Job Details

Weekly Hours: 40

Role Number: 200635108-0836

Summary

The Apple Services Engineering (ASE) Commerce group is looking for an extraordinary back-end Java software engineer to join our Account Services software engineering team. The Commerce team provides the transactional engine for App Store, Apple Music, Apple TV+ and more. Our platform is the highest volume digital content store in the world, serving billions of transactions daily in more than 130 countries. We strive to provide a flawless purchase and subscription experience for our millions of customers and developers all over the world!

Description

As a Software Engineer on the Account Services team, you’ll build and evolve the secure, high-scale systems that power our platform’s most critical user flows. You’ll design and launch new account features, strengthen our security posture through industry-leading best practices, and modernize legacy systems by adopting the newest technologies.

You’ll be responsible for developing secure account experiences and rapidly resolving customer-impacting issues. This position demands someone who can operate in ambiguity, make sound technical decisions under pressure, and translate complex requirements into scalable, maintainable systems.

Minimum Qualifications

• 3+ years of software engineering experience implementing and maintaining critical systems at scale.

• Outstanding analytical problem-solving, debugging, and diagnostic skills.

• Willing to take ownership and set direction, and thrive navigating any ambiguity in your projects.

• BS degree, preferably in Computer Science or related experience.

Preferred Qualifications

• Experience with security protocols, authentication and authorization mechanisms, and abuse-defense patterns.

• Experience with load balancing, autoscaling, traffic shaping, distributed systems debugging, and incident response.

• Proficiency with observability tooling - metrics, logs, and performance troubleshooting.

• Strong commitment to automated testing, including integration, load, and end-to-end testing.