gymarh

3D Jewellery CAD Designer

Gala Creations Ltd

Jun 2022 - Jul 2025 • 3 yrs 1 mo

Focused on developing detailed 3D jewellery CAD models from design concepts, sketches, reference images, and client requirements. The work involves transforming creative ideas into accurate digital models while balancing visual appeal, technical precision, and manufacturing considerations. Designed jewellery concepts including rings, wedding bands, engagement rings, pendants, earrings, and bracelets. Paid close attention to dimensions, symmetry, proportions, surface details, and structural accuracy to ensure each model reflected the intended design. Worked on detailed features such as gemstone settings, prongs, bezels, decorative patterns, and mounting structures. Considered stone placement, material thickness, and overall geometry to help create models suitable for further development and production. Applied CAD modelling principles to review designs, refine complex shapes, and identify potential manufacturing challenges. Prepared digital models for review and, where supported by project requirements, workflows involving 3D printing, casting preparation, and jewellery production. Maintained a detail-oriented approach throughout the design process, using feedback to improve proportions, adjust design features, and achieve the required results. Also focused on clear communication, organized digital files, and preparing deliverables in suitable formats such as STL and STEP when applicable. The goal was to help transform jewellery concepts into accurate, well structured 3D models that support design visualization, client approval, and manufacturing preparation.

3D Sculpting and CNC Relief Specialist

Jasmine

Jul 2019 - Jul 2021 • 2 yrs

Specialized in digital 3D sculpting, custom bas relief modeling, STL mesh repair, and preparing models for CNC carving and 3D printing. The work focuses on transforming photographs, reference images, creative concepts, and scan data into detailed three dimensional assets suitable for practical production. Common project types include portrait reliefs, custom coins, medallions, badges, decorative wall panels, wood-carving designs, logos, and sculptural elements. The modeling process involves analyzing reference materials, establishing accurate proportions, defining relief depth, refining contours, and improving surface details. Special attention is given to the relationship between raised and recessed areas so that the main features remain clear and visually recognizable. For manufacturing projects, the model must also be reviewed for appropriate dimensions, geometry, and compatibility with the intended production workflow. Another important aspect of the service is digital file preparation. This can involve repairing damaged STL files, cleaning up 3D scan meshes, resolving common mesh defects, and preparing models for use in slicing or computer aided manufacturing software. Depending on the project, deliverables may include STL, OBJ, BLEND, or other agreed file formats. The objective is to provide detailed, clean, and usable digital models that reflect the client's requirements and are suitable for their intended application. A structured workflow, careful quality checks, and clear communication help ensure that each project progresses from the initial reference to a refined final asset. Production requirements are assessed individually because CNC machining and 3D printing can require different model preparation approaches.

3D Bas Relief Artist

REMI

Apr 2016 - Apr 2018 • 2 yrs

Worked in 3D bas relief modeling and digital sculpting, focusing on creating detailed relief designs for decorative and manufacturing applications. The work involved transforming reference images, concepts, and artistic ideas into three dimensional models with carefully defined depth, texture, contours, and surface details. Projects could include decorative wall panels, sculptural artwork, ornamental designs, portraits, and custom relief pieces intended for CNC carving or 3D printing. The modeling process required attention to the overall shape, depth distribution, surface transitions, and clarity of important details. Each design needed to balance visual quality with practical production requirements so that the finished model could be used for its intended purpose. Digital sculpting and 3D modeling workflows were used to refine forms, improve surface quality, and produce organized model geometry. Additional responsibilities included reviewing reference materials, interpreting project requirements, refining designs according to feedback, and preparing suitable digital deliverables. Depending on the project, outputs could include STL files for 3D printing, relief models for CNC workflows, and other agreed file formats. The main objective was to create detailed, visually appealing bas relief models that translated creative ideas into usable digital assets. Clear communication, careful attention to detail, and consistency throughout the modeling process were important to delivering results that aligned with each project's requirements.