SENIOR, SOFTWARE ENGINEER

Key Responsibilities

System Design & Architecture

• Lead architecture and technical design for large-scale distributed systems and enterprise applications.
• Define API standards, domain models, and integration patterns across microservices.
• Design resilient, fault-tolerant, cloud-native systems supporting high transaction volumes.
• Establish technical architecture for scalability, performance, and cost optimization.
• Drive modernization from monolith to microservices and cloud-native platforms.

Backend Development & Microservices

• Build and maintain backend services using Java (Spring Boot) and Python.
• Develop RESTful APIs and event-driven architectures using Kafka and related systems.
• Implement secure and scalable microservices with strong SLAs.
• Work with relational and NoSQL databases (MySQL, PostgreSQL, MongoDB, Redis).
• Ensure proper caching, consistency, and resiliency strategies in distributed systems.

Frontend Development

• Develop responsive and scalable UI applications using React and TypeScript.
• Implement modular frontend architecture with reusable components.
• Ensure accessibility, performance, and cross-browser compatibility.
• Work with testing frameworks such as Jest and Cypress.

Cloud, DevOps & Platform Engineering

• Deploy and manage applications on cloud platforms (AWS, Azure, GCP).
• Use Kubernetes and Docker for containerized deployments.
• Build CI/CD pipelines and automation frameworks for deployment efficiency.
• Implement infrastructure-as-code and DevOps best practices.
• Monitor systems using observability tools (logging, metrics, tracing).

Engineering Excellence & Leadership

• Define and enforce coding standards, secure coding practices, and API governance.
• Lead technical initiatives across multiple engineering teams.
• Mentor junior engineers and contribute to engineering culture development.
• Collaborate with product, UX, and business teams for solution alignment.
• Drive performance tuning, reliability improvements, and cost optimization initiatives.

System Reliability & Non-Functional Requirements

• Own system reliability, scalability, disaster recovery, and performance SLAs.
• Implement monitoring, alerting, and observability frameworks.
• Ensure secure architecture with OAuth2/OIDC-based authentication models.
• Optimize systems for high availability and operational efficiency.

Innovation & Emerging Technologies

• Contribute to AI/ML ecosystem integration in enterprise systems.
• Explore and adopt modern engineering practices and tools.
• Build reusable frameworks and platforms for enterprise-wide use.