About the job
About You
You are an innovative and hands-on researcher who excels in a dynamic, fast-paced environment. As a self-motivated team player, you possess an exceptional ability to efficiently execute your tasks. You have a profound understanding of transformer architectures, combined with expertise in Python and tensor programming. Your vision for AI transcends linear sequences, and you embrace 'the scaling law'. You adeptly transform high-level objectives into actionable research and implementation strategies, ensuring consistent progress. When articulating your concepts, you clarify complex technical issues with ease. Your enthusiasm for exploring new ideas and sharing knowledge with your colleagues is evident. You leverage these capabilities to deliver tangible advantages for our researchers, engineers, and millions of users, and you are passionate about advancing our mission to redefine AI's capacity to understand and generate 3D environments.
About Us
At Meshy, we envision a world where 3D creation is limitless and accessible to all. Our core mission is to unleash creativity. We have developed a comprehensive pipeline for 3D content creation, which encompasses text and image input to 3D output, texture editing, animation rigging, and more. Our vibrant community allows creators to showcase their work, draw inspiration from peers, and utilize the platform as an asset marketplace for their games and prototypes. Recognized as the leading provider in 3D generative AI tools (as per the 2024 A16Z Games survey), we deliver real value utilized by enterprises including Meta, Square Enix, DeepMind, and millions of end users. Meshy finds applications in game and film production, 3D printing, industrial design, and even in training and simulation for robotics and physical AI.
Your Next Challenge
As a vital member of our team comprising research scientists and machine learning engineers at Meshy, you will spearhead the development of our core 3D-native generative foundational model. In this capacity, you will engage in foundational research to propel 3D AI forward, applying insights from diverse ML fields and striving to advance the state of the art. You will pursue ambitious long-term research objectives while delineating intermediate milestones.
The key responsibilities include, but are not limited to:
Design, train, and enhance large-scale 3D generative models, covering pre-training, post-training, and innovative paradigms in diffusion, flow matching, and multi-modal learning.
Bridge gaps between various research disciplines to foster a collaborative and innovative research environment.
