Software Engineering- Internship (fall 2026/summer 2027)

Deepgram Deepgram · AI Frontier · United States · Remote · Engineering

Internship role on an engineering team building voice-native foundation models and the platform that delivers them at production scale, including real-time ASR, next-generation TTS, and LLM connectivity. Interns will own a real project end-to-end, contributing to production codebases and gaining experience in voice AI, real-time systems, and the interplay between research, engineering, and customers. Emphasis on using AI tools in daily workflows and reasoning from first principles.

What you'd actually do

  1. Design, build, and ship one scoped project end to end, from design through reviewed, tested code running in staging or production, with a dedicated mentor guiding you at each milestone
  2. Contribute directly to a production Deepgram codebase, whether that's the core voice AI platform, the Applied AI wing (Deepgram for Restaurants), or the consumer wing, landing merged PRs that teammates and customers actually use
  3. Dig into voice AI: speech and audio ML, real-time systems, and how research, engineering, and customers form one feedback loop
  4. Use Agentic tooling (Claude Code, Codex, whatever you want!!) as a default part of how you prototype, test, and debug, and bring at least one workflow improvement back to the team

Skills

Required

  • You've built things because you wanted them to exist: projects, tools, scripts, or automations, whether in class, on your own, or in a prior role.
  • You reach for AI as a default part of how you learn and build, not an occasional add-on, and you can talk about where it helps and where human judgment still has to lead.
  • You reason from first principles: when something breaks, you dig into why rather than patching around it.
  • You write and read code in at least one language, and you pick up new languages, tools, and codebases quickly.
  • You can explain your work clearly: what you built, what broke, and what you'd do differently.
  • You treat "good enough" as a question, not a finish line, and you're drawn to hard problems.
  • You give and receive feedback well and want to get better fast.

Nice to have

  • Currently pursuing a degree in computer science, engineering, or a related field, or building equivalent skills through self-study, open source, or your own projects.
  • Coursework or hands-on exposure to machine learning, real-time systems, or audio/speech processing.
  • A prior internship, a hackathon project, or something you built and shipped for yourself, ideally with an AI-assisted workflow behind it.

What the JD emphasized

  • AI-first mindset
  • actively use and experiment with advanced AI tools
  • build your own into your everyday work
  • measure how effectively AI is applied to deliver results
  • consistent, creative use of the latest AI capabilities is key to success
  • comfortable adopting new models and modes quickly
  • integrating AI into their workflows
  • continuously pushing the boundaries of what these technologies can do
  • move at the pace of AI
  • experiment, adapt, think on your feet, and learn constantly
  • You reach for AI as a default part of how you learn and build
  • you can talk about where it helps and where human judgment still has to lead
  • You reason from first principles
  • You write and read code in at least one language
  • you pick up new languages, tools, and codebases quickly
  • You can explain your work clearly
  • You treat "good enough" as a question, not a finish line
  • you're drawn to hard problems
  • You give and receive feedback well
  • want to get better fast

Other signals

  • AI-first mindset
  • actively use and experiment with advanced AI tools
  • build your own into your everyday work
  • measure how effectively AI is applied to deliver results
  • consistent, creative use of the latest AI capabilities is key to success
  • comfortable adopting new models and modes quickly
  • integrating AI into their workflows
  • continuously pushing the boundaries of what these technologies can do
  • move at the pace of AI
  • experiment, adapt, think on your feet, and learn constantly