Software Engineer, Mobile Native AR Mapping

Niantic, the company behind Pokémon GO and other successful AR games, is seeking a Mobile Native Software Developer to work on AR Mapping. This role sits at the intersection of mobile development and augmented reality, offering an exciting opportunity to shape the future of spatial computing experiences.

The position requires a skilled developer with 3+ years of software development experience, including 2+ years specifically in mobile client development. You'll be working on innovative projects that allow users to collaboratively build a world map, combining mobile client, frontend, and backend development skills. The role offers a competitive compensation package ranging from $171,000 to $190,000, plus bonus, equity, and benefits.

Working in a hybrid environment (minimum 2 days in office) in Palo Alto, you'll be part of a highly collaborative team that's pushing the boundaries of AR technology. The ideal candidate should have experience with technologies like Flutter, Swift, Java, Kotlin, C++, or React, and possess a strong interest in augmented reality, computer graphics, or geographic information systems (GIS).

Niantic's platform powers major successes like Pokémon GO, Pikmin Bloom, Peridot, and Monster Hunter Now, reaching millions of users monthly. The company maintains a strong commitment to diversity and inclusion, considering it essential for creating products that resonate with their global community. As part of the team, you'll contribute to a platform that not only powers Niantic's own games but also supports other developers building AR applications through the Lightship Platform and 8th Wall.

This role offers an unique opportunity to work at the forefront of AR technology while being part of a company that values intellectual curiosity and problem-solving. With offices across major global locations and a culture that emphasizes both innovation and work-life balance through their hybrid work model, Niantic provides an excellent environment for professional growth and impact in the AR space.