The Role

A Lead Software Engineer's roles include providing technical accumen, defining and creating software , mentoring other engineers, code reviews. They also ensure code quality, evaluate new technologies, and collaborate with teams to align technical solutions with business goals. 

What You’ll Do

Deep dive on large-scale SaaS products and be prepared to assist architecture with setting the vision, organizing and evolving the code-base for the entire product

Build reliable systems that integrate large language models into our products

• Leverage  AI tools like Copilot and automation platforms to enhance product capabilities and engineering efficiency.

• Champion best practices in Java, Spring Boot, and microservices-based architecture. 

• Collaborate with stakeholders to ensure alignment between technical strategy and product goals. 

• Conduct architectural reviews, lead PoCs, and evaluate emerging technologies to meet evolving business needs. 

• Mentor and coach engineers, fostering continuous improvement and skill development across the team. 

• Contribute to technical decision-making, risk mitigation, and delivery assurance across multiple projects. 

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Key Job Functions/Requirements

• Hands-on experience with construction of complex engineering solutions and knowledge of software development methodologies

• 8+ years of experience

• Architect and implement end-to-end software solutions with a focus on scalability, resilience, and performance. 

• LLM Skills: Hands-on experience building AI agents with Large Language Models (LLMs), including Retrieval-Augmented Generation (RAG), as well as tuning models.

• LLM Model: Apt with GPTs, Llama, or any other LLM using frameworks such as LangChain, LangGraph. Knowledge of vector databases, memory systems, and human-in-the-loop workflows.

• AI Tools:Hands-on with AI-driven development tools, intelligent code assistance, and workflow automation .

• Languages & Frameworks: Strong programming background on Java, Spring Boot, Spring Cloud, JPA, Hibernate 

• Architecture: Microservices, REST, Domain-driven design, Event-driven architecture 

• Queues & Messaging: Kafka, RabbitMQ, or similar message brokers 

• Databases: PostgreSQL, advanced SQL, data modelling, query tuning 

• Build & Deployment: Gradle, Git, Docker, Kubernetes 

• Best Practices: TDD, CI/CD, design patterns, code quality, security, observability 

• Cloud & DevOps: Cloud-native development (AWS), containerization, monitoring tools 

Technical leadership and expertise

• Object oriented design principles (SOLID), design patterns, enterprise integration patterns, Microservice architecture

• Familiarity with non-functional software qualities (resilience, maintainability, etc), and experience implementing related design patterns and analysing trade-offs

• Architectural design: Lead the architectural design of complex, scalable, and high-performance software systems. 

• Technical direction: Define the technical vision and roadmap for software development, ensuring alignment with business objectives. 

• Problem-solving: Solve complex technical challenges and optimize existing applications. 

• Code quality: Ensure adherence to coding standards, conduct code reviews, and uphold best practices.