yarn strength, handle, and hairiness

Calculate English and metric yarn counts and convert between them, including indirect versus direct systems

Compare ring, rotor, air-jet, and friction spinning on production speed, yarn structure, and suitable count ranges

Describe winding, clearing, and doubling and explain why yarn faults are removed before weaving or knitting

Explain the effect of fibre length, fineness, and maturity on yarn evenness and imperfections

Interpret a yarn evenness report (CV%, IPI values) and state what each figure signals about quality

Sequence the weaving preparation and weaving process: winding, warping, sizing, drawing-in, shedding, picking, beat-up, and take-up

Identify primary, secondary, and stop motions on a loom and state the function of each

Distinguish plain, twill, and satin weaves and sketch the weave repeat, drafting plan, and peg plan for each

Explain how cover factor, ends per inch, picks per inch, and yarn count interact in a woven fabric specification

Describe weft and warp knitting fundamentals and distinguish their loop structures and fabric properties

Classify nonwoven web formation (dry-laid, wet-laid, spunmelt) and bonding methods (thermal, chemical, mechanical)

Relate fabric structure to end-use performance such as drape, permeability, strength, and dimensional stability

Explain colouration routes (dyeing versus printing) and the classes of dyes matched to fibre type

List the standard mechanical and physical tests (tensile, tear, burst, abrasion, pilling, crease recovery, air permeability, shrinkage) and the principle behind each

Explain the difference between Martindale and Stoll abrasion testing and what each measures

State the purpose of common textile standards and how test conditions (temperature, humidity, specimen size) affect results

Interpret test data against a specification and decide pass or fail with justification

Summarize fibre, yarn, fabric, and garment manufacturing flow as one integrated process map

Identify common fabric defects (slubs, neps, missing picks, barré, skew) and trace each to a likely process cause

Explain quality control checkpoints and the cost of defects at each stage of production

Review weak areas flagged in weeks 1 to 6 and re-teach the three lowest-confidence topics

Complete two full-length timed mock exams under exam conditions and record the score for each

Categorize every missed question by topic and root cause (knowledge gap, misread, calculation error)

Drill the three highest-frequency error categories until repeat errors fall below 10%

Recite key definitions, formulas, and process sequences from memory without notes