Transforming digital orthodontics for over 212,000 doctors and 12.2 million patients worldwide by building advanced tools and frameworks to validate the core algorithms of next-generation 3D applications
Requirements
- Strong proficiency in Python or other object-oriented programming language
- Demonstrated experience or strong interest in 3D geometry concepts
- Solid understanding of software testing principles, including unit, integration, and regression testing
- Experience with computational geometry libraries
- Hands-on experience in creating API test frameworks and API-level testing
- Experience with AWS management services and testing Linux applications
- Experience with C++
Responsibilities
- Develop and validate next-generation virtual orthodontic software, focusing on 3D geometric algorithms and mesh operations
- Build scalable Python frameworks and tools for automated and manual testing, including analysis and visualization of precision, performance, and failures
- Collaborate with core 3D developers and cross-functional teams to define geometric behavior, product requirements, and success criteria
- Tackle computational geometry, mesh processing, and large-scale data analysis challenges
- Own the full bug lifecycle, from detection through resolution and reporting
- Continuously improve automation frameworks and testing methodologies through research, upgrades, and sharing best practices
- Coordinate releases and process improvements with geographically distributed teams
Other
- BS in mathematics, computer science, engineering, or equivalent degree; a master’s degree is preferred, or equivalent years of experience
- 2+ years of relevant experience
- Excellent analytical and problem-solving skills, with the ability to quickly learn and systematize complex information
- Ability to work in a dynamic research environment and collaborate with leading engineers and cross-functional teams
- Must be legally authorized to work in the country for which they are applying
