Software Engineer

Robinhood Robinhood · Fintech · [ProspectLand] · [Prospect]

Software Engineer role at Robinhood focused on designing, developing, and operating scalable, highly available infrastructure systems and internal platforms. The role involves owning infrastructure components throughout their lifecycle, collaborating with cross-functional teams, improving system reliability and performance, and ensuring security and compliance. This is a core engineering role within the fintech domain, not directly building AI/ML models.

What you'd actually do

  1. Design, develop, and operate scalable, highly available infrastructure systems that support core product functionality and internal services.
  2. Build, maintain, and evolve internal platforms, shared services, and tooling that enable reliable, efficient software development, testing, and deployment.
  3. Own infrastructure components throughout their full lifecycle, including requirements definition, design, implementation, deployment, production support, and continuous improvement.
  4. Collaborate with cross-functional engineering teams to support business-critical workloads, platform capabilities, and system integrations.
  5. Improve system reliability, performance, observability, and automation by identifying bottlenecks, reducing operational risk, and implementing engineering best practices.

Skills

Required

  • Bachelor’s degree (or foreign equivalent) in Computer Science, Computer Engineering, Software Engineering or a related field
  • three years of experience in the job offered or related occupation
  • Background checks required

Nice to have

  • design, develop, and operate scalable, highly available infrastructure systems
  • build, maintain, and evolve internal platforms, shared services, and tooling
  • own infrastructure components throughout their full lifecycle
  • collaborate with cross-functional engineering teams
  • improve system reliability, performance, observability, and automation
  • participate in on-call rotations, incident response, root cause analysis, and remediation efforts
  • monitor production systems and infrastructure
  • ensure infrastructure systems meet security, compliance, and operational standards
  • document system designs, operational procedures, and changes

What the JD emphasized

  • scalable, highly available infrastructure systems
  • internal platforms, shared services, and tooling
  • improve system reliability, performance, observability, and automation
  • ensure infrastructure systems meet security, compliance, and operational standards