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Deepgram

Research Staff, Voice AI Foundations

Deepgram

. Develop next-generation neural audio codecs with extreme low-bit-rate compression and high-fidelity reconstruction across world-scale general audio corpora .

Posted 10/11/2026full-timeRemote • United KingdomLeadWebsite

Core Competencies

Role fit
Core Competencies

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Demonstrates expertise in developing neural audio codecs and multimodal speech systems, with a strong foundation in statistical learning theory and experience in optimizing models for real-world deployment. Proven ability to design controlled experiments and contribute to open-source research in speech and language AI.

Highest-signal resume keywords
Neural Audio Codec DevelopmentStatistical Learning TheoryMultimodal LearningData Pipeline DesignOpen-Source Contributions

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills
Neural Audio CodecsGenerative ModelsLatent Space ModelsModel Architecture DesignStatistical Learning TheoryData Pipeline DevelopmentReal-Time Inference OptimizationControlled Experiment DesignMultimodal Speech SystemsMathematical Formulation Implementation
Soft Skills
AdaptabilityCollaborationCritical ThinkingEmpathyContinuous Learning
Industry Keywords
Speech AILanguage AISelf-Supervised LearningBillion-Hour Dataset TrainingAI Automation

About the role

Key responsibilities & impact
  • Develop next-generation neural audio codecs with extreme low-bit-rate compression and high-fidelity reconstruction across world-scale general audio corpora
  • Pioneer steerable generative models synthesizing diverse human speech, including emotional expression, multi-speaker scenarios, environmental noise, and overlapping speech
  • Develop embedding systems that factorize codec latent spaces into interpretable speaker, content, style, environment, and channel dimensions
  • Use latent recombination to generate synthetic audio data at unprecedented scales
  • Train multimodal speech-to-speech systems that understand diverse humans and produce empathic, human-like responses
  • Design model architectures, training schemes, and inference algorithms adapted to bare-metal hardware for cost-efficient billion-hour dataset training and real-time inference
  • Conduct foundational research in Latent Space Models addressing data, scale, and cost challenges in voice AI
  • Design controlled experiments, ablations, evaluations, stress tests, and benchmarks to validate research hypotheses
  • Collaborate through open-source contributions and research publications advancing speech and language AI

Requirements

What you’ll need
  • Strong mathematical foundation in statistical learning theory, particularly areas relevant to self-supervised and multimodal learning
  • Deep expertise in foundation model architectures and scaling training across multiple modalities
  • Proven ability to bridge theory and practice by deriving novel mathematical formulations and implementing them efficiently
  • Demonstrated ability to build data pipelines that process and curate massive datasets while maintaining quality and diversity
  • Track record of designing controlled experiments that isolate architectural innovations and validate theoretical insights
  • Experience optimizing models for real-world deployment, including hardware constraints and efficiency techniques
  • History of open-source contributions or research publications advancing speech/language AI
  • Ability to identify critical experiments that validate or disprove ideas quickly
  • Vision to scale successful proofs-of-concept 100x
  • Comfort using AI to automate and amplify personal impact
  • Ability to adapt quickly, experiment, learn constantly, and work in a rapidly changing AI environment

Benefits

Comp & perks
  • Remote work arrangement
  • AI-first work environment with active use and experimentation of advanced AI tools
  • Opportunity to pioneer foundational voice AI research with transformative impact
  • Opportunity to contribute to open-source projects and research publications
  • AI Notetaker interview recording is optional; opting out does not impact candidacy