Job Description
Dev Ops Engineer role involves developing tools and microservices to propel products forward, working with cross-functional teams, and migrating from On Prem Data center and AWS Cloud platform to Azure.
Lexis Nexis Risk Solutions is a leading provider of risk assessment solutions, combining public and industry-specific content with advanced technology and analytics to assist customers in evaluating and predicting risk.
About the Role
- Developing tools and microservices to propel products forward
- Working with cross-functional teams to deliver successful projects
- Migrating from On Prem Data center and AWS Cloud platform to Azure
Responsibilities
- Ensuring well-tested, documented, and peer-reviewed code by encouraging best practices and applying software engineering principles
- Designing, implementing, and maintaining automated build, test, and deployment pipelines, as well as implementing security best practices throughout the software development lifecycle
- Collaborating with cross-functional technical teams to deliver successful, high-profile, business-critical projects in a fast-moving, product-centric environment
- Developing infrastructure automation scripts using tools like Terraform/Terragrunt
Requirements
- Experience with Azure cloud technologies
- Experience with modern dev practices and supporting technologies such as CI/CD, BDD, Terraform, and Git Hub/Git Lab
- Ability to communicate effectively and collaborate with cross-functional teams in technical discussions
- Demonstrate proficiency in relevant technical skills and tools required for the role
- Knowledge of Java/Spring boot
- Familiarity with containerization technologies (e.g. Docker, Kubernetes)
Women in Tech
Lexis Nexis Risk Solutions is committed to supporting women in technology, with initiatives such as a mentoring scheme, women's network forum, and women in technology employee resource group.
The company values diversity and inclusion, with 30 diversity employee networks globally and a commitment to inclusive leadership and equitable processes.