Currently pursuing a PhD or MS in Computer Science, specializing in Computer Vision, Graphics, Machine Learning, or a closely related field. Exceptional senior undergrads with strong research output will be considered.
Solid track record or coursework in generative modeling (diffusion / flow matching / autoregressive), computer graphics / vision, and/or 3D scene representation.
Proficient in modern deep learning frameworks (PyTorch) with strong experimental rigor.
About the company
The company empowers everyone to create through innovative platforms and tools that unleash creativity, productivity and personalized customer experiences. The company’s industry-leading offerings including the company Acrobat Studio, the company Express, the company Firefly, Creative Cloud, the company Experience Platform, the company Experience Manager, and GenStudio enable people and businesses to turn ideas into impact, powered by AI and driven by human ingenuity.
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Conditions
Duration: 3 months
Starting date: From February 2027
End date: No later than 30 November 2027
Eligibility: master or Ph.D. student
Hybrid: 3 days per week in the office, 2 days per week work from home
Annual Pay: £75,000
About the role
Research at the intersection of 3D, Image, Video, and Generative AI
Can we bridge the compact, physically consistent structure of 3D representations with the rich temporal priors of generative video models?
Join the company Research London to tackle core problems in multi-modal generation and controllable editing. We are looking for PhD and MS researchers to explore how unifying image, video, and 3D modalities can yield richer, more controllable generative spaces.
The Research Focus:
Bridge 3D & Generative Video: Investigate compact 3D representations (e.g., neural fields, Gaussian splatting, explicit geometry) alongside video diffusion/autoregressive models to unlock precise spatial and temporal control.
Combine Generative Models & Classical Rendering: Explore hybrid pipelines integrating physically based rendering (PBR) with generative/agentic workflows.
Top-Tier Publication: Develop novel methods and target impactful publications at top-tier venues (SIGGRAPH, ACM TOG, CVPR, ICCV, NeurIPS, ICLR).
Thesis Alignment: We actively prioritize research problems that can serve as core chapter(s) of your dissertation and establish sustained collaborations well beyond the internship.
Resources & Environment:
Compute & Infrastructure: Large-scale GPU clusters and specialized datasets to train and evaluate state-of-the-art models.