About the role
Mirelo AI is building the next generation of creative tools by generating realistic sound, speech and music from video. We develop cutting-edge foundational generative AI models that "unmute" silent video content and create custom, hyper-realistic audio for gaming, video platforms, and creators. Our technology empowers global storytellers to transform their content. We recently closed a $41 million Seed round co-led by Andreessen Horowitz and Index Ventures with participation from Atlantic, and are rapidly expanding across Product, Engineering, Go-to-Market, and Growth.
About
the Role At Mirelo, you’ll work at the centre of how we build the next generation of multimodal video-to-audio models. This role is deeply hands-on and research-heavy: with a great H100/200-per-engineer ratio you explore and build new multimodal models and push the boundaries of what’s possible in music, sound, and speech generation. You’ll collaborate closely across research and engineering, run focused ablations, and translate experimental results into clear next steps for
the team. From data curation to deployment, you’ll help shape the full lifecycle of the models that power our products and partnerships. Key
Responsibilities Design, implement and train large-scale multimodal generative models for audio generation (diffusion and/or autoregressive models). Explore new modeling ideas for audio generation (music, sound, speech) while taking inspiration from the language and image domains. Develop and experiment with post-training for new capabilities (fine-grained control, in/out-painting, editing, …) Conduct rigorous ablation studies, get actionable insights and communicate results to
the team to discuss new research directions. Contribute hands-on to all stages of model development including data curation, experimentation, evaluation, and deployment. Ideal Candidate Profile Hands-on experience in training large-scale generative models in a fast-paced research environment. Deep understanding of cutting-edge methods and ML research in at least one of the domains: image, language, video or audio (specific audio experience not necessary, but