Software Engineer, New Grad

Location

San Francisco, California

Full time

Hybrid

University

Notion helps you build beautiful tools for your life’s work. In today's world of endless apps and tabs, Notion provides one place for teams to get everything done, seamlessly connecting docs, notes, projects, calendar, and email—with AI built in to find answers and automate work. Millions of users, from individuals to large organizations like Toyota, Figma, and OpenAI, love Notion for its flexibility and choose it because it helps them save time and money.

In-person collaboration is essential to Notion's culture. We require all team members to work from our offices on Mondays, Tuesdays, and Thursdays, our designated Anchor Days. Certain teams or positions may require additional in‑office workdays.

As an engineer at Notion, you’ll help shape core user experiences and accelerate how people discover value in Notion. You'll tackle meaningful challenges with increasing autonomy, crafting code that millions of users will experience. You'll take ownership of projects that matter, make critical technical decisions, and contribute your unique perspective to our product vision. Working alongside passionate experts across design, product, and data, you'll help shape the future of how people work.

We’re hiring new grad engineers to join us across several teams r recruiter will partner with you to find the team that best aligns with your interests and where you can make the highest impact.

• You’ll work with others to plan, shape, and build new product features from start to finish: through conception, research, implementation, and maintenance. For example, you might work on driving adoption, by instrumenting key onboarding moments and iterating on activation flows.

• You’ll help improve performance and reliability, or polish existing features. For example, you might update our spell checker to sync dictionaries across browsers or improve search to index file attachments.

• You’ll build internal tools to support simplicity and productivity for the whole team. This might include writing a script to import user feedback into Notion.

• Pursuing a bachelor's or master’s degree in computer science, engineering, or another related field. Must be able to start full‑time prior to July 27, 2026.

• Previous internship experience.

• Working towards a proficiency of one or more programming languages such as Type Script, Node.js, or Python.

• Impact‑driven approach to technology: You see technologies as tools to achieve user impact rather than ends in themselves. You care more about building successful systems that solve real problems than about using specific tech stacks or following trends.

  • You stay current with the latest tools like Codex, Claude Code, and other AI‑assisted development environments. You're pragmatic about choosing the right tool for the job, focusing on what delivers the most value to users.

• Thoughtful problem‑solving: For you, problem‑solving starts with a clear and accurate understanding of the context. You can decompose tricky problems and work towards a clean solution, by yourself or with teammates. You're comfortable asking for help when you get stuck. You think about the implications of what you’re building and how it will impact real people’s lives.

• Own the outcome: You own your work, communicating clearly about progress and blockers. You don't wait for instructions for every step but rather show initiative in identifying what needs to be done and driving projects forward. You ask questions when needed while independently finding solutions to problems.

• Team player: For you, work isn’t a solo endeavor. You enjoy collaborating cross‑functionally to accomplish shared goals, and you care about learning, growing, and helping others to do the same.

• Passion for web applications: You can work with others to build and maintain quality user interfaces for a big audience, using Web technologies like HTML, CSS, JavaScript, and a modern UI framework like React.

• Familiarity with backend systems: You understand how parts of a system fit together—from the…