AWS Application Architect

Job Role: AWS Application Architect

Location: Plano, TX

Job Description:

Must Have Technical/Functional Skills

• Strong software engineering background (10+ years) in full-stack application development with a proven track record of consistently delivering high-impact software products in a timely manner. (Combines experience level and delivery focus).
• 3+ years of solid experience as an Application or Solutions Architect delivering enterprise solutions at scale using modern cloud-native technologies (AWS preferred). (Highlights architectural experience and cloud focus).
• Proven experience in hands-on coding with one or more languages: Java, JavaScript, Python, or C#. (Essential coding proficiency)
• Expertise in developing and deploying applications using microservices architecture, container technologies (Docker, Kubernetes), and cloud platforms (AWS preferred). Track record of including automated testing throughout the life cycle. (Specific technical expertise in modern application development)
• Good understanding of AWS services, including EKS, Lambda, S3, API Gateway, DynamoDB, and other cloud-native technologies. (Core cloud platform knowledge)
• Experience with Containers and CI/CD Pipelines: Proven ability to design, build, and manage containerized applications using Kubernetes (Amazon EKS). Familiarity with modern CI/CD pipelines and DevOps practices. (Containerization and deployment lifecycle understanding)
• Excellent Communication Skills: Strong interpersonal and communication skills, able to convey complex technical concepts to both technical and non-technical stakeholders. (Crucial for collaboration and explaining technical matters)
• Experience implementing reusable software components and shared libraries for enterprise-wide use in one or more languages like Java, C#, JavaScript, and Python. (Valuable for efficiency and consistency).
• Proven experience designing & architecting enterprise-scale transactional systems following microservice, event-driven architecture style. (Demonstrates deeper architectural understanding).
• Good understanding of InfoSec and DevSecOps principles using AWS technologies is a must. Relevant certifications, such as AWS Solutions Architect Associate, are highly desirable. (Highlights security awareness, with certifications being a plus)
• AWS certifications, such as AWS Solutions Architect Professional or Developer. (Formal validation of AWS skills)
• Ability to work independently to drive complex technical projects to completion, as well as collaboratively with cross-functional teams. (Indicates both autonomy and teamwork abilities)
• Experience with one or more additional programming languages beyond the must-haves. (Broader technical versatility).

Roles & Responsibilities

• Hands-on Development: Lead the design, development, and deployment of full-stack applications with a strong focus on event-driven microservices using cloud-native technologies.
• Coding and Architecture: Implement simple, readable, well-designed software components, adhering to best coding practices in one or more languages.
• Framework & Platform Development: Implement reusable and scalable software frameworks and platforms. Own the development process from high-level requirements to post-deployment activities. Build documentation for reusable components/platforms.
• Containerization and Cloud Deployment: Drive the use of container technologies and orchestrate services on AWS infrastructure, ensuring scalability, reliability, and performance.
• Collaboration: Partner with solutions architects, product owners, and domain experts to turn high-level business needs into detailed, actionable technical specifications and implementation plans.
• Troubleshooting and Debugging: Independently troubleshoot, debug, and optimize code to ensure high availability and performance. Investigate and resolve complex software issues, providing support to the operations team.
• Documentation: Create and maintain high-quality technical documentation that supports the development process, including architecture decision records, design specs, system architecture diagrams, and reusable patterns.
• Non-functional Requirements: Ensure that all developed software meets non-functional requirements such as security, scalability, maintainability, performance, and compliance with industry standards.