AI-Driven Orthodontic Design Engineer

Agensi Pekerjaan Executive Recruiters; Kuala Lumpur; On-site; MYR 72,000 - 110,000; Full time

Job summary

Agensi Pekerjaan Executive Recruiters in Kuala Lumpur, Malaysia is seeking a Design Engineer (Orthodontic Solutions) to join a growing design center focusing on AI-driven treatment planning, 3D printing, and biomaterials in orthodontics.

You will design patient-specific 3D aligner models, refine treatment plans with dental professionals, and collaborate with clinicians and developers to advance algorithmic tooth movement simulations.

Qualifications

• Diploma or degree-level qualification or higher.
• Ability to communicate effectively in both Chinese and English.
• Strong 3D spatial awareness, logical thinking, detail-oriented mindset and proactive attitude.
• Experience in orthodontic design or 3D modeling.
• Familiarity with CAD or other 3D software tools.
• Background in CAD, medicine, design, or dentistry is a plus.

Responsibilities

• Design patient-specific 3D aligner models using AI-driven CAD tools based on clinical prescriptions.
• Refine and finalize treatment plans by incorporating feedback from dental professionals.
• Communicate design concepts and aligner strategies with clinicians.
• Support software development efforts, including algorithm optimization and testing for tooth movement simulation.
• Provide technical insights to support marketing and global growth initiatives

Skills

3D modeling

CAD

Bi-lingual (Chinese & English)

Education

Diploma or degree-level qualification

Tools

CAD software

3D modeling software

Job description

Agensi Pekerjaan Executive Recruiters in Kuala Lumpur, Malaysia is seeking a Design Engineer (Orthodontic Solutions) to join a growing design center focusing on AI-driven treatment planning, 3D printing, and biomaterials in orthodontics.

You will design patient-specific 3D aligner models, refine treatment plans with dental professionals, and collaborate with clinicians and developers to advance algorithmic tooth movement simulations.