Siemens Teamcenter, managing and guiding software development teams, integrating business objectives with technical solutions, software architecture design, scalability and system performance, implementation within custom software environments

Gcp, Distributed Systems, System Design, Azure, micro-services architecture, Cloud native distributed system development, telemetry features, engineering excellence

Java, Docker, Data Structures And Algorithms, Cloud Infrastructure, Kubernetes, Golang, AWS, Cloud Native Technologies, Microservices Architecture, Object-Oriented Concepts and Design, SaaS Enterprise Software

Java, Apis, Automated Testing, Microservices, Devops, Distributed Systems, Python, Generative AI, LLM platforms, AI-assisted software development platforms, MCP servers, prompt engineering, Google Cloud platforms, agentic workflows, modern software delivery practices, Operational Excellence, cloud-native architectures, AI governance, observability, RAG architectures

data engineering , graph databases , Java, Machine Learning, Automated Testing, Cloud Infrastructure, Devops, React, Ruby On Rails, Gcp, Docker, Neo4j, Azure, Kubernetes, Python, AWS, API-first Architectures, Ai, CI CD, Agile Delivery Practices, Amazon Neptune

Java, Docker, Data Structures And Algorithms, Cloud Infrastructure, Kubernetes, AWS, Golang, Cloud Native Technologies, Microservices Architecture, SaaS Enterprise Software, Object-Oriented Concepts and Design

Usb, Device Drivers, Uart, Spi, Embedded Systems Development, Rtos Concepts, Pcie, I2c, Firmware, system-integration, UFS, interface protocols, hardware software integration, embedded programming in C, software stacks, embedded systems kernel, ARM system BIOS, power management, Drivers

distributed architecture , Coding Standards, Distributed Systems, Software Engineering, Agile, Scrum, Microservices, Engineering Best Practices, Operations, Code Reviews, Build Testing