Abstract is where excellence meshes with 3D technology and innovation. We engineer groundbreaking solutions that empower you to elevate your digital experiences to new heights without compromising the vision. From award-winning optimization technology, scalable material creation and authoring tools, to seamless scan processing and advanced rendering technologies — we’re at the forefront of reshaping how 3D content is imagined, created, and utilized through automation.
But, none of this could be possible without an exceptional team, hungry to learn and determined to challenge the status quo. At Abstract, we foster a culture where every constructive input — from the smallest kernel to the grandest blueprint — is seen, thoroughly evaluated, and brought to life through our unwavering pursuit of excellence.
As a Computer Scientist specializing in computational geometry, you’ll lead the pace of innovation across Abstract. Making a significant impact in the field not only requires thorough research and passion, but a high standard of excellence that continually maximizes development speed — you know this from experience. With a yearn to research and solve complex problems, you’ll directly influence how well we automate and shape the future of 3D content creation.
Abstract is a group of companies focused on developing bleeding-edge 3D technology:
InstaLOD | InstaMAT | InstaREC | RSX Engine | Polyverse
Our technology enables a diverse range of clients to complete projects on time, achieve significant cost savings, and enjoy the process. From leading AAA game developers like Sega, Activision and Phoenix Labs, to the tech-powered creative giants at Accenture Song or technology conglomerates like Kakao, as well as major automotive manufacturers such as Ford and Daimler, and aerospace and defense companies like REDACTED utilizing our solutions for training and simulation — our products are trusted across industries.
Desenvolve algoritmos quânticos e fluxos híbridos CPU–GPU–QPU para problemas de otimização e simulação, avaliando desempenho em simuladores e hardware e orientando equipes em computação quântica, HPC e IA.
Conduct applied research and development on world models, focusing on post-training and generative modeling to enhance Waymo's autonomous driving capabilities.
Develops and validates computational QSP/QST models, integrates experimental and clinical data, and delivers scientific consulting work that helps assess drug mechanisms, treatment responses, and safety risks.
Lead client and stakeholder collaborations to assess real-world data sources and generate robust evidence for medical-device regulatory decisions, drawing on expertise in healthcare data, epidemiology, and RWD analytics.
Submit an expression of interest for future research scientist or research engineer opportunities, sharing your background, research interests, and questions you would like to explore in frontier AI safety.
