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Summary:
- We are looking for an experienced and highly skilled C++ engineer to design and implement the foundational algorithms that will drive the future of our innovative automated PCB design platform.
- In this role, you will take ownership of the computational geometry and core geometry engines, developing high-performance systems that solve some of the most complex technical challenges on our roadmap.
- This is a greenfield opportunity where you’ll have the autonomy to shape critical components of our technology.
- You’ll work closely with a world-class team of AI/ML researchers and engineers, applying advanced techniques like path planning, collision detection, and geometric optimization.
- The high-performance C++ code you write will create dynamic models of circuit boards, enabling reinforcement learning agents to interact with and optimize these environments.
Responsibilities:
- Build and maintain high-performance computational geometry libraries for modeling physical circuit boards.
- Develop algorithms for path planning, collision detection, and geometric optimization to solve intricate routing challenges.
- Own and architect the core geometry and meshing systems that underpin our automated design platform.
- Collaborate with the reinforcement learning team to create and refine environments for intelligent agent training and decision-making.
Requirements:
- 10+ years of experience maintaining and expanding high-performance C++ codebases in collaborative environments.
- Strong expertise in computational geometry or core geometry, supported by practical applications, academic research, or publications.
- Proficiency in Python for seamless integration with ML and AI systems.
- A passion for pushing the boundaries of automated circuit design through innovative geometry and algorithmic solutions.
- A strong academic background (B.Sc, M.Sc, or Ph.D) in fields like meshing, simulation, physics, robotics, or computational geometry.
Benefits:
- Visa Sponsorship Available.
