Digital Sculptor - 3D Surfaces for Product Design

Apple Inc.; Cupertino (CA); On-site; USD 175,500 - 311,700; Full time

Benefits offered by this job

Comprehensive medical and dental cover

Retirement benefits

Tuition reimbursement

Relocation assistance

Employee stock purchase plan

Job summary

Apple Inc. is seeking a CAD Sculptor on the Industrial Design Team to convert concepts into high-fidelity digital surface models and production-ready data.

You will interpret design intent with Autodesk Alias, collaborating closely with mechanical engineering, packaging, tooling, and artists to drive multiple concepts to final surfaces for tooling. You will contribute to renderings, appearance modeling, and production surfaces while maintaining a fast pace and strong problem-solving skills in a

Qualifications

• Degree in industrial design, digital design, model making, product design, or related field.
• Graduate with advanced surface modeling skills.
• An understanding of solid modeling CAD programs.

Responsibilities

• Create high-quality digital 3D surface models for the industrial design and product development process.
• Interpret and define the design intent using Autodesk Alias while collaborating with engineering and tooling teams.
• Develop product concepts, detailed appearance models, renderings, and production surfaces for tooling and manufacturing.

Skills

Advanced surface modeling

Solid modeling CAD knowledge

NURBS modeling familiarity

Education

Degree in industrial design, digital design, model making, product design, or related field

Tools

Autodesk Alias

Rhino

Job description

Apple Inc. is seeking a CAD Sculptor on the Industrial Design Team to convert concepts into high-fidelity digital surface models and production-ready data.

You will interpret design intent with Autodesk Alias, collaborating closely with mechanical engineering, packaging, tooling, and artists to drive multiple concepts to final surfaces for tooling. You will contribute to renderings, appearance modeling, and production surfaces while maintaining a fast pace and strong problem-solving skills in a