Senior Release Engineer

Verizon is one of the largest communication technology companies in the world. Every day, we connect millions of people, companies and communities with our powerful technology. We’re using our award-winning network to make breakthroughs in interactive entertainment, digital media, the Internet of Things and broadband services for customers. Whatever the future looks like, whatever the digital world promises, we will deliver.

Are you interested in working on a DevOps team contributing to large-scale consumer services operating on one of the largest high quality networks in the world? If you are a DevOps pro then join and help formulate how Verizon does DevOps! If you have a desire to be working on a high caliber DevOps team and have skill sets that match the below then join Verizon and contribute and learn! The ideal candidate will combine testing experience, software engineering skills, and deployment knowhow to verify and operate consumer oriented services in a worldwide, high-quality, tier-1 network. Experienced candidates with a strong desire to extend their current skill set and learn new technologies are especially encouraged to apply.

* Work with core development teams to test, deploy and maintain scalable, robust software platforms and services. * Manage a continuous build and deploy environment * Define test and verification processes for production services * Monitor, test, and maintain production services * Define and operate live A/B testing of production services * productsite

Qualifications: * 10+ years of overall experience in Information * Technology especially in release engineering, systems and networks * Experience with Linux Containers (LXC) and Docker is a PLUS * Experience with tuning Linux systems, Java VM’s, Application services. * Experience with shell scripts and configuration management tools like Puppet, Chef * Experience with testing and debugging live systems * Knowledge of IT operations * Excellent communication skills * Passion for testing high-quality services for correctness and robustness