Trusted Firmware-A (TF-A), Operating system fundamentals (preferably Linux), Soc Architecture, C Programming, Memory controller and PHY integration, Low-level firmware development, Embedded Systems, Arm system architecture, SoC interconnects, Arm assembly language

Java, React, ReST, Javascript, CSS, C++, Node.js, Sql, HTML, Python, AJAX

Google Cloud Platform (GCP), Red Hat Enterprise Linux (RHEL), Yaml, Perl, Ansible, Xml, Bash, Microsoft Azure, Json, Python

.NET, Java, C#, Jvm, Distributed Systems, Spring Boot, Node.js, Angular, Microservices, React, Typescript, ECS, Kubernetes, AWS, Infrastructure as Code, Generative AI, Event-Driven Systems, Agentic AI, Temporal, ASP.NET Core, Messaging, CI/CD, Serverless

Software Development Life Cycle, Agile Methodologies, Python, AI-assisted software development tools, CI/CD

Debugging, Kernel Programming, C Programming, Operating Systems, Parallel Programming, Cuda, computer system architectures, system-level development

strace , Golang, Github, Machine Learning, C, PostgreSQL, Gdb, Dns, HTML, Javascript, PERL, MySQL, Tls, Python, C++, CSS, Bash, Smtp, Linux, AJAX, AI APIs, Large Language Models, Ai, CI/CD pipelines

Software Development Life Cycle, Agile Methodologies, Python, AI-assisted software development tools, CI/CD

Rtos, C, C++, Uart, Zephyr, Spi, Can, Freertos, Ethernet, Debugging, I2c, motor-control firmware, NVIDIA Jetson, Linux kernel drivers, BLDC, FOC, ROS2

Debugging, Automation solutions, Test Planning, End-to-end quality ownership, Root Cause Analysis, Quality strategy, Feature validation, Automation-first testing practices, Agile environments, Python-based test automation frameworks, Troubleshooting, Scale testing, Validation infrastructure development, Release readiness, GenAI-powered tools