Job description

ABOUT WORLD LABS World Labs worldlabs.ai is a frontier AI research and product company advancing spatial intelligence, the next frontier beyond large language models. Co-founded by Dr. Fei-Fei Li profiles.stanford.edu, Justin Johnson linkedin.com and Ben Mildenhall linkedin.com, the company is pioneering world models that perceive, generate, reason, and interact with virtual and physical worlds. The company’s flagship product, Marble marble.worldlabs.ai, transforms text, images, and video into fully navigable 3D worlds, unlocking applications across gaming, film, architecture, robotics, and immersive digital experiences. Backed by leading investors and with over $1B raised, World Labs is assembling a world-class team at the intersection of AI research and real-world deployment. ROLE OVERVIEW We’re looking for a SLAM Specialist to design, implement, and advance state-of-the-art simultaneous localization and mapping systems that enable accurate, robust spatial understanding from real-world sensor data. This role is focused on modern SLAM techniques—both classical and learning-based—with an emphasis on scalable state estimation, sensor fusion, and long-term mapping in complex, dynamic environments. This is a hands-on, research-driven role for someone who enjoys working at the intersection of robotics, computer vision, and probabilistic inference. You’ll collaborate closely with research scientists, ML engineers, and systems teams to translate cutting-edge SLAM ideas into production-ready capabilities that form the backbone of our world modeling stack. WHAT YOU WILL DO - Design and implement modern SLAM systems for real-world environments, including visual, visual-inertial, lidar, or multi-sensor configurations. - Develop robust localization and mapping pipelines, including pose estimation, map management, loop closure, and global optimization. - Research and prototype learning-based or hybrid SLAM approaches that combine classical geometry with modern machine learning methods. - Build and maintain scalable state estimation frameworks, including factor graph optimization, filtering, and smoothing techniques. - Develop sensor fusion strategies that integrate cameras, IMUs, depth sensors, lidar, or other modalities to improve robustness and accuracy. - Analyze failure modes in real-world SLAM deployments (e.g., perceptual aliasing, dynamic scenes, drift) and design principled solutions. - Create evaluation frameworks, benchmarks, and metrics to measure SLAM accuracy, robustness, and performance across large datasets. - Optimize performance across the stack, including real-time constraints, memory usage, and compute efficiency, for large-scale and production systems. - Collaborate with reconstruction, simulation, and infrastructure teams to ensure SLAM outputs integrate cleanly with downstream world modeling and rendering pipelines. - Contribute to technical direction by proposing new research ideas, mentoring teammates, and helping define best practices for localization and mapping across the organization. KEY QUALIFICATIONS - 6+ years of experience working on SLAM, state estimation, robotics perception, or related areas. - Strong foundation in probabilistic estimation, optimization, and geometric vision (e.g., bundle adjustment, factor graphs, Kalman filtering). - Deep experience with one or more SLAM paradigms (visual, visual-inertial, lidar, multi-sensor, or hybrid systems). - Proficiency in Python and/or C++, with hands-on experience building research or production-grade SLAM systems. - Experience with numerical optimization libraries and/or robotics frameworks. - Familiarity with learning-based perception or representation learning and how it can augment classical SLAM pipelines. - Strong understanding of real-world sensor characteristics, calibration, synchronization, and noise modeling. - Proven ability to work in ambiguous, fast-moving environments and drive projects from concept through deployment. - A strong sense of ownership and engineering rigor: you care deeply about correctness, stability, and measurable improvements. - Enjoy collaborating with a small, high-caliber team and raising the technical bar through thoughtful design, experimentation, and code quality. WHO YOU ARE - Fearless Innovator: We need people who thrive on challenges and aren't afraid to tackle the impossible. - Resilient Builder: Impacting Large World Models isn't a sprint; it's a marathon with hurdles. We're looking for builders who can weather the storms of groundbreaking research and come out stronger. - Mission-Driven Mindset: Everything we do is in service of creating the best spatially intelligent AI systems, and using them to empower people. - Collaborative Spirit: We're building something bigger than any one person. We need team players who can harness the power of collective intelligence. We're hiring the brightest minds from around the globe to bring diverse perspectives to our cutting-edge work. If you're ready to work on technology that will reshape how machines perceive and interact with the world - then World Labs is your launchpad. Join us, and let's make history together. Logistics: Location: This role is based in San Francisco, California; we work in-person in the office 5 days a week. Visa sponsorship: We sponsor visas. While we can't guarantee success for every candidate or role, if you're the right fit, we're committed to working through the visa process together. Benefits: We offer generous health, dental, vision and 401K benefits, flexible PTO, paid parental leave, and relocation support as needed. Equal Employment Opportunity World Labs is an equal opportunity employer. We do not discriminate on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, genetic information, veteran status, or any other characteristic protected under applicable law. We welcome all qualified applicants and are committed to providing reasonable accommodations throughout the hiring process upon request.

Requirements

Must-haves

Design and implement modern SLAM systems for real-world environments, including visual, visual-inertial, lidar, or multi-sensor configurations.
Develop robust localization and mapping pipelines, including pose estimation, map management, loop closure, and global optimization.
Research and prototype learning-based or hybrid SLAM approaches that combine classical geometry with modern machine learning methods.
Build and maintain scalable state estimation frameworks, including factor graph optimization, filtering, and smoothing techniques.
Develop sensor fusion strategies that integrate cameras, IMUs, depth sensors, lidar, or other modalities to improve robustness and accuracy.
Analyze failure modes in real-world SLAM deployments (e.g., perceptual aliasing, dynamic scenes, drift) and design principled solutions.
Create evaluation frameworks, benchmarks, and metrics to measure SLAM accuracy, robustness, and performance across large datasets.
Optimize performance across the stack, including real-time constraints, memory usage, and compute efficiency, for large-scale and production systems.
Collaborate with reconstruction, simulation, and infrastructure teams to ensure SLAM outputs integrate cleanly with downstream world modeling and rendering pipelines.
Contribute to technical direction by proposing new research ideas, mentoring teammates, and helping define best practices for localization and mapping across the organization.
6+ years of experience working on SLAM, state estimation, robotics perception, or related areas.
Strong foundation in probabilistic estimation, optimization, and geometric vision (e.g., bundle adjustment, factor graphs, Kalman filtering).
Deep experience with one or more SLAM paradigms (visual, visual-inertial, lidar, multi-sensor, or hybrid systems).
Proficiency in Python and/or C++, with hands-on experience building research or production-grade SLAM systems.
Experience with numerical optimization libraries and/or robotics frameworks.
Familiarity with learning-based perception or representation learning and how it can augment classical SLAM pipelines.
Strong understanding of real-world sensor characteristics, calibration, synchronization, and noise modeling.
Proven ability to work in ambiguous, fast-moving environments and drive projects from concept through deployment.
A strong sense of ownership and engineering rigor: you care deeply about correctness, stability, and measurable improvements.
Enjoy collaborating with a small, high-caliber team and raising the technical bar through thoughtful design, experimentation, and code quality.
Fearless Innovator: We need people who thrive on challenges and aren't afraid to tackle the impossible.
Resilient Builder: Impacting Large World Models isn't a sprint; it's a marathon with hurdles. We're looking for builders who can weather the storms of groundbreaking research and come out stronger.
Mission-Driven Mindset: Everything we do is in service of creating the best spatially intelligent AI systems, and using them to empower people.
Collaborative Spirit: We're building something bigger than any one person. We need team players who can harness the power of collective intelligence.

Nice-to-haves

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Application prep

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Keywords to mirror

aimlmachine learningpython

Platform: ashby
Effort: quick

Benefits

Benefits detected in the listing.

Dental

Vision

401k

Pto

Parental Leave