Software Development Engineering
About The Position
Design and develop global-scale navigation systems utilizing advanced graph theory and computational geometry to optimize route planning for various modes of transportation, including driving, walking, cycling, and public transit. Implement efficient mathematical models, such as geometric algorithms and data structures, to optimize route computation and ensure seamless scalability across millions of users worldwide. Lead the design and deployment of high-fidelity path construction systems that replicate real-world driving scenarios, requiring advanced geometric analysis to address intersections, tunnels, multi-lane roads, and other complex navigation challenges. Innovate scalable big-data solutions for processing and storing geospatial data, ensuring reliability and efficiency in global routing operations. Conduct performance optimization and validation of production-level algorithms to meet Apple's rigorous standards for accuracy, efficiency, and user experience. Engage in high-level code and design reviews to maintain quality standards, ensure system reliability, and promote innovation within the team. Drive the creation of patentable technologies, contributing to intellectual property that advances the state of routing and navigation technology. Mentor team members and supporting ongoing research-focused initiatives to solve emerging challenges in navigation, transportation systems, and computational geometry.
Requirements
- Utilizing graphs and data structures to design performant algorithms
- Making algorithms perform efficiently upon implementation in C++
- Writing complex, highly performant, and reliable solutions for three-dimensional mapping environments using C++
- Utilizing geometric algorithms and computational geometry
- Using Machine Learning principles to address geometric problems
- Implementing highly efficient routing algorithms
- Formalizing and reasoning about complex problems using mathematics
Responsibilities
- Design and develop global-scale navigation systems utilizing advanced graph theory and computational geometry to optimize route planning for various modes of transportation, including driving, walking, cycling, and public transit
- Implement efficient mathematical models, such as geometric algorithms and data structures, to optimize route computation and ensure seamless scalability across millions of users worldwide
- Lead the design and deployment of high-fidelity path construction systems that replicate real-world driving scenarios, requiring advanced geometric analysis to address intersections, tunnels, multi-lane roads, and other complex navigation challenges
- Innovate scalable big-data solutions for processing and storing geospatial data, ensuring reliability and efficiency in global routing operations
- Conduct performance optimization and validation of production-level algorithms to meet Apple's rigorous standards for accuracy, efficiency, and user experience
- Engage in high-level code and design reviews to maintain quality standards, ensure system reliability, and promote innovation within the team
- Drive the creation of patentable technologies, contributing to intellectual property that advances the state of routing and navigation technology
- Mentor team members and supporting ongoing research-focused initiatives to solve emerging challenges in navigation, transportation systems, and computational geometry
Benefits
- Comprehensive medical and dental coverage
- Retirement benefits
- A range of discounted products and free services
- Reimbursement for certain educational expenses — including tuition
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What This Job Offers
Job Type
Full-time
Career Level
Senior
Education Level
Ph.D. or professional degree
