Git, Visual Studio, Agile Development, Python, Board-level debugging, RapiTest, Hardware software integration, Wind River VxWorks

Java, Distributed Systems, Kubernetes, Python, Graphql, Microsoft Azure, AI orchestration frameworks, messaging systems, enterprise software engineering, Go, GRPC, service mesh technologies, cloud-native architectures

Distributed Systems, Debugging, Python, MLops, Kubernetes, RAG systems, infrastructure automation, vector databases, containerisation, CI CD, scalable backend engineering, reliability engineering, AI orchestration platforms, agentic AI frameworks, Generative AI, LLM deployment, LLMOps, distributed training, cloud platforms, Monitoring, performance optimisation, AI system architecture, real-time inference systems, GPU optimisation

kernel drivers , Soc Architecture, Tensorflow, Pytorch, Linux, Embedded AI software stacks, System observability, Neural network acceleration, IREE, AI compiler infrastructure, Open-source software development, TVM, MLIR-based toolchains, power management, TFLite, Memory hierarchies, RISCV AI Hardware architecture, Developer tooling, AI SDK, Automated testing frameworks

Data Privacy, Node.js, Microservices, Angular, React, Distributed systems architecture, Debugging frameworks, Multi-agent frameworks, Security, LLM-powered applications, Java Spring Boot, Observability, Governance in AI systems

Algorithm Design, GenAI software development, Implementation, ML models, machine learning systems, large-scale consumer products, Applied AI, Ai

Data Architecture, Ruby On Rails, Elasticsearch, AWS cloud architecture and services, LLM frameworks or modern AI tooling, frontend and backend system design

Spring Framework, Sql, Java, Maven, Eclipse, Cursor, JUnit, Git, REST, Groovy, Microservices, Ant, Github, Google Cloud, AWS, Gitlab, Redis, Kubernetes, Azure, Grails, Elasticsearch, Docker, Intellij, Amazon Q, Github Copilot

Distributed Systems, Data Architecture, API design, Software Engineering, service-oriented systems, AI-enabled development workflows, event-driven architectures, cloud-native technologies, platform engineering