• Create first patterns for new children’s dress styles using Lectra Modaris.
• Interpret fashion sketches and technical specifications to develop accurate digital patterns.
• Apply correct measurement charts, size grading rules, and garment construction standards specific to children’s apparel.
• Attend fit sessions and evaluate sample garments for sizing, proportion, balance, and construction.
• Make necessary pattern corrections based on fit comments and grading standards.
• Collaborate with designers and sample makers to ensure the design vision is preserved while providing functionality for children's wear, including safety, comfort, and age-appropriate fit.
• Utilize Lectra for size grading to create multi-size patterns across various children's size ranges.
• Create and maintain detailed technical specification sheets, including finished garment measurements and construction notes.
• Analyze fabric types and properties (e.g., stretch, shrinkage, drape) to adjust pattern construction accordingly.
• Ensure that patterns are optimized for various types of children’s fabrics, including knits, cottons, and printed materials.
• Work closely with designers, sample room, marker makers, and production teams to ensure accuracy, efficiency, and consistency.
• Support the CAD team in verifying patterns before marker creation and production runs.
• Maintain organized digital pattern libraries.
• Ensure proper version control and backup of all patterns and revisions.
  
  

• Degree or diploma in Fashion Design, Garment Technology, or a related field.
• At least 3 years of experience in pattern making, with a strong focus on children’s apparel.
• Prior work using Lectra Modaris is essential.
• Proficiency in Lectra Modaris (2D pattern making and digital alterations).
• Knowledge of pattern grading, garment construction, and children’s sizing standards.
• Familiarity with safety and ergonomic considerations in children’s garments.
• Strong time management and ability to meet tight deadlines.

Please refer to job description.