Embroidery Pattern Design – WILCOM DESIGNING Software

Characteristics

The aim of the course is to prepare the participant for independent design of embroidery patterns from scratch in the WILCOM DESIGNING program – in a technologically correct, aesthetic, and production-optimized manner.

The course is an intensive workshop introducing conscious embroidery pattern design (digitizing) in the WILCOM DESIGNING environment. The participant learns not only the program functions but, above all, the logic of creating an embroidery project: from graphic analysis, through the selection of stitches and technical parameters, to file optimization for real production.

Course Objectives

• understanding the principles of embroidery pattern design and the differences between graphics and computer embroidery
• acquiring skills in graphic preparation and project analysis before digitizing
• mastering the conscious selection of stitches, directions, underlays, and technical parameters
• ability to adapt the project to the type of material and technological limitations
• preparing the participant for independent creation and optimization of patterns for production

Target Audience

• individuals starting their adventure with computer embroidery
• embroidery machine owners wanting to design their own patterns
• employees of small workshops and factories who want to understand design technology from a practical side

Prerequisites

• basic computer skills in a Windows environment
• motivation for workshop work and performing practical exercises
• basic knowledge of computer embroidery or embroidery machine operation is welcome, but not a necessary condition

Work Methods

• mini-lecture with trainer commentary
• demonstration using examples and discussion of real projects
• practical exercises in the program
• error analysis and discussion on the technological correctness of projects
• final task verifying the understanding of the design process

Trainer's Experience

The trainer has over 20 years of professional experience in the field of computer embroidery technology and embroidery pattern design. He began his professional career in 2001 as an embroiderer in a large production plant, where he gained practical experience in production processes and embroidery technology. In 2002, he began self-studying embroidery pattern design in Wilcom software. Thanks to intensive practice and the implementation of numerous projects, he quickly established cooperation in pattern design, which he continued for many years.

Since 2004, he has been conducting courses in computer embroidery technology and embroidery pattern design, specializing in Wilcom software. To date, he has completed over 300 courses and presentations for individual clients and companies. He is also the founder of the first portal in Poland dedicated to computer embroidery, which serves as a platform for sharing industry knowledge and experience. In 2015, he obtained the prestigious Authorized Training Partner certificate from Wilcom, which confirms high training competence and compliance of the courses with international standards.

Learning Outcome

• Analyzes input graphics for the possibility of performing computer embroidery.
• Selects the appropriate stitch types, directions, and embroidery sequence for the shape of the element and the expected effect.
• Sets the basic technological parameters of the project, taking into account the type of material.
• Creates a simple embroidery pattern from scratch in the WILCOM DESIGNING program.
• Optimizes the embroidery file for production and limits typical execution errors.

Verification Criteria

• Recognizes elements requiring simplification; can divide the project into embroidery objects; assesses which details are technologically feasible.
• Correctly indicates the use of satin stitch, tatami, and special stitches; justifies the choice of stitch direction and embroidery sequence.
• Selects density, stitch length, compensation, and underlay for sample materials; identifies typical embroidery deformation phenomena.
• Independently prepares a project based on graphics; builds embroidery layers and elements according to the logic of the technology.
• Limits unnecessary jumps and cuts; organizes the sequence of elements; prepares a more time-efficient and quality-efficient project.

Validation Methods

• Observation of work during the exercise, discussion of design decisions, verification questions.
• Practical task in the program, evaluation of the project by the trainer according to a checklist.
• Workshop exercise, case analysis, summary conversation.
• Final task performed independently during the course.
• Review of the final project, checklist, and trainer feedback.

MODULE 1: Basics of Computer Embroidery Design

• what is embroidery pattern design (digitizing)
• the difference between graphics and embroidery
• why embroidery is not an automatic conversion
• stages of project creation: laying stitches on graphics, assigning technical parameters, project optimization

MODULE 2: Preparing Graphics for Embroidery

• what graphics are suitable for embroidery
• simplification and analysis of the project
• division into embroidery elements
• selection of details for technological possibilities
• preparing the file for digitizing

MODULE 3: Embroidery Physics and Material Behavior

• how material affects embroidery
• phenomena: pulling, pushing, stitch sinking
• the role of stabilizers
• influence of thread tension and needle
• how to predict the final effect already at the design stage

MODULE 4: Principles of Embroidery Pattern Design

• working on layers
• sequence of embroidering elements
• stitch directions and their significance
• building pattern clarity
• avoiding beginner mistakes

MODULE 5: Types of Embroidery Stitches

• satin stitch
• filling stitch (tatami)
• decorative and special stitches
• application of stitches depending on the project element
• selection of stitch for size and shape

MODULE 6: Stitch Laying Methods

• embroidery directions
• division of objects into smaller sections
• working with outlines and fills
• building embroidery aesthetics
• conscious design instead of automation

MODULE 7: Stitch Parameters and Adapting to Materials

• stitch density
• stitch length
• material compensation
• underlays
• settings for different materials (e.g., knitwear, fleece, cotton)

MODULE 8: Embroidery Project Optimization

• shortening embroidery time
• reduction of jumps and thread cuts
• correct sequence of elements
• minimizing errors during embroidery
• preparing the project for mass production