The software domain refers to the area within information technology that focuses on the development, deployment, management, and maintenance of software applications that support business processes and user needs. This includes development, application lifecycle management, requirements analysis, QA, security and compliance, and maintaining the applications and infrastructure.

Responsibilities:

• Writes, tests, and documents technical work products (e. g., code, scripts, processes) according to organizational standards and practices.
• Devotes time to raising the quality and craftsmanship of products and systems.
• Conducts root cause analysis to identify domain-level problems and prescribes action items to mitigate.
• Designs self-contained systems within a team's domain and leads implementations of significant capabilities in existing systems.
• Coaches team members in the execution of techniques to improve reliability, resiliency, security, and performance.
• Decomposes intricate and interconnected designs into implementations that can be effectively built and maintained by less experienced engineers.
• Anticipates trouble areas in systems under development and guides the team in instrumentation practices to ensure observability and supportability.
• Defines test suites and instrumentation that ensure targets for latency and availability are being consistently met in production.
• Leads through example by prioritizing the closure of open vulnerabilities.
• Evaluates potential attack surfaces in systems under development, identifies best practices to mitigate, and guides teams in their implementation.
• Leads the team in the identification of small batches of work to deliver the highest value quickly.
• Ensures reuse is a first-class consideration in all team implementations and is a passionate advocate for broad reusability.
• Formally mentors teammates and helps guide them to and along needed learning journeys.
• Observes their environment and identifies opportunities for introducing new approaches to problems.

Requirements:

• Bachelor's degree in computer science, computer engineering, technology, information systems (CIS/MIS), engineering, or a related technical discipline, or equivalent experience/training.
• 3+ years of experience designing, developing, and implementing large-scale solutions in a production environment.
• Master's degree in computer science, computer engineering, technology, information systems (CIS/MIS), engineering, or a related technical discipline, or equivalent experience/training.
• Airline industry experience.
• Ability to optimize solutions for performance, resiliency, and reliability while maintaining an eye toward simplicity
• Ability to concisely convey ideas verbally, in writing, in code, and in diagrams
• Proficiency in object-oriented design techniques and principles.
• Proficiency in Agile methodologies, such as SCRUM.
• Proficiency in DevOps toolchain methodologies, including continuous integration.
• Integration and continuous deployment.
• Ability to effectively communicate both verbally and in writing with all levels within the organization. Physical ability is necessary to safely and successfully perform the essential functions.

Proficiency with the following technologies:

• Programming Languages: Java, Python, C#, Javascript/Typescript.
• Frameworks: Spring/SpringBoot, FastAPI.
• Front-end Technologies: Angular/React.
• Deployment Technologies: Kubernetes, Docker
• Source Control: GitHub, Azure DevOps.
• CICD: GitHub Actions, Azure DevOps.
• Data management: PostgreSQL, MongoDB, Redis.
• Integration/API Technologies: Kafka, REST, GraphQL
• Cloud providers such as Azure and AWS.
• Test Automation: Selenium, TestNG, Postman, SonarQube, Cypress, JUnit/NUnit/PyTest, Cucumber, Playwright, Wiremock/Mockito/Moq.