Technical Architect_Java

We’re looking for a Technical Architect to join our Core engineering team in Noida & Pune.

Working at Taazaa involves engaging with cutting-edge technology and innovative software solutions in a collaborative environment. We emphasize on continuous professional growth, offering workshops and training. Our employees often interact with clients to tailor solutions to business needs, working on diverse projects across industries. We promote work-life balance with flexible hours and remote options, fostering a supportive and inclusive culture. Competitive salaries, health benefits, and various perks further enhance the work experience.

Looking ahead, we aim to expand our technological capabilities and market reach, investing in advanced technologies and expanding our service offerings. We plan to deepen our expertise in AI and machine learning, enhance our cloud services, and continue fostering a culture of innovation and excellence. Taazaa is committed to staying at the forefront of technology trends, ensuring it delivers impactful and transformative solutions for its clients.

We are seeking a Java Technical Architect who owns the end-to-end architecture of cloud-native, multi-tenant SaaS products. You will bring deep hands-on expertise in Java (8 through 17/21), Spring Boot, microservices, event-driven systems and AWS, combined with the judgment to make and defend architectural trade-offs.

This is a hands-on architecture role. You will define target architectures, set engineering standards, review critical code, and guide multiple teams and Technical Leads. You will also act as a trusted technical advisor to clients, translating business goals into scalable, secure and cost-effective solutions

What you’ll do:Architecture & Solution Design

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• Define and own the end-to-end architecture for enterprise, cloud-native SaaS products, from solution vision to deployment topology.
• Design multi-tenant architectures, including tenant isolation, data partitioning, tenant-aware security and per-tenant configuration.
• Decompose domains using Domain Driven Design (DDD) and define microservice boundaries, APIs and data ownership.
• Design event-driven and reactive systems using Kafka, CQRS, event sourcing and Saga patterns where appropriate.
• Define non-functional requirements (scalability, availability, performance, security, observability, cost) and design to meet them.
• Architect AWS solutions using services such as EKS, S3, Cognito, KMS, RDS, SQS/SNS, API Gateway and Lambda.
• Evaluate options and present multiple architectural approaches with clear trade-offs, then document decisions as Architecture Decision Records (ADRs).
• Lead modernization of legacy monoliths to microservices and cloud-native platforms.