Sr. Full Stack Developer

Full Stack Developer / Hybrid / Minneapolis

One of the major American airlines is looking for a Full Stack Developer Specialist to join their Hybrid team in Minneapolis, MN!

This role is an exciting opportunity to work on enterprise-level applications and cloud-native platforms that power mission-critical airline operations. The ideal candidate will have strong experience in full-stack development with SpringBoot and RESTful APIs, paired with a DevOps-focused mindset and hands-on cloud expertise.

Contract Duration: 12-Month Contract with the opportunity for extension or conversion

Required Skills & Experience

• Experience with one or more general-purpose programming languages including but not limited to: Java, C/C++, Python, R or equivalent
• Experience and knowledge in designing, building, and deploying multi-layered application infrastructure involving On-premises & AWS Cloud platforms using services such as Bedrock LLM models
• Hands-on experience with Natural Language Processing (NLP), sentiment analysis, classification, and pattern recognition
• Proficiency in designing and implementing solutions using AWS services (EC2, Lambda, S3, CloudFormation, etc.)
• Strong knowledge of SaaS, PaaS, and IaaS concepts within cloud computing architectures, and implementation experience using AWS and OpenShift, with CI/CD pipelines leveraging AWS CodeBuild, CodeDeploy, CodeCommit, and CodePipeline

What You Will Be Doing
Daily Responsibilities

• Develop efficient and high-performing software using Java, C#, Python, .NET, Spring Boot, and Microservices
• Enhance and maintain on-premises and internal PaaS applications, while transitioning to AWS per project timelines
• Design and implement serverless patterns from containerized applications
• Build industry-standard APIs and establish connectivity protocols, policies, and routing mechanisms
• Develop and implement architecture patterns optimized for SLAs, reliability, and cost efficiency
• Anticipate and mitigate downstream technical risks by proactively identifying design trade-offs