SRIKANTH AAKUTHOTA | SOFTWARE ARCHITECT

• Architected safe, scalable, and highly available healthcare platforms for mission-critical diagnostic applications and medical devices, ensuring regulatory compliance, reliability, and secure data handling
• Defined end-to-end system architecture across UI, business, REST API, integration, and persistence layers using layered (N-tier), MVC, service-oriented, and event-driven patterns for modularity and extensibility
• Designed and implemented RESTful web services and API contracts (HTTP/JSON) to enable secure, reliable, and interoperable communication between applications, devices, and backend systems
• Engineered real-time device-to-application data acquisition pipelines with asynchronous/event-driven processing to ensure low latency and high throughput for Atellica DCA and Atellica LumIQ diagnostic systems
• Owned technical roadmaps, solution blueprints, and architectural standards, translating business and clinical requirements into future-ready, maintainable designs
• Led architecture reviews, design governance, and risk assessments, enforcing best practices for security, fault tolerance, performance, and compliance with healthcare standards
• Evaluated and modernized legacy platforms by integrating new technologies and modular services, improving scalability, interoperability, and long-term maintainability
• Directed a globally distributed engineering organization (50+ engineers across 3 continents), aligning execution with architectural vision and improving cross-team delivery efficiency
• Improved release predictability by 15% through CI/CD pipelines, automated packaging, and DevOps-driven deployment strategies
• Optimized legacy systems via refactoring, caching, and performance tuning, achieving 30% improvement in throughput and response times
• Instituted robust quality engineering practices including automated testing, code reviews, and observability (logging/monitoring), achieving 95%+ test coverage and higher production stability
• Mentored and managed engineers, establishing coding standards, reusable frameworks, and architectural best practices, fostering a culture of engineering excellence
• Authored HLD/LLD, architecture diagrams, API specifications, and technical documentation to ensure maintainability and knowledge continuity

Architecture Styles: Layered (N-tier), MVC, RESTful Services, Event-Driven, Client-Server, Modular & Microservices
Core Components: REST APIs, Integration Gateways, Messaging/Event Driven, Device Communication Layer, Persistence (SQLite/DB), CI/CD, DevOps Automation
Quality Attributes: Scalability • Reliability • High Availability • Security • Performance • Maintainability • Testability • Regulatory Compliance
Technologies: ReactJS, TypeScript, JavaScript, Java, Android, HTML/CSS, SQLite, Git

• Delivered solutions for 2 POC devices – DCA Vantage and Atellica 1500.
• Led a six-member engineering team. Successfully delivered 6 projects.
• Designed and developed a microservices architecture to support system migration.
• Optimized resource allocation. Improved team productivity by 20%.
• Managed two product portfolios simultaneously, each averaging $2 million budgets.
• Served as Scrum Master for a DevOps setup with 3-week sprint cycles, coordinating 8 or more teams.
• Identified and mitigated over 20 security vulnerabilities through integrated testing frameworks.
• Improved code quality by 30% using peer reviews and automated testing.
• Increased system reliability by 40% with robust design improvements and reviews.
• Reduced software defects by 50% by strengthening QA processes and team training.
• Contributed to delivering innovative medical technology solutions in a global healthcare environment.

Technologies: .NET Framework, C#, WPF, WinForms, SQL Server, Git, CI/CD, DevOps, Agile/Scrum, HL7, ASTM, LIS/LAS.

• Worked with .NET Framework, C#, WPF, WinForms, ASP.NET MVC, SQL Server, Git, and healthcare standards ASTM, HL7, LIS, LAS.
• Guided 8 team members and optimized CI/CD frameworks, achieving 15% reduction in deployment time.
• Automated workflows, saving 5+ hours per week per team.
• Introduced WPF into the UI framework to enhance functionality and usability.
• Upgraded legacy applications. Improved UI and system performance.
• Served as Scrum Master. Managed efficient two-week sprints.
• Developed a 2D barcode solution to streamline medical workflows.

• Developed efficient, well-tested applications using .NET Framework, C#, WinForms, WPF, Entity Framework, and SQL Server.
• Built and enhanced features for desktop applications in WPF and WinForms.
• Wrote clean, maintainable code with strong focus on performance and reliability.
• Used Git for version control and collaborative development.
• Implemented healthcare and communication protocols including HL7, ASTM, TCP/IP, FTP, and SSH.
• Followed Agile/Scrum practices with active participation in sprint planning, reviews, and retrospectives.
• Practiced pair programming and applied Scrum Master principles to improve team delivery.

• Developed and enhanced application features using C#, .NET Framework, ASP.NET, ASP.NET MVC, WCF, and jQuery, improving user experience and performance.
• Applied MVC architecture to build scalable, maintainable, and loosely coupled solutions.
• Collaborated with QA, UI/UX, and backend teams to deliver milestones on schedule using Agile/Scrum practices.
• Designed and consumed WCF/REST services for seamless inter-application communication and system integration.
• Integrated third-party APIs and healthcare interfaces (HL7/ASTM) to extend business functionality.
• Built responsive web interfaces using HTML5, CSS3, JavaScript, jQuery, and Bootstrap.
• Managed code with Git and supported deployments through CI/CD pipelines and DevOps tools.
• Worked with SQL Server and T-SQL for database design, queries, and performance tuning.