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.
Requirements:
You must have 10+ years of experience maintaining and expanding high-performance C++ codebases in collaborative environments.
Strong expertise in computational geometry or core geometry is required, supported by practical applications, academic research, or publications.
Proficiency in Python for seamless integration with ML and AI systems is necessary.
A passion for pushing the boundaries of automated circuit design through innovative geometry and algorithmic solutions is essential.
A strong academic background (B.Sc, M.Sc, or Ph.D) in fields like meshing, simulation, physics, robotics, or computational geometry is required.
Benefits:
Visa sponsorship is available for qualified candidates.
You will have the opportunity to work in a remote setting, providing flexibility in your work environment.
This position offers a chance to be part of a cutting-edge project in automated PCB design, contributing to innovative solutions in the field.
