Embroidery Pattern Design – WILCOM DESIGNING Program

Course Overview

The aim of this training is to prepare participants to independently design embroidery patterns from scratch using the WILCOM DESIGNING program, ensuring technical correctness, aesthetic quality, and optimization for production.

This course serves as an intensive workshop introducing conscious embroidery pattern design (digitizing) within the WILCOM DESIGNING environment. Participants will learn not only the software features but, more importantly, the logic behind creating embroidery projects: from graphic analysis and selecting stitches and technical parameters to optimizing files for real-world production.

Learning Objectives

• Understanding the principles of embroidery pattern design and the differences between graphics and computerized embroidery.
• Developing skills to prepare graphics and analyze projects prior to digitization.
• Mastering the conscious selection of stitches, directions, underlays, and technical parameters.
• Ability to adapt designs to specific fabric types and technological constraints.
• Preparing participants to independently create and optimize patterns for production.

Who Is This Course For?

• Individuals beginning their journey with computerized embroidery.
• Owners of embroidery businesses wishing to design their own patterns.
• Employees of small workshops and factories seeking a practical understanding of design technology.

Prerequisites

• Basic computer skills in the Windows environment.
• Motivation for workshop-style learning and completing practical exercises.
• A basic familiarity with computerized embroidery or embroidery machine operation is desirable but not required.

Training Methods

• Mini-lectures with trainer commentary.
• Demonstrations using examples and discussion of real projects.
• Practical exercises within the software.
• Error analysis and discussion regarding technological correctness of projects.
• A final task verifying understanding of the design process.

Trainer's Experience

The trainer possesses over 20 years of professional experience in computerized embroidery technology and embroidery pattern design. Their career began in 2001 as an embroiderer at a large manufacturing plant, where they gained practical experience in production processes and embroidery technology. In 2002, they started self-studying embroidery pattern design using Wilcom software. Through intensive practice and the completion of numerous projects, they quickly established a collaboration in pattern design that continued for many years.

Since 2004, they have been conducting training on computerized embroidery technology and pattern design, specializing in work with Wilcom software. To date, they have completed over 300 courses and presentations for individual clients and companies. They are also the founder of the first Polish portal dedicated to computerized embroidery, which serves as a platform for sharing industry knowledge and experience. In 2015, they obtained the prestigious Authorized Training Partner certification from Wilcom, confirming high training competencies and adherence to international standards.

Learning Outcomes

• Analyze input graphics for computerized embroidery feasibility.
• Select appropriate stitch types, directions, and sewing sequences based on element shape and desired effect.
• Set basic technical project parameters considering fabric type.
• Create a simple embroidery pattern from scratch in the WILCOM DESIGNING program.
• Optimize the embroidery file for production and reduce common execution errors.

Verification Criteria

• Identify elements requiring simplification; able to divide the project into embroidery objects; assess technological feasibility of details.
• Correctly identify the application of satin stitch, tatami stitch, and special stitches; justify the choice of stitch direction and sewing sequence.
• Select density, stitch length, compensation, and underlay for sample materials; identify typical embroidery deformation phenomena.
• Independently prepare a project based on graphics; build layers and embroidery elements according to technological logic.
• Minimize unnecessary jumps and trims; organize element sequence; prepare a project that is more time-efficient and of higher quality.

Validation Methods

• Observation during exercises, discussion of design decisions, and verification questions.
• Practical task within the software, with project assessment by the trainer using a checklist.
• Workshop exercise, case study analysis, and concluding discussion.
• Final task completed independently during the course.
• Review of the final project, checklist, and trainer feedback.

MODULE 1: Fundamentals of Computerized Embroidery Design

• What is embroidery pattern design (digitizing)?
• Differences between graphics and embroidery.
• Why embroidery is not an automatic conversion.
• Stages of project creation: laying stitches over graphics, assigning technical parameters, and optimizing the project.

MODULE 2: Preparing Graphics for Embroidery

• Which graphics are suitable for embroidery?
• Simplification and project analysis.
• Dividing into embroidery elements.
• Selecting details compatible with technological capabilities.
• Preparing the file for digitization.

MODULE 3: Embroidery Physics and Fabric Behavior

• How fabric influences embroidery.
• Phenomena: puckering, pushing out, and stitch sinking.
• The role of stabilizers.
• Impact of thread and needle tension.
• How to predict the final effect already during the design phase.

MODULE 4: Principles of Embroidery Pattern Design

• Working with layers.
• Sequence of sewing elements.
• Stitch directions and their significance.
• Building pattern readability.
• Avoiding beginner mistakes.

MODULE 5: Types of Embroidery Stitches

• Satin stitch.
• Fill stitch (tatami).
• Decorative and special stitches.
• Applying stitches depending on the project element.
• Selecting stitches based on size and shape.

MODULE 6: Stitch Layout Methods

• Sewing directions.
• Dividing objects into smaller sections.
• Working with outlines and fills.
• Building embroidery aesthetics.
• Conscious design rather than automation.

MODULE 7: Stitch Parameters and Material Matching

• Stitch density.
• Stitch length.
• Material compensation.
• Underlays.
• Settings for different materials (e.g., jersey, fleece, cotton).

MODULE 8: Embroidery Project Optimization

• Reducing sewing time.
• Minimizing jumps and thread trims.
• Correct element sequence.
• Minimizing errors during sewing.
• Preparing the project for mass production.