
2 - 10 employees
Founded 2024
đ€ Artificial Intelligence
âïž SaaS
đ€ B2B
Artificial Intelligence âą SaaS âą B2B
Typus is an AI-powered visualization platform for architecture and real-estate professionals. It transforms CAD files, sketches and text prompts into photorealistic renders, upscales images to large-format/4K and 8K, and can generate cinematic video flyovers. Offered as a subscription (rather than per-image pricing), Typus integrates with common AEC tools (Revit, Rhino, SketchUp, IFC, Blender, Navisworks, Civil3D, Tekla, etc. ) via Speckle and provides a studio with editing tools (material swapping, masking, geometry control), floor-plan generators, and API access. The platform emphasizes secure EU data hosting, claims no use of customer uploads for AI training, and targets architects, interior designers, developers, real-estate firms, students and enterprises seeking faster, lower-cost visualization workflows and marketing assets.
đ„ 9 hours ago
đ Anywhere in the World
â° Full Time
đĄ Mid-level
đ Senior
đ§ AI Research Scientist
đ» Ghost score 15%
đŁïžđ©đȘ German Required
PyTorch
Where this job comes from
Posted on Typus's careers page, not through a job board
First seen by Remote Rocketship 9 hours ago
Still open on Typus's site. Checked 32 minutes ago.

2 - 10 employees
Founded 2024
đ€ Artificial Intelligence
âïž SaaS
đ€ B2B
Artificial Intelligence âą SaaS âą B2B
Typus is an AI-powered visualization platform for architecture and real-estate professionals. It transforms CAD files, sketches and text prompts into photorealistic renders, upscales images to large-format/4K and 8K, and can generate cinematic video flyovers. Offered as a subscription (rather than per-image pricing), Typus integrates with common AEC tools (Revit, Rhino, SketchUp, IFC, Blender, Navisworks, Civil3D, Tekla, etc. ) via Speckle and provides a studio with editing tools (material swapping, masking, geometry control), floor-plan generators, and API access. The platform emphasizes secure EU data hosting, claims no use of customer uploads for AI training, and targets architects, interior designers, developers, real-estate firms, students and enterprises seeking faster, lower-cost visualization workflows and marketing assets.
âą Design and further develop the core AI architecture for generative image models, with a focus on architecture-specific use cases. âą Develop, train, and optimize generative deep learning models, particularly diffusion models, UNet architectures, transformer-based approaches, and latent diffusion. âą Implement and evaluate fine-tuning and adaptation methods such as LoRA, DreamBooth-like techniques, and domain-specific transfer learning. âą Research controllable generation mechanisms, including region-based control, material- and texture-based conditioning, and structure- and context-aware image synthesis. âą Build and maintain scalable training and experimentation pipelines, for example using PyTorch, GPU clusters, and automated experiments. âą Systematically validate developed models through benchmarking, ablation studies, and qualitative and quantitative evaluation methods. âą Analyze, prepare, and curate training and evaluation datasets in the architectural context. âą Document research findings and methodological decisions to ensure reproducibility and knowledge transfer. âą Work closely with the product, frontend, and backend teams to transfer research results into production-ready AI systems. âą Provide technical support for the application and execution of research and grant-funded projects, such as IGP, KMU-innovativ, and EU programs. âą Monitor and assess current research developments in generative AI and identify relevant innovation opportunities.
âą Completed Masterâs or PhD degree in Computer Science, Mathematics, Data Science, Computational Design, or a comparable discipline. âą Demonstrated expertise in generative AI for images, particularly in training deep learning models. âą Proven practical and/or academic experience with diffusion models, transformers, UNet architectures, latent diffusion models, and LoRA. âą Excellent understanding of deep learning methods, model architectures, training strategies, and evaluation techniques. âą Experience with research and experimentation workflows, reproducibility, and systematic model evaluation. âą Strong analytical thinking and an interest in connecting scientific research with product-oriented applications. âą Independent, structured working style and strong intrinsic motivation to explore and mature new AI approaches.
âą Grant-funded fixed-term employment with potential for a long-term position. âą Direct influence on a forward-looking deep-tech research project. âą Equity: The allocation of company shares is negotiable and forms part of the compensation package. âą Opportunity to take on a CTO role. âą Competitive, negotiable compensation. âą Permanent employment contract.
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