Ramiro Quevedo

At Trusted Shops, I work as a Full Stack Software Engineer, building secure, scalable, and high-performance solutions that strengthen trust in e-commerce. My work spans backend and frontend development, from designing reliable services and APIs to delivering intuitive user-facing features. I collaborate closely with data engineers to develop insight-driven features, ensuring that merchants and customers benefit from actionable information. In an agile, cross-functional environment, I focus on clean, maintainable code, system reliability, and continuously enhancing the platform experience.

As a Senior Software Engineer, I led the design and development of scalable Vendor Risk Management (VRM) and Third-Party Risk Management (TPRM) products, focusing on high-performance architectures, event-driven systems, and cloud-native solutions. My key responsibilities included: Backend & Microservices Development: Architected, developed, and optimized microservices using FastAPI and Django, ensuring modularity, scalability, and maintainability. Event-Driven Architectures: Designed and implemented event-based systems using AmazonMQ, EventBridge, SQS, and SNS, improving real-time data processing and system efficiency. Infrastructure & Cloud Solutions: Managed and optimized infrastructure using Kubernetes and AWS, ensuring scalability and high availability. Cloud-Native Technologies: Utilized AWS services such as S3, AmazonMQ, EC2, EventBridge, SQS, and SNS to build and enhance distributed systems. System Performance & Code Quality: Drove architectural improvements, refactored legacy systems, and enforced best practices for performance, security, and maintainability. Technical Leadership & Collaboration: Worked cross-functionally with product, security, and DevOps teams to deliver robust backend solutions aligned with business goals. Mentorship & Knowledge Sharing: Guided junior engineers, conducted code reviews, and contributed to a culture of technical excellence. In this role, I strengthened my expertise in backend development, distributed architectures, and cloud-native engineering, driving innovation in VRM and TPRM platforms.

As a Software Engineer specialized in Backend, I played a key role in building and optimizing Vendor Risk Management (VRM) and Third-Party Risk Management (TPRM) products, focusing on scalability, performance, and system architecture. My key responsibilities included: - Backend & Microservices Development: Designed and implemented new microservices using FastAPI and Django, improving modularity, scalability, and maintainability. - Event-Driven Architectures: Developed and integrated event-based systems using AmazonMQ, optimizing system communication and asynchronous processing. - Codebase & Architecture Improvements: Refactored and enhanced existing backend architectures, ensuring long-term stability and performance improvements. - Infrastructure & DevOps: Managed infrastructure using Kubernetes and AWS, automating deployments and scaling services efficiently. - Cloud-Native Solutions: Leveraged AWS services such as S3, AmazonMQ, and EC2 to build highly available and resilient distributed systems. - Collaboration & Technical Leadership: Worked closely with cross-functional teams to design and implement backend solutions tailored for VRM and TPRM platforms. This role strengthened my expertise in backend development, cloud-native architectures, and event-driven microservices, further solidifying my skills in Python, FastAPI, Django, AWS, Kubernetes, and AmazonMQ.

I played a key role in maintaining and improving backend systems, troubleshooting complex technical issues, and developing new features to enhance the platform. My key responsibilities included: - Backend Development & System Engineering: Developed new backend features and improved system architecture to enhance performance and maintainability. - Issue Resolution & Code Optimization: Investigated and resolved software and data-related issues, implementing improvements to optimize code structure and efficiency. - Technical Troubleshooting: Diagnosed and debugged technical problems, ensuring stability and reliability across the system. - Collaboration & Knowledge Sharing: Provided prompt and accurate feedback to support team members, helping streamline issue resolution and improve internal workflows. - Process Documentation: Created detailed documentation, including technical manuals and troubleshooting guides, to facilitate knowledge transfer and onboarding. - Multi-Issue Management: Prioritized and handled multiple open issues simultaneously, ensuring timely and effective resolutions. This experience strengthened my problem-solving skills, backend development expertise, and ability to manage critical system support operations in a fast-paced environment.

In this role, I leveraged my full-stack development expertise to support cybersecurity initiatives and streamline internal processes. Key responsibilities included: - Data Processing & Automation: Developed robust tools to filter and process vast quantities of data, as well as automation tools that improved internal workflows. - Automated Data Gathering: Designed and implemented automated data collection tools, enabling efficient extraction and analysis of cybersecurity-related information. - Server & Environment Management: Set up and maintained Linux servers using Docker Compose for staging environments, ensuring reliable and secure deployments. - Web Development & Database Administration: Built and maintained websites hosting critical tools, while managing and optimizing underlying databases for data integrity. - Quality & Onboarding: Created automated test workflows to enhance system reliability and led the training and onboarding of new team members, ensuring consistent adherence to best practices. - Technical Expertise: Utilized a broad set of technologies—including REST APIs, HTML, CSS, JavaScript, Python, Django, PostgreSQL, Git, and Nginx—to deliver secure and efficient web solutions in a cybersecurity context. This experience solidified my ability to develop scalable, automated, and secure systems, bridging both front-end and back-end development within high-stakes cybersecurity environments.