Director of Cloud Platforms & API Solutions

Fidelity Investments Inc.; Westlake (TX); On-site; USD 180,000 - 300,000; Full time

Job summary

Fidelity Investments invites a Director of Cloud Engineering to guide a talented team building cloud-native platforms and API solutions in support of Fidelity Brokerage Recordkeeping Technology's cloud transformation. The role requires strong cloud, product development, and agile leadership, with experience migrating from legacy systems to scalable cloud-native architectures.

You will mentor engineers and influence technology strategy while delivering secure, reliable services with minimal

Qualifications

• Bachelor's or master's degree with 12+ years in software and cloud infrastructure engineering.
• Strong experience managing priorities and tradeoffs between speed and quality.
• Proven ability to lead in an Agile/Scrum environment and drive results.

Responsibilities

• Lead engineers to build cloud-native platforms and composite solutions for Fidelity’s cloud journey.
• Direct technical teams, set multi-year technology strategy aligned with enterprise priorities.
• Recruit, mentor, and develop engineering talent for Cloud Migrations, API Platforms, and related services.

Skills

Java backend API development

AWS public cloud

Agile/Scrum leadership

Team leadership

Cloud migrations

Docker

Kubernetes

Terraform/Helm

Micronaut/Spring Boot

Communication with stakeholders

Education

Bachelor's or Master’s degree

Tools

Docker

Kubernetes

Terraform

Helm

CI/CD tooling

Job description

Fidelity Investments invites a Director of Cloud Engineering to guide a talented team building cloud-native platforms and API solutions in support of Fidelity Brokerage Recordkeeping Technology's cloud transformation. The role requires strong cloud, product development, and agile leadership, with experience migrating from legacy systems to scalable cloud-native architectures.

You will mentor engineers and influence technology strategy while delivering secure, reliable services with minimal