Remote Full-Stack Engineer Training Program

CVS Health; Lexington (KY); Remote; USD 65,000 - 173,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

Paid time off

Retirement savings options

Wellness programs

Job summary

CVS Health is offering a two-year Infrastructure Software Engineering Program (ISEP) to train as a full-stack automation engineer. This remote program supports the transition to a Software Driven Enterprise using Agile, DevSecOps, and XP practices within IT Security, Automation, Network, Cloud, and AI domains.

You will receive hands-on experience, training, and feedback from experienced developers while contributing to modern delivery methods.

Qualifications

• Verifiable High School Diploma or GED required.
• Bachelor's degree in computer science, software engineering, MIS, or related degree preferred.

Responsibilities

• Writing high-quality code compliant with enterprise and industry regulations.
• Proactively monitoring industry trends and identifying opportunities to implement new technologies.
• Creating and executing required test scenarios/plans to ensure complete testing on all new and changed components.
• Sharing knowledge openly and willingly with other IT personnel.
• Work within model delivery frameworks (Agile, XP, Kanban).

Skills

Python

PowerShell

YAML

Algorithms

Data structures

Front-end design

CI/CD

DevSecOps

XP

Education

High School Diploma or GED

Bachelor's degree preferred (CS/SE/MIS or related)

Tools

Docker

Kubernetes

Jenkins

GitHub Actions

Azure

AWS

GCP

Terraform

Job description

CVS Health is offering a two-year Infrastructure Software Engineering Program (ISEP) to train as a full-stack automation engineer. This remote program supports the transition to a Software Driven Enterprise using Agile, DevSecOps, and XP practices within IT Security, Automation, Network, Cloud, and AI domains.

You will receive hands-on experience, training, and feedback from experienced developers while contributing to modern delivery methods.