Duties and Responsibilities
- Develop, deploy, and scale both online and offline state-estimation algorithms for real-world robotic systems.
- Build software, tools, and processes that accelerate your rate of experimentation, monitor performance, and inform you what to try next.
- Work with large quantities of sensor data on challenging real-world problems.
- Collaborate with the team to deploy your work in a mission-critical environment.
Qualifications and Experience
- 5+ Years of industry experience and a Master's/Ph.D. Degree in Computer Science, Mechanical Engineering, Electrical Engineering, or equivalent.
- Deep knowledge about various state estimation techniques, including but not limited to Kalman Filter and its variations, particle filter, SLAM, dead-reckoning, and Odometry.
- Strong analytical skills in linear algebra, geometry, and probability
- Strong C++ software development skills.
- Experience developing software under strong real-time performance requirements.
- Strong team player, comfortable working in a vibrant, diverse, and interdisciplinary team.
Skills Required
- 5+ years of industry experience
- Master's or Ph.D. Degree in Computer Science, Mechanical Engineering, Electrical Engineering, or equivalent
- Deep knowledge about state estimation techniques
- Strong C++ software development skills
- Experience developing software under real-time performance requirements
What We Do
BlueSpace.ai is a software company that was founded to solve the “black box” problem of perception and prediction in autonomous driving. Our team consists of AV industry veterans with an average 10+ years of experience each working in OEMs, world class research institutions, and autonomous driving companies. Collectively, we’ve had successful AV service launches in California, Texas, and Florida. Our software uses an innovative approach to perception and prediction that captures the full motion of any object. BlueSpace's revolutionary technology enables verifiable safety, high performance, and scalable deployment of any autonomous driving system that exists today
